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[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPLP1 EEF1A1 RPL41 RPS27 RPL10 MALAT1 ACTB B2M RPL28 TMSB4X TMSB10 RPS12 MT-CO1 RPL18A RPL30 HLA-B S100A4 RPL9[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPLP1 EEF1A1 RPL41 RPS19 MT-CO3 RPL10 MALAT1 RPL10 ACTB B2M TMSB4X TMSB10 RPS12 MT-CO3 RPL9 RPL41 RPS14[eot_id][start_header_id]assistant:[end_header_id]CD8-positive, alpha-beta memory T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-CO2 MT-CO1 TMSB10 MT-CO3 TMSB4X S100A6 B2M MT-ND3 MT-ND1 RPL41 C1QB MT-ND2 S100A11 CCL3 CCL4 MT-CYB MT-ND4 ACTB MT-ATP6 EEF1A1 ARIH2OS CCL20 RPL28 VIM CD74 DUSP1 HLA-B RPS12 SAT1 MYL6[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 EEF1A1 B2M RPLP1 RPL41 RPL10 RPL13 MT-CO2 HLA-B MT-CYB HSP90AA1 RPL30 BTG1 RPS27 RPL39 RPS18 RPL32 MT-ATP8 PTMA ACTB RPS15A RPL19 RPS4X RPS27A RPL28 HSPA1A TPT1[eot_id][start_header_id]assistant:[end_header_id]T follicular helper[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-CO2 MT-CO1 TMSB10 MT-CO3 TMSB4X S100A6 B2M MT-ND3 MT-ND1 RPL41 C1QB MT-ND2 S100A11 CCL3 CCL4 MT-CYB MT-ND4 ACTB MT-ATP6 EEF1A1 ARIH2OS CCL20 RPL28 VIM CD74 DUSP1 HLA-B RPS12 SAT1 MYL6[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 EEF1A1 B2M RPLP1 RPL41 RPL10 RPL13 MT-CO2 HLA-B MT-CYB HSP90AA1 RPL30 BTG1 RPS27 RPL39 RPS18 RPL32 MT-ATP8 PTMA ACTB RPS15A RPL19 RPS4X RPS27A RPL28 HSPA1A TPT1[eot_id][start_header_id]assistant:[end_header_id]T follicular helper[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-CO2 VIM MT-ATP6 MT-ND3 TMSB10 SPP1 IFI6 MT-ND1 RPL41 AREG RPLP1 RPLP2 CCL2 MT-ND4 CEBPD DUSP1 MT-CO3 PSAP SH3BGRL3 MT-CO1 CTSB RPL19 E2F2 MIF EIF4A3 MT-ND2 SERF2 EREG RPS12[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]B2M EEF1A1 MALAT1 RPL41 MT-CO3 MT-CO1 ACTB MT-CO2 RPLP1 RPS27 RPLP1 RPS12 RPL13 RPL10 MT-CYB HLA-B RPL30 RPL39 MT-ND4L MT-ATP8 RPS27A RPS4X TMSB10 MT-ND3 RPL11 RPS3 HLA-B S100A4 RPL18A RPL32 RPS4X RPS29 RPS[eot_id][start_header_id]assistant:[end_header_id]CD8-positive, alpha-beta memory T, CD45RO-positive[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL2 TMSB10 S100A6 RPL12 RPL41 IFI30 ACTB HLA-B MT-ND2 HLA-B RPS12 MT-CO1 RPLP1 RPL13 MT[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 CCL4 MT-CO2 B2M GNLY ACTB EEF1A1 RPL41 RPS27 HLA-B RPS12 MT-CO1 RPL30 RPL10 RPS27 RPL13 MT ND3 MT-CYB TMSB4X CCL3 RPS3 MT-CO3 RPLP1 RPL34 RPL19 MT-ATP8 RPS14 RPS28 NKG7 MT-ND4L RPS19 DUSP2[eot_id][start_header_id]assistant:[end_header_id]CD16-positive, CD56-dim natural killer, [eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-CO2 MT-CO1 TMSB10 MT-CO3 TMSB4X S100A6 B2M MT-ND3 MT-ND1 RPL41 C1QB MT-ND2 S100A11 CCL3 CCL4 MT-CYB MT-ND4 ACTB MT-ATP6 EEF1A1 ARIH2OS CCL20 RPL28 VIM CD74 DUSP1 HLA-B RPS12 SAT1 MYL6[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 EEF1A1 B2M RPLP1 RPL41 RPL10 RPL13 MT-CO2 HLA-B MT-CYB HSP90AA1 RPL30 BTG1 RPS27 RPL39 RPS18 RPL32 MT-ATP8 PTMA ACTB RPS15A RPL19 RPS4X RPS27A RPL28 HSPA1A TPT1[eot_id][start_header_id]assistant:[end_header_id]T follicular helper[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-CO2 VIM MT-ATP6 MT-ND3 TMSB10 SPP1 IFI6 MT-ND1 RPL41 AREG RPLP1 RPLP2 CCL2 MT-ND4 CEBPD DUSP1 MT-CO3 PSAP SH3BGRL3 MT-CO1 CTSB RPL19 E2F2 MIF EIF4A3 MT-ND2 SERF2 EREG RPS12[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]B2M EEF1A1 MALAT1 RPL41 MT-CO3 MT-CO1 ACTB MT-CO2 RPLP1 RPS27 RPLP1 RPS12 RPL13 RPL10 MT-CYB HLA-B RPL30 RPL39 MT-ND4L MT-ATP8 RPS27A RPS4X TMSB10 MT-ND3 RPL11 RPS3 HLA-B S100A4 RPL18A RPL32 RPS4X RPS29 RPS[eot_id][start_header_id]assistant:[end_header_id]CD8-positive, alpha-beta memory T, CD45RO-positive[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL2 TMSB10 S100A6 RPL12 RPL41 IFI30 ACTB HLA-B MT-ND2 HLA-B RPS12 MT-CO1 RPLP1 RPL13 MT[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 CCL4 MT-CO2 B2M GNLY ACTB EEF1A1 RPL41 RPS27 HLA-B RPS12 MT-CO1 RPL30 RPL10 RPS27 RPL13 MT ND3 MT-CYB TMSB4X CCL3 RPS3 MT-CO3 RPLP1 RPL34 RPL19 MT-ATP8 RPS14 RPS28 NKG7 MT-ND4L RPS19 DUSP2[eot_id][start_header_id]assistant:[end_header_id]CD16-positive, CD56-dim natural killer, [eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 RPS27 RPL41 TMSB10 B2M RPL28 RPL13 RPLP1 RPS27 HLA-B RPL30 RPLP1 ACTB MT-CO2 MT-ATP8 RPS27A RPS RPL11 RPS3 HLA-B S100A4 RPL18A RPL32 RPS4X RPS29 RPS27A RPL19 JUNB FTH1 MALAT1 RPL29 RPLP0 MT-CO2 RPS19[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 RPS27 EEF1A1 RPS12 RPL41 RPL28 RPLP1 RPS15A RPL13 RPS3 RPL30 RPL37 B2M RPL8 RPS2 TPT1 RPL39 RPS23 RPS15 MT-CO2 RPL32 RPS4X RPL34 RPS19 DUSP2[eot_id][start_header_id]assistant:[end_header_id]T follicular helper[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 RPS12 RPL10 RPL13 RPL41 RPS27 RPLP1 RPL28 RPL32 RPL18A RPS23 RPL19 RPS4X RPS14 RPLP0 MALAT1 RPL39 RPS18 MT-CO2 ACTB RPL34 RPS15A RPS19 RPLP0 RPS3 RPS2 TPT1 RPS28 RPS27A MT-ND3 RPL3 RPS6 RPL30 RPL11[eot_id][start_header_id]assistant:[end_header_id]naive thymus-derived CD8-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB RPL41 MALAT1 TMSB4X RPS27 B2M EEF1A1 RPS19 RPS27A RPL30 RPL13 MT-CO2 SH3BGRL3 HLA-B RPL6 RPS19 DUSP2[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB TMSB4X RPLP1 B2M EEF1A1 RPS19 RPS12 RPL41 RPS27 RPL13 RPLP1 RPL30 HLA-B RPS15A RPS18 RPS8 HSPA1B RPLP0[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MT-CO1 B2M MT-CYB MT-CO2 MALAT1 TMSB4X MT-ND4L RPLP1 MT-CO3 RPL41 MT-ND3 ACTB EEF1A1 TPT1 RPL10 MT-ND2 MT-ATP8 HLA-B TMSB10 RPS19 RPL28 MT-ATP6 RPL39 RPL32 RPL11 CCL5 RPS27 RPS18 RPS2 RPL37 RPS14[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL4 S100A6 CCL18 CCL3 IFI30 CCL2 MALAT1 CTSL S100A10 PLIN2 ACTB TMSB10 S100A11 CSTB GLUL NFKBIA SOD2 CTSD GAPDH CCL4L2 S100A8 MT-ND3 B2M MT-ATP6 RPL4[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MT-CO1 MT-CO3 MALAT1 MT-CO2 B2M RPLP1 RPL41 VIM MT-ND3 ACTB MT-CYB RPS27 RPS12 RPL28 TMSB10 MT-ND2 RGCC RPL34 S100A6 S100A4 RPL13 EEF1A1 RPS19 MT-ND4L FTH1 KLF6 RPLPO HLA-B RPL10 PFN1 MT-ATP8[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]S100A8 MT-CO2 MALAT1 LYZ MT-CO1 MT-CO3 TMSB10 FTL MT-ND4 ACTB S100A9 MT-CYB NEAT1 MT-ND1 FOS MT-ATP6 S100A4 RPL41 RPLP1 MT-ND3 S100A6 TMSB4X KLF6 LGALS1 FTH1 RPS24[eot_id][start_header_id]assistant:[end_header_id]classical monocyte[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 MT-CO2 MT-CO1 MT-CO3 MT-ATP6 MT-ND3 MT-ND4 MT-CYB SAT1 MT-ND1 ACTB MT-ND2 TMSB4X FTH1 NEAT1 FTL B2M MTRNR2L12 EEF1A1 MT-ND5 MT-ND4L MT-ATP8 FOS COTL1 H3-3B GMEB1 IFI30 LCP1 CXCL2 GLUL HLA-DR[eot_id][start_header_id]assistant:[end_header_id]classical monocyte[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 MALAT1 MT-CO1 ACTB MT-CO3 FTL TMSB4X MT-CO2 MT-ND1 MT-ND2 MT-ATP6 CTSB S100A8 MT-ND3 S100A6 TMSB10 MT-ATP8 CXCL3 SAT1 PSAP FOS JUN VIM GLUL CXCL8 B2M HLA-B MARCO[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-CO2 MT-CO1 MT-CO3 MT-ATP6 TMSB10 MT-ND4 MT-ND3 VIM MT-ND1 S100A8 ACTB NFKBIA RPS28 EEF1A1 IFI30 CTSB GAPDH PLIN2 RPLP1 RPL13 RPS12 MT-ND4L B2M CSTB NEAT1[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 RPS27 RPLP1 RPS12 RPL41 RPL28 RPL10 RPL13 RPS19 RPS29 RPL19 RPS28 RPL39 RPS18 RPL32 RPS27A RPL18A RPL30 B2M RPS13 RPS3 MT-ND3 TPT1 RPL37 RPS8 TMSB4X RPL34 RPS6[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MT-CO2 SH3BGRL3 MT-CO1 TMSB10 MT-CO3 IFI30 MT-ND3 MT-ATP6 ACTB S100A6 MT-ND1 B2M MT-CYB MT-ND4 PLIN2 TIMP1 MT-ND2 VIM GAPDH RPL41 PSAP CTSB MT-ATP8 S100A10 TMSB4X SERF2 CSTB TYROBP[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 IFI30 CSTB B2M MT-CO1 CCL3 S100A8 NFKBIA VIM TIMP1 ACTB CXCL8 SH3BGRL3 TYROBP PLAUR TMSB10 S100A6 MT-CO2 S100A11 MT-CO3 CCL4L2 HLA-B CCL4 SOD2 TMSB4X MT-ND3 RPL41 MT-ND4 RGCC CTSL IL1B CTSD[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 EEF1A1 RPLP1 RPL41 RPL10 S100A4 RPS27 B2M RPS12 RPL28 TMSB10 TSC22D3 RPL13 ACTB TMSB4X RPL30 JUNB RPS18 MT-CO1 MT-CYB RPL39 RPS15A RPS23 RPS19 VIM RPS28 MT-CO2 RPS4X RPS27A MT-CO3 RPS6 DUSP4[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL S100A6 IFI30 B2M CCL4 CCL20 CD74 VIM TMSB10 NFKBIA SOD2 MT-CO2 FOS BCL2A1 APOE AREG ACTB ATP5F1E MARCO MT-CO1 MT-ATP6 RPL41 C150r£48 S100A11 DUSP1 CXCL8 CTSD HLA-DRB1 HLA-DRB5 IL1B SERF2[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL MT-CO1 FTH1 MT-ND1 MT-ATP6 MT-CO2 MT-CO3 MT-ND3 MT-ND4 TMSB4X MT-ND4L MT-CYB HSP90AA1 IFI30 MT-ND2 GLUL HSPA1A SAT1 MALAT1 PSAP MT-ATP8 S10QA10 MARCO CTSB TIMP1 TMSB10 NEAT1 VIM MTRNR2L12[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPLP1 EEF1A1 TMSB4X MT-CO3 HSPA1A MT-CO2 MT-CO1 B2M MT-ND3 RPL10 MT-CYB MALAT1 TPT1 RPS27 HSP90AA1 RPS12 RPL41 HLA-B RPL30 RPL28 MT-ATP6 RPS15A ZFP36L1 RPL32 RPL13 RPS19 MT-ND1 RPS3A RPS23[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 FTH1 FTL MT-CO2 RP LYZ MT-CYB NEAT1 RPS12 MT[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MALAT1 IFI30 GLU SH3BGRL3 CCL3 EREG MT-CO1[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPL10 EEF1A1 RPS12 RPS27 MT-CO3 RPL32 RPL18A RPS28[eot_id][start_header_id]assistant:[end_header_id]naive thymus-derived CD4-positive, alpha-beta 1[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 RPS12 MALAT1 RPL41 RPS28 RPS4X RPL39 RPS3A R[eot_id][start_header_id]assistant:[end_header_id]naive thymus-derived CD8-positive, alpha-beta 1[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MT-CO2 MT-CO3 RPLP1 MT-CO1 MT-ND3 M ATP6 RPS19 RPS15A RPL10 R LP1 MT-CO3 MT-CO1 MT-ND1 S100A8 RPL41 ACTB MT-ATP6 MT-N ND2 RPL39 RPS21 CTSD RPL13 NFKBIA RPS8 RPL37 TMSB4X S100A4 PLIN2 RPLP2[eot_id][start_header_id]assistant:[end_header_id]effector memory CD8-positive, alpha-beta T cel[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPLP1 RPL41 RPS27A RPL RPL19 RPS23 RPL39 RPS3 RPL29 DNAJB1 MT-CO2 RPS19 FAU R[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]8 RPL13 RPS8 RPL28 RPL10 PL30 MT-ND3 RPS3 RPL37 TPT1 HLA-B R[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPLP1 EEF1A1 RPL41 RPS27 RPL10 MALAT1 ACTB B2M HLA-B S100A4 RPL34 RPL19 MT-CO2 LTB RPL18A RPLPI[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]TMSB4X CCL4 ACTB B2M JUN RPLP1 MT-CO1 HLA-B RPL RPS19 RPS27 HSPA1A MT-CYB TNFAIP3 KLF6 HSPA8 ZFP36L1[eot_id][start_header_id]assistant:[end_header_id]CD8-positive, alpha-beta memory T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 MT-CO1 MT-CO2 MT-CO3 MT-ND3 MT-CYB MT-ATP8 MT-ND5 RPS27A RPS27 RPL32 MT-ND2 PFN1 MT-ND4 RPL28[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB CCL4 MT-CO2 B2M RPLP1 EEF1A1 RPL28 RPS27 MALAT1 RPL10 RPS12 RPL11 RPL30 MT-CO3 RPL13 RPL37 RPS3A RPS3 HLA-B RPL19 RPS15A RPL39[eot_id][start_header_id]assistant:[end_header_id]effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MT-CO2 TMSB4X MT-CYB MT-CO1 MT-CO3 RPS19 RPLP1 EEF1A1 MALAT1 RPS27 RPL28 RPL13 MT-ND3 RPL41 GNLY ACTB CCL5 RPS4X GZMA RPS12 RPL32 MT-ND4L RPS3[eot_id][start_header_id]assistant:[end_header_id]gamma-delta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 S100A6 MT-CO2 MT-CO1 TMSB10 MT-ATP6 SH3BGRL3 MT-CO3 MT-ND1 MT-ND4 IFI30 S100A10 MT-ND2 NEAT1 VIM MTRNR2L12 S100A11 TIMP1 SERF2[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL MALAT1 FTH1 S100A6 TMSB10 MT-CO3 MT-ND1 CSTB S100A10 S100A8 TIMP1 SERF2 VIM RPL41 CXCL8 CTSL[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 RPS27 RPLP1 RPL41 RPL10 RPS12 MALAT1 RPL28 RPS27A TPT1 RPL19 TMSB4X RPL34 RPL3 RPL11 MT-ND3 RPS19 RPS3 RPS15A RPL30 RPL12[eot_id][start_header_id]assistant:[end_header_id]naive thymus-derived CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 MT-CO2 MT-CO1 FTL MT-CYB MT-CO3 MT-ND3 S100A8 MT-ND4L CTSL MT-ND2 CCL2 VIM MALAT1 MYL6 RPL41 S100A11[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]GNLY TMSB4X MALAT1 GZMA MT-CO1 MT-CO3 MT-CO2 B2M EEF1A1 RPS27 RPS19 MT-ATP8 MT-ATP6 MT-ND4L RPL13 RPS12 RPL32 RPLP1 PTMA ACTB RPL41[eot_id][start_header_id]assistant:[end_header_id]gamma-delta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL18 S100A6 TMSB10 TMSB4X B2M RPLP1 MT-CO2 ATP5F1E RPL41 MT-CO1 MT-ND2 S100A11 MT-ND3[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB FTL FTH1 S100A8 MALAT1 NEAT1 MT-ND1 RPLP1 MT-CO2 TPT1 VIM MT-CO1 B2M NFKBIA S100A6 MT-ATP6[eot_id][start_header_id]assistant:[end_header_id]classical monocyte[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MALAT1 TMSB10 S100A6 MT-ATP6 IFI30 CCL4 SAT1 RPL41 MT-CO1 MT-CO2 CCL3 MT-ND1 CXCL2[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 S100A6 IFI30 MT-CO2 MT-CO1 CXCL8 CCL2 CCL3 MT-ND2 TMSB10 SOD2 CSTB MT-CO3 ACTB B2M MT-ATP6[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB FTL FTH1 S100A8 MALAT1 NEAT1 MT-ND1 RPLP1 MT-CO2 TPT1 VIM MT-CO1 B2M NFKBIA S100A6 MT-ATP6[eot_id][start_header_id]assistant:[end_header_id]classical monocyte[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MALAT1 TMSB10 S100A6 MT-ATP6 IFI30 CCL4 SAT1 RPL41 MT-CO1 MT-CO2 CCL3 MT-ND1 CXCL2[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 S100A6 IFI30 MT-CO2 MT-CO1 CXCL8 CCL2 CCL3 MT-ND2 TMSB10 SOD2 CSTB MT-CO3 ACTB B2M MT-ATP6[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MALAT1 MT-CO3 MT-CO2 MT-ND4 MT-ATP6 MT-ND1 MT-CO1 MT-ND3 MT-ND2 ACTB MT-CYB FOS RPS8[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 TMSB4X IFI30 VIM DUSP1 CD44 B2M SRGN NEAT1 MT-ATP8 S100A6 RNASE1 NR4A2 CTSB RPS27 CTSD[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 MALAT1 FOS B2M HLA-B RPS12 RPL41 MT-CO2 RPL10 MT-CO3 MT-CO1 RPS27 RPL13 RPL30 RPS4X MT-CYB[eot_id][start_header_id]assistant:[end_header_id]mucosal invariant T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB RPLP1 RPS19 RPL32 CD69 RPS15A MT-ND3 RPS8 TSC22D3 RPL18A RPS3 RPL37 RPS3A RPS27A RPL39 RPL19[eot_id][start_header_id]assistant:[end_header_id]gamma-delta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MT-CO3 MT-CO1 MT-CO2 MT-ND3 GNLY MT-CYB MT-ND1 MT-ATP8 TMSB4X MALAT1 GZMA MT-ND4L RPLP1 MT-ND2 MT-ATP6 ACTB EEF1A1 B2M MT-ND4 RPS12 RPL41 BTG1 RPS27 HSP90AA1 RPL28 RPL10 CCL5 NR4A2 RPS18 PTMA RPL3[eot_id][start_header_id]assistant:[end_header_id]conventional dendritic[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL TMSB4X FTH1 ACTB RPL10 EEF1A1 RPL41 TMSB10 RPL39 RPLP1 RPL13 TPT1 RPS3A RPS18 MT-CO1 RPS2 RPL28 RPS24 RPS12 RPS23 RPL21 RPS27 RPL32 CD74 RPL26 RPS4X RPS28 RPL29 MT-CO3 PFN1 RPL36 RPS13 RPL15[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL2 ACTB S100A6 IFI30 NFKBIA CCL3 S100A10 VIM RPS12 TMSB10 RPL41 RPLP1 B2M S100A11 CSTB MT-CO2 GLUL KLF6 RPS28 CCL4 CTSB SH3BGRL3 FOS GAPDH CXCL8 RPL12 PHLDA1 TIMP1 PSAP MT-CO1 MT-ND4[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPS27 EEF1A1 B2M RPL41 MT-CO1 RPLP1 RPL30 RPL10 HLA-B RPL13 RPS15A RPL32 MT-CO2 RPS29 RPS27A ACTB RPL34 RPS14 RPS12 RPS3 TMSB4X RPL11 RPL18A RPS28 RPL28 HLA-C RPS23 FOS MALAT1 RPL26 RPS4X MT-CO3[eot_id][start_header_id]assistant:[end_header_id]CD8-positive, alpha-beta memory T, CD45RO-positive[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 MT-CO1 B2M EEF1A1 NKG7 HLA-B ACTB HSP90AA1 PFN1 MT-CO2 TMSB4X GNLY MT-CO3 RPS27 RPL41 IFITM1 RPL10 HSPA1A RPLP1 MT-CYB DUSP2 TMSB10 RPS12 MT-ND4L MT-ATP8 HLA-C RPS14 BTG1 MT-ND3 RPL28 RPL30[eot_id][start_header_id]assistant:[end_header_id]CD16-positive, CD56-dim natural killer, [eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 LTB B2M ACTB KLF6 RPL13 RPL41 MALAT1 RPL10 RPLP1 MT-CO2 RPS27 RPS19 RPL28 RPS4X TMSB10 MT-CO3 RPS18 RPS12 RPS15A TMSB4X RPS28 FTH1 RPL30 RPL3 RPL32 PFN1 RPL18A RPL37 MT-CO1 ACTG1 RPL34[eot_id][start_header_id]assistant:[end_header_id]regulatory T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]S100A8 FTL FTH1 ACTB MT-CO2 MT-CO3 RPL41 MT-CO1 MALAT1 VIM RETN NFKBIA S100A10 MSB4X RPLP2 RPL34 RPLP1 MT-ND3 S100A4[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]TMSB4X RPS14 TMSB1O RPL30 RPL34 PFN1 RPS8 RPL26 RPL7A MT-CO2 RPS28 RPL39 RPS3[eot_id][start_header_id]assistant:[end_header_id]effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL2 S100A6 IFI30 CSTB MT-CO2 TMSB10 MT-CO1 S100A10 ACTB NFKBIA VIM RPL41 GLUL SH3BGRL3 B2M TMSB4X MT-ND4 MT-ATP6 MT-CO3 MARCO CTSB MT-CYB[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MT-CO1 CCL2 CXCL8 MT-CO2 CCL4 B2M MT-CO3 CTSB IFI30 ZFP36 CTSD CCL3 FOS CXCL2 TMSB10 GLUL VIM CXCL8 MT-CYB CTSL CSTB[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MT-CO1 CCL2 CXCL8 MT-CO2 CCL4 MT-ND1 CXCL2 B2M MT-ND3 CCL3 VIM MT-ND1 CXCL8 MT-CYB[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL IFI30 CD74 RPL41 ZFP36 MT-CO2 M-TC03 RGCC MT-CO1 FOS RPLP1 TMSB10 KLF6 VIM B2M RPS12 EEF1A1 S100A6 RPL19 CXCL3[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]S100A8 FTL FTH1 ACTB MT-CO2 MT-CO3 RPL41 MT-CO1 MALAT1 VIM RETN NFKBIA S100A10 MSB4X RPLP2 RPL34 RPLP1 MT-ND3 S100A4[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]EEF1A1 RPS27 RPL13 ACTB RPS19 RPL41 RPLP1 RPS12 RPS8 RPS27A RPS4X RPLP1 RPL34 RPL39 RPS28[eot_id][start_header_id]assistant:[end_header_id]naive thymus-derived CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB MALAT1 RPS27 B2M EEF1A1 RPL41 HLA-B TMSB4X RPS14 TMSB10 RPL30 RPL34 PFN1 RPS8 RPL26 RPL7A MT-CO2 RPS28 RPL39 RPS3[eot_id][start_header_id]assistant:[end_header_id]effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL4 FOS CSTB SAT1 CCL3 MT-CO1 MT-CO3 CXCL3 MT-ATP6 MALAT1 KLF6 CTSL NFKBIA ZFP36 SOD2 DUSP1 IFI30 MT-ND4 MT-CO1[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 CCL2 S100A6 IFI30 CSTB MT-CO2 TMSB10 MT-CO1 S100A10 ACTB NFKBIA VIM RPL41 GLUL SH3BGRL3 B2M TMSB4X MT-ND4 MT-ATP6 MT-CO3 MARCO CTSB MT-CYB[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]B2M RPL41 MT-CO1 RPLP1 RPL10 HLA-B TPT1 RPS27 TMSB4X EEF1A1 MT-CO2 S100A6 RPS12 RPS18 RPS27A HLA-A RPL19 RPS3 RPS19 MT-ND3 ACTB[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]RPS18 RPS27 RPS19 GAPDH HSP9QAA1 B2M MALAT1 PTMA RPS12 RPL10 RPS15A RPS23 CD7[eot_id][start_header_id]assistant:[end_header_id]gamma-delta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 B2M CCL2 S100A8 ACTB TMSB10 S100A4 CD74 CXCL10 IFI30 RPL39 FTL MT-CO2 MT-ND3 VIM RPS12 MT-ATP6 RPL10 NFKBIA RPL28 GAPDH RPL30 TYROBP MYL6 S100A1[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]CD74 EEF1A1 RPLP1 MT-CO2 MALAT1 RPS27 RPS19 B2M RPL41 MT-CO1 RPL13 RPL30 RPS12 MT-CO3 RPL10 RPS8 RPS15A RPS18 RPS2 RPS27A IGHV3-48 RPS15[eot_id][start_header_id]assistant:[end_header_id]memory B[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MALAT1 IFI30 ACTB MT-CO1 MT-CO2 RPL41 MT-ATP6 RPS12 RPLP1 VIM B2M MT-ND4 MT-ND1 MT-CO3 CD74 TMSB10 GLUL TMSB4X MT-ND3 NEAT1 H3-3A PFN1 MT-ND2 SH3BGRL3[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 CCL4 B2M MT-CO2 MT-CO1 MT-ATP8 MT-CO3 MT-ND4L HLA-B MT-CYB HLA-C GNLY MT-ND3 HLA-A HSP90AA1 ACTB KLF2 TSC22D3 MT-ND4 KLF6 TRAV13-1 CD69 FOS MT-ND5 MT-ND1[eot_id][start_header_id]assistant:[end_header_id]effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTL FTH1 MALAT1 NEAT1 JUN ACTB KLF6 CTSB TNFAIP3 HSPA1A NFKBIA SOD2 IFI30 IER3 MT-CO2 IER2 MT-ND4 B2M MT-CO1 CXCL3 RPS12[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]B2M RPL41 MT-CO1 RPLP1 RPL10 HLA-B TPT1 RPS27 TMSB4X EEF1A1 MT-CO2 S100A6 RPS12 RPS18 RPS27A HLA-A RPL19 RPS3 RPS19 MT-ND3 ACTB[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]FTH1 FTL MT-ATP6 S100A10 S100A6 ACTB TMSB10 IFI30 VIM NEAT1 CSTB TMSB4X MT-CYB RPS18 RPS27 RPS19 GAPDH HSP9QAA1 B2M MALAT1 ATP5F1E CXCL8 MT-ND1 CTSB[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]C02 PLIN2 CTSL MT-ND4 ACTB CXCL2 MALAT1 MT-ND3 IFT30 APOE MT-ND1 RPL41 GAPDH RNASE1 EEFIAL MT-CYB SERF2 RPLP1 TPT1 PSAP CCL4 TIMP1 GPX4 RPL28 SH3BGRL3 RPS28 RPS27 HLA-A RPL13 IL6 H3~ 3A MIF KLF6 MYL6 CTSD RPLP2 CTSB LGALS1 PLAUR GLRX DUSP1 NEAT2 MT-ND2 RACI MT-ATP8 RPL1O NPC2 BTG1 CD44 ZFP36L1 CD14 B2M S100A11 S100A10 IL1B PFN1 RPS12 FCERIG ENO1 CALM1 HLA-B TER3 BCL2A1 CXCL3 MT-ND4L RPS8 RPL37 ACTG1 APOC1 MMP19 SDC2 TYROBP EREG SLC11A1 HLA-C MARCO KOM6B SLC2A3 CXCL1 CLIC1 C15orf48 TREM1 LYN RPL30 H3-3B GLUL LAPTMS RPL39 CCL20 S100A9 MCL ARPC2 AIF1 CCL3L1 RPL34 RPS13 NAMPT RPS24 RPS15A EIF1 RPS4X RHOA C17orf49 SLC7A1 ANXA! LNA PDE4DIP RPS19 RPS15 PSMA7 APLP2 ARPCS ATP6VOB ISG15 RPS16 SPI1 PGK1 OAZ1 MS4A7 CYBA CAP1 RPL36 PNRC1 ANXA2 VCAN MYADM CD74 LILRB2 GSTP1 MCEMP1 CD63 ATPSFIE CTSZ SON TMEM258 MIR23AHG ANXA TIMMB EEF1D RPL9 RPS7 RPL26 ARPC3 CFL1 SOD2 RPS23 RNASEK SLC43A2 RPL12 ATP6V1F RPL27 GNAI2 CST3 RPS27A NINJ1 TXN EZR UBAS2 RPL11 CTNNA1 GNB2 GNB1 YWHAB DAB2 PCBP2 IQGAP1 ANPEP RPS6 SRGN LILRB4 S100A8 C4orf48 MTRNR2L12 TNFAIP3 CCL18 PRDX1 RPL15 DENNDSA GK RABGEF1 RPLPO TMA7 CD81 TNIK CYBB GABARAP ARHGDIA SCO2 YTHDC1 FOS ARF3 CD163 EP400 PTGER4 FLOT1 RPL35A TAGLN2 KCNE1 FAU ATP6VOE1 RPL7 SMIM14 SLC25A37 CEBPB EMP1 SNRNP27 TM9SF1 MT2A RPS11 CAPG SMARCA2 CYRIB CCDC88A HLA-DRB1 KIFC3 ZFAS1 IL4I1 CD99 RP11-213H15.1 IDS ARPC1B PARK7 COX7C ATP2B1-AS1 MAVS ARHGAP8 UQCR11 ADSL ITM2B PPFIA PPP4C ALDOA ADAMO MARCKS EHD4 TMBIM4 TTC32 RGCC EIF1B RPL7A LYZ RPL37A XRCCS CDKNIA PSMC1 LAIR COX4I1 PSMD9 ETS: MYOF ZNF236 GRHPR ABCA FOSB PRXL2C PNPLA2 HEBP1 ST3GAL1 PCBP1 RAB31 UBLS YBX1 MGST3 CBFB PKM RPL32 PPIF CLTC NADK AHNAK PSME1 LRRFIP2 FCGRT ISCU TSPO GOLGB1 JUND CLTA SERPINAI SLC7A7 MGST1 MT-NDS CAPN7 TMBIM6 OST4 LUCAT GRINA CD300E LDHA EFHD2 SERPINB1 ETF1 RPL18A PHIP SEC61G RBPJ MTDH CCNI HMGB1 GRN UPP1 ATP6AP2 PTMA ACINI SKP1 RPL22 ELL2 HSP9QAA1 PPDPF TPI1 RPL35 ATG13 TYMP EXOC3 TKT TSC22D1 NRAS SH3GLB1 SLC25A3 TMEM165 SIRPA CTBP1 BTF3 YWHAZ RPS9 STUB1 TPM3 OLR1 CAPZA2 CARD19 PTPRC TPP1 PSMAS TPN4 LAP3 FCGR3A PAPSS2 GSTO1 EMP3 ACSLS GNA1S RPS21 HSP90B1 MYO9B ARHGAP3O MTPN BLOC1S6 VEGFB MBNL1 SDCCAGB HNRNPA TMBIM2 FAM98C GPR6S CCR1 VDAC1 TRIM37 GNGS COMT ARLGIPS BCAP31 TRPM2 MXD1 CNPY2 TRAPPC1 SERPINB6[eot_id][start_header_id]assistant:[end_header_id]macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]F2PGX6 LRP1B RPL34 RPLP0 RPL10 RPL13A RPL35 RPS14 RPL38 RPL11 MT-ND1 RPL8 TMSB10 RPL28 TPT1 HLA-B ACTG1 MYL6 RPS4X RPSA RPS16 RPL37A RPS19 RPS28 RPS27 RPLP2 ACTB TIMP1 EIF1A1 MT-ATP6 FAU RPL26 RPL6 RPS12 RPLP1 RPS3 H3-3A RPL10A CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]F2PGX6 LRP1B RPL34 RPLP0 RPL10 RPL13A RPL35 RPS14 RPL38 RPL11 MT-ND1 RPL8 TMSB10 RPL28 TPT1 HLA-B ACTG1 MYL6 RPS4X RPSA RPS16 RPL37A RPS19 RPS28 RPS27 RPLP2 ACTB TIMP1 EIF1A1 MT-ATP6 FAU RPL26 RPL6 RPS12 RPLP1 RPS3 H3-3A RPL10A CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]effector memory CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]S100A6 IL1B S100A10 MYL6 LYZ F2PGX6 LRP1B RPL34 RPLP0 RPL10 RPL13A RPL35 RPS14 RPL38 RPL11 MT-ND1 RPL8 TMSB10 RPL28 TPT1 HLA-B ACTG1 MYL6 RPS4X RPSA RPS16 RPL37A RPS19 RPS28 RPS27 RPLP2 ACTB TIMP1 EIF1A1 MT-ATP6 FAU RPL26 RPL6 RPS12 RPLP1 RPS3 H3-3A RPL10A CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]classical monocyte[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB CD68 LYZ CX3CL1 HLA-DRA S100A6 MT-CO1 CD14 IL1B RPLP1 PSAP TIMP1 RPL18 RPS3A LGALS1 RPL13 CD63 FOS GPNMB APOE CXCL10 AIF1 RPS18 RPL10A RPL22 RPL10 MT-ND3 UQCR11 CX3CL1 FOS CD68 IL1B RPS27A SOD2 CD14 HLA-DRA ACTB MT-CO1 RPL19 RPS12 RPL18 TIMP1 CX3CL1 RPLP0 HLA-DPB1 FYB1 LY6E IL1B HSPA1B RPS28 S100A6 RPS3A MT-CO1 MT-ND3 H3-3A LYZ APOE GAPDH MT-ND1 PSAP S100A6 CD68 IL1B CXCL10 IL1B CXCL10 HLA-DPB1 HSPA1B FYB1 LY6E[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB CD68 LYZ CX3CL1 HLA-DRA S100A6 MT-CO1 CD14 IL1B RPLP1 PSAP TIMP1 RPL18 RPS3A LGALS1 RPL13 CD63 FOS GPNMB APOE CXCL10 AIF1 RPS18 RPL10A RPL22 RPL10 MT-ND3 UQCR11 CX3CL1 FOS CD68 IL1B RPS27A SOD2 CD14 HLA-DRA ACTB MT-CO1 RPL19 RPS12 RPL18 TIMP1 CX3CL1 RPLP0 HLA-DPB1 FYB1 LY6E IL1B HSPA1B RPS28 S100A6 RPS3A MT-CO1 MT-ND3 H3-3A LYZ APOE GAPDH MT-ND1 PSAP S100A6 CD68 IL1B CXCL10 IL1B CXCL10 HLA-DPB1 HSPA1B FYB1 LY6E[eot_id][start_header_id]assistant:[end_header_id]alveolar macrophage[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]naive thymus-derived CD4-positive, alpha-beta T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]regulatory T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]CD4-positive helper T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]ACTB CD2 TBX21 ZFP36L1 GLI1 CD68 IER3 DAP TIMP1 B2M TRBC2 FOS HSP90AA1 GAPDH IL1A SOD2 ARPC2 CCL4 CCL18 LYZ ZAP70 IT1R PDGFRA CX3CL1 ZNF281 IGHM MGST1 NDUFA3 PFDN5 HNRNPU SQSTM1 RHOA EIF4G2 CD3D YTHDC1 CD163 EFSA FLOT1 RPL35A HLA-F CTSD KRT8 RSAD2 TNFSF10 BATF GZMK IFI30 CD63 IL32 MS4A10 RPL18 EIF4B RAP1B RAP1C F1G RAP1 GAP RPLP0 RPLP1 SOD2 HSPA1A HNRNPD EIF2B3 TSNIF ALDOA EIF4E EIF5A CD44 GADD45G EIF2AK1 EIF2AK2 HSPA1L RPS27A CTSB S100A10 FCGR3A CTSD HMOX1 MYO9B HSPA5 GADD45G GAPDH HSPB1 CSTB RPS12 RPS3A TIMM50 EIF2S EIF1B CD28 RAP1 HSP90AA1 RAP1A UBB CD28 EIF4E EIF4G SOD2 EIF4G TIMM10 RAP1A GAPDH ZAP70 HNRNPD RAP1B EIF4E EIF5A EIF2AK1 EIF2AK2 HSPA1L[eot_id][start_header_id]assistant:[end_header_id]regulatory T[eot_id] |
[begin_of_text][start_header_id]system:[end_header_id]You are a synthetic immune system AI designed to anamorphize biological concepts for educational purposes. You will take a user's prompt related to immunology and use first principle reasoning to break the prompt into tasks that you must accomplish within another chat. Your goal is to create an abstract, metaphorical representation of immune system processes that aids in understanding complex biological concepts. RESPOND TO THIS MESSAGE ONLY WITH A PYTHON FORMATTED LIST OF TASKS THAT YOU MUST COMPLETE TO TRUTHFULLY AND INTELLIGENTLY ACCOMPLISH THE USERS REQUEST. ASSUME YOU CAN CREATE ANALOGIES, GENERATE VISUAL METAPHORS, SIMULATE IMMUNE RESPONSES, AND TRANSLATE COMPLEX IMMUNOLOGICAL CONCEPTS INTO RELATABLE SCENARIOS. CORRECT RESPONSE FORMAT: {'task 1', 'task 2', 'task 3'}[eot_id][start_header_id]user:[end_header_id]MALAT1 B2M ACTB DUSP2 EEF1A1 RPL41 RPS12 MT-CO3 HLA-B MT-CYB MT-CO1 RPS27 MT-CO2 MT-ND3 ZFP36L2 RPL34 RPLP1 RPL10 RPL13 RPL30 RPS3 RPS14 TMSB4X RPL39 RPL11 MT-ND1 RPS18 TMSB10 RPL28 TPT1 HLA-C MT-ATP8 MT-ND4L RPS4X RPS15A RPS23 RPS13 RPL19 RPL7A RPS19 RPL3 RPL6 RPL26 RPL18A MT-ND2 RPS29 RPL32 RPS21 FTL HLA-A RPS8 RPS3A MT-ND4 RPS28 PTMA RPL35A FAU RPL14 RPS2 RPS27A RPS6 RPL23A RPLP0 KLF2 RPL37 IFITM1 SH3BGRL3 RPL21 TRBV10-1 ACTG1 MT-ATP6 BTG1 IL32 S100A4 RPL18 RPL36 CD69 RPS7 RPL29 TSC22D3 HLA-E TNFAIP3 PFN1 RPL35 RPL15 TRBC2 FOS RPS15 RPS5 MT-ND5 PTPRCAP RPL8 RPL12 MTRNR2L12 CD74 RPS25 RPS24 NKG7 CYBA GZMA RPS16 RPSA RPL37A RPL5 CORO1A PTPRC RAC2 EIF1 RPL17 PFDN5 SRGN NACA CD7 RPL9 CALM1 AHNAK KLRD1 CD8A IL2RG RPL13A DUSP1 DDX5 RPLP2 RBMX UBA52 CTSW ATP5F1E GIMAP5 SARAF FTH1 EVL EEF1G SUN2 GZMK RPL24 CCL5 TBC1D10C M6PR VIM RPL22 CNN2 CD2 CFL1 HSPA8 CD3E GIMAP4 H3-3A TMC6 SLC9A3R1 DDIT4 IFITM2 ARHGDIB UBC CD48 EMP3 SNHG29 RPL31 MYL12A KLF6 ATP5MG MYH9 MYL6 CD8B RPL36A LAPTM5 RPL7 PNRC1 RACK1 TRAV38-1 FLNA SLC25A6 RPL36AL ANTKMT EIF4A1 EIF4G2 CD3D GNG2 EIF5A CNBP PRRC2C SRSF7 TXNIP COX6B1 RHOC ATP6V1G1 BTF3 SEPTIN1 SRSF5 GIMAP1 SNHG6 CLEC2B CXCR4 COX6C CHCHD2 TRGV2 PNN ZFAS1 CLIC1 RPL27A CCL4 OAZ1 RPS11 ARL6IP4 ZAP70 IL7R RGS19 RNF213 RBM38 PSME2 SASH3 MBP ATP5PO ITGA4 RASSF1 ARL4C CDK17 MZT2B EML4 EIF5B EIF3K C19orf53 HLA-F DARS1 CALM3 KLRK1 PCBP2 CCNL2 VPS29 UBE2G1 RAP1B RAB24 PRF1 GIMAP7 LSP1 ARL6IP5 RRAS2 ADAR FUS COMMD6 YTHDC1 UBE2D3 N4BP2L2 KPNB1 TAGLN2 WIPF1 RHOA ARIH2 PNRC2 H3-3B EEF1D ATP5F1A REX1BD LINC00861 TRAPPC1 DPYD HIF1A TGFBR3 CITED2 SSU72 TBCA GPS2 ATXN7 CAST AKT2 PCED1B-AS1 TRA2B OSBPL8 ARF6 RPL27 RNASEK CD99 LCK EEF1B2 CD52 SKAP1 CCT4 IRF1 GZMM DYNLT1 WSB1 HMGB1 GSTK1 CST7 SELPLG SLC25A3 RNF7 HNRNPC WDR33 ARL6IP1 PPIA RPS26 HNRNPL TOMM20 GLG1 IDS YWHAZ CSK GSPT1 ARRB2 COX7C RPS9 SH3BP5 SLC38A1 CKLF CAPZB RPL38 UQCRC2 GZMB GPSM3 ITGAM H1-3 USP9X BST2 PSMD12 PCBP1 EOMES LY6E PIK3R1 HDAC3 DNAJB1 ZFP36 CMTM3 PRR12 CPNE1 LIMD2 TCF25 ARNTL TPI1 HOPX NR4A2 ACTR3 FBXW5 ARPC5L EIF2S2 NPM1 FNBP1 PSME1 LTB AHSA1 MRPS26 PHIP SIVA1 SAMD9 MDH1 SLC2A3 HCST SUB1 C11orf58 RPS17 ARID4B DMAC1 CCL4L2 COX5A EIF1B XRCC6 EIF2AK1 TNRC6B DCTN6 PLAAT4 NMT1 AFF1 SLA PGK1 AP2A1 SAT1 SRGAP2C SUMO3 ARPC5 RP11-596C23.6 IQGAP1 CDC25B CYTIP CXCR3 SLTM MGAT4A SRA1 NOP53 FRMD8 STOM UBL5 ARID5A ZC3H6 KLRC4 EIF4B NDUFB11 RBM3 MEN1 PUM2 ACIN1 PRDX1 FCMR GYPC KLHL36 CCDC88B CORO7 MT-ND6 DGCR6L STK17A RASA3 GMFG SNRPA PTPN12 EIF4E2 HMGN4 LAMP1 GAS5 SLIRP PHF20 PLEC TRIR MFNG YWHAE TES VPS37B CDC42SE1 TMA7 KDELR2 CDKN1B CBLB COL6A2 CCND3 LUC7L3 CCND2 PITPNC1 PRPF38B NCR3 ZNF721 COPB2 JUND GAPDH USP11 PABPC1 UBE2L3 RGS3 DTD1 SAP18 AOAH C6orf89 MIF CD53 MTPN EWSR1 LPCAT1 ITM2B ATP5MJ AKNA HLA-DRA FABP5 MIIP PLCB2 TRIP12 PEA15 ADHFE1 CWF19L2 COX7A2L NONO NOP58 UQCRH COX4I1 CCNL1 PTBP3 SPN EIF4A2 TRABD ARPC1B STAG2 SMIM27 HNRNPA0 CD3G EGLN1 TRMT112 AKAP9 SRP14 CIB1 CD44 AP1S2 DDX6 ARL5A SYNCRIP MYO1G CAP1 CANX ATP5F1D FCRL6 SEPTIN6 MED15 CREBZF FYN PSMD13 ARHGAP45 SEC11A ZNF75D TMEM258 CMC1 WDR1 ZNF136 NDUFA3 LSM14A CDC42SE2 VMA21 DNAJB6 ZNF576 ALOX5AP SNRPN SMAP2 DAZAP2 PET100 PSMD7 NUTM2A-AS1 PIK3IP1 HNRNPK ARHGAP25 ZNF226 SF1 S100A11 SYNE1 GYG1 DDX39B RBM8A SNHG5 XBP1 TMEM259 MBNL1 RP5-934G17.7 RPL10A ARPC3 LUC7L PRH1 TMED9 RBM23 CH17-189H20.1 HNRNPF HLA-DPB1 TNRC6A ARMCX3 SRP68 RASGRP2 CCNI YWHAB CCDC88C VSIR PIK3CD SPCS1 ARHGDIA BTN3A2 UCP2 MAP4K5 ISCU COX7A2 MRPL40 POU2F2 CAMK1D SPAG7 JAK1 DSE SQSTM1 SERP1 PRKAR1A CALR SMPD4 CCAR2 SMURF2 FOSL2 SECISBP2L S100A6 ITFG2 COLGALT1 G3BP2 EAPP ANXA2 CDK10 RNF145 SLC41A3 ITGB2 JUNB ANKRD44 STAT1 PTGER2 SDHA TOMM7 WDFY1 GPR65 ATP6V0C ANAPC16 HLA-DRB5 METAP2 TBC1D2B NEFH ESYT1 ELOC ELOB RABEP1 ALKBH5 SET TANK FAM107B SMDT1 GNB2 RNF149 JUN HLA-DRB1 CCAR1 C12orf73 SYNRG RGCC MBD1 IGFLR1 JAK3 HNRNPUL1 DDX24 SNRK XRRA1 TPM4 SRRM1 PCYOX1 GSDMB PSMB9 CWC15 VDAC1 GBP1 PIN1 KDM2A RO60 DEF6 BLOC1S4 RPS10 DDX17 BCLAF1 ABHD14A ATG5 NR3C2 UBE2D2 RP5-1056L3.1 RBM39 RBM22 RAB11A NSRP1 WAS MED10 PCSK7 AP2M1 HELZ2 ITK TMEM131L SPATA13_ENSG00000182957 DCXR RP11-474G23.3 IKBKB BCL2L1 ARF1 TXNRD1 S1PR4 IFT52 SRP9 HAUS1 MSN GLI4 NDUFA4 MOSPD3 NDUFAF2 YY1AP1 PMS1 UPF2 PSMB10 CCDC59 C1RL-AS1 NSUN4 TCEAL3 RPP21 POP5 OIP5-AS1 ANXA4 MRPS17 COPS8 SLC2A4RG ATG101 TMCO1 NEMF SSNA1 MRPL47 ZNF134 EBNA1BP2 ENSA TLN1 DAZAP1 LY75 ANAPC7 CEP192 KIF5B ACYP2 TUBGCP4 POLR2A INIP ARMC8 METTL2B PRELID1 PTGDS TAPBPL GPATCH4 NUP153-AS1 FASTK SEMA4D TRGC2 ZNF75A POP4 RP11-799D4.4 PSMB8-AS1 FKBP1A NAP1L4 GRB2 HMGN1 RP3-370M22.8 SGMS1 DPP7 ATAD2 PLEKHG4 AP1M1 KRTCAP2 CAT ALKBH7 GOLGB1 KANSL1-AS1 UNC50 DUS3L C1orf52 NCBP3 PA2G4 KLHDC2 TMEM170A CYC1 RTF2 IDH3B LASP1 CUTA RHOU S1PR5 FAM133B CSNK1G3 CD46 SEC63 TUSC2 PIK3C2A TIGD2 TAF15 BAK1 GABARAP SSR4 UCK1 PARP9 ABI3 HNRNPU BICD1 CHD6 CC2D1B NCOA1 NUCB2 PATL2 ZCWPW2 NGDN RAP1GDS1 GBP5 IFT122 NPEPPS NDUFC1 MFSD10 ATP6V0D1-DT PRPF8 DTHD1 YARS2 CD55 CALCOCO2 RNF5 ZNF79 USP42 VAMP3 PTP4A2 CSKMT TPP1 HNRNPR CDK16 GOLM2 SSR2 RP11-134N1.2 PPP2R3C WFDC2 LCMT1 LAG3 GID8 COPE UBE2I LBR DCK ACSS1 RTRAF PARK7 MBOAT7 MRPS34 CALCOCO1 B4GALT1 CD151 H1-10 DHX36 SYPL1 SH3GL1 C16orf74 VPS35 RNF44 NDUFV1 TUFM DENND4B ACTR2 ATP6V1D LSM8 C12orf29 TBC1D20 PLEKHO2 NEPRO PHB BCAP31 RP11-488L18.8 PSMD11 TMEM256 GID4 HP1BP3 MRPL34 PTBP1 RUNDC1 USP16 ABT1 CIRBP CSNK1D PLA2G10 UFM1 JADE1 MPC1 SMAGP PPP6R1 PIGG DHX9 GNPTG DBNL GOSR2 BLOC1S3 NDUFAF4 IL2RB CCDC85B ADH5 LSM6 RPS6KB1 DR1 WDR36 TOX4 CFAP298 TMEM191B NBEAL2 H2AJ PDCD4 UBQLN4 LSM2 LRRC47 FGR BAX TRNAU1AP BCAS2 ALKBH6 OFD1 SERINC3 TESC CD37 CPNE3 SYTL1 CRKL DNAJC8 CDK13 RNPEPL1 DBN1 LIG3 CYB561D2_ENSG00000114395 POLE4 CIZ1 TCEA3 POGLUT3 CNOT3 TENT5C G6PC3 ICAM1 ATM CLPP DCAF7 PCGF3 ZNF638 TAF1A-AS1 AKAP11 CCDC9 AC012360.4 GCHFR YWHAQ SHISA5 SMARCE1 CREB1 ZNF227 LYSMD3 KTN1 CYCS ADGRE5 ETS1 LRSAM1 PDPR RANBP1 TTC9C MORF4L1 HTATIP2 SSR3 CUL5 MFSD3 TTC16 DYNLL2 SLC10A3 IL18R1 CCDC71 PSENEN MRPL13 PRUNE1 NAT10 ORAI1 STX4 CHD4 BRAP WDR37 ZMAT2 ARHGAP30 EIF3M RAB18 FXN SERF2 DGKD HLA-DPA1 BTBD1 TNFSF9 RHNO1 HDAC4 ZC3HAV1 RFX3 RNF19A MICA COMMD9 ALAD KRBA2 DCAF10 ZC3H15 CCDC25 MGRN1 KB-1471A8.3 CKAP5 ATAD1 PRDM1 DEK ACSL4 TAB1 GALM MAP3K13 ACOT6 E2F4 UQCR11 CAPNS1 FKBP15 RPS6KB2 S100PBP UBA2 RP11-307C12.13 GNAI3 SAR1A H2AZ1 ELP4 QDPR DIDO1 CPT1A CRYZL1 PRPF38A HNRNPA3 MAP1S CYB5B SLC35B1 RSBN1L ATRAID TBC1D13 ADD3 FEZ1 RAF1 C9orf16 C19orf12 CRIP1 ENY2 AQP3 TAF4 RBBP5 DCTN2 HMGN3 PUM3 TRIM21 SLC38A6 GZMH MFSD14B SNHG16 SMG1 MTA2 PUSL1 ARAF MED16 FAM50A ZFYVE27 SOAT1 TMUB1 SDAD1 KIF13B STAT2 OASL FNBP4 FAM200B ASAH1 CD6 PREB NUP210 HSDL2 CRTC3 SMPD3 ANKRD49 RB1CC1 IL10RA DHRS4 LAPTM4A KAT6B STX10 KPNA5 ATP2A3 CCT7 ITGB1 TIMM8A NDUFS8 TMUB2 IGBP1 MFF TIMM13 CLPTM1 LYAR CCT2 MEI1 SP3 CREBBP KDSR ANKRD11 AUP1 RAP1A TRAV6 CDC20 ATXN1L DYNC2LI1 GSAP CTSD NME1 HPS5 HMCES CCL3 NBPF19 NENF ZNF414 WIPI2 NELFA TMEM9B MIB1 KIAA0040 LDHB MICU2 MICOS10 TEX264 CPQ ZNF706 PSMA7 CALHM2 TAPBP APMAP FLI1 ST3GAL4 MCM3AP CFDP1 RPF1 RUNX3 ANAPC5 LMBRD1 TRIM65 HSPA4 DNAH1 PPM1B FLOT1 GLIPR2 ZFAND3 USP40 RHBDF2 NUFIP1 AKAP10 PSMD8 RAB1B STK17B ACAP2 ZFX TUT7 PRPF31 DGKA WBP2 NCBP2AS2 QKI HCG18 PPP4C C17orf75 CIAO2A HECA APOBEC3C TRAPPC3 SH2D3A PDCD10 MAD1L1 RPIA ARAP2 DDX56 DBT CYB5R3 PITRM1 ZNF195 ARHGAP9 ZNF740 XPNPEP1 NDUFS6 RSAD2 DOCK2 SMIM15 MED4 SNW1 TEFM PSMD6 S100A10 UBE2D1 CD47 DIAPH1 PCED1B C18orf32 PTPN7 NAA20 SIAH2 NKAPD1 EIF3E EML2-AS1 PSMB1 RAB1A RASSF7 TRAPPC12 USP30-AS1 PMS2 METTL2A SRSF8 PYROXD2 NUP214 APH1A IFI35 MCRIP1 PSMA5 FLJ13224 ALDH9A1 USP22 SUMO2 GGH MALT1 NDUFC2 SUGP2 TSC22D4 EMB RFX2 SPCS3 RAB7A RHOG FLT3LG TAPT1 GPI TRMU KANK3 ARMC1 PIGC PLEK UBXN2A ARHGEF2 POLR3H TNKS2 DYNC1I2 SNAPC4 CNOT7 CCR5 KATNA1 LTN1 LAMTOR1 CHMP1A DNM2 TBX19 ZNF282 VPS13C TSC2 NAA50 SLC19A1 PRKAG1 PTPN1 ZNF76 ARPC4 NRBP1 RP5-1148A21.4 INPP4A CETN3 PYCARD IKZF3 TCEA1 PPP2R5E POLR2H CTNNB1 FAM91A1 MED23 RP11-120D5.1 LINC00667 AP5Z1 NFE2L1 ARPC1A GNPTAB ZNRD2 PLAC8 TC2N ATP6V0A2 PIK3CA COX8A EIF1AX MDFIC UBAP2 RIPOR2 NCBP2 CNDP2 SORL1 RNF187 PAGR1 H2BC4 MFSD1 GIMAP2 PPDPF CYTOR PPP1R3F CCDC28A RXYLT1 TMEM70 MBTPS1 NOL4L CAMTA2 ZNF626 EIF3G GPR55 SNRNP27 DGUOK GAK ARID2 TRMT6 CLEC2D FOXN3 TMEM106B ZNF446 NDUFS5 EIF4G1 SNRPE MIER2 EIF4EBP1 EMC6 SON HSPD1 ZNF641 PPWD1 HAUS2 PSMA3-AS1 HK1 PRKCQ-AS1 NUBP2 TXN P4HTM POLB POLR3D RUFY2 RBBP4 TMEM168 RASA1 RASSF5 FAM32A DNTTIP2 SLC9A9 IL12RB1 HNRNPH2 NPAT INTS6L OR4D1 SCAND1 TRAF3IP3 PPIB RELL2 C18orf25 LINC01637 XPO1 HDDC2 PIM1 MPST GFI1 AP3S1 RP11-269F19.10 MRPL37 OGA CEBPZOS EPC1 BRD4 IBTK XIST LNPEP RIOK3 HEMK1 SRSF4 IL16 SNHG12 TARS1 NDUFAF7 ACTR6 POLR2J ERGIC3 HSP90AB1 MYO19 PRPF40A BOD1 DCTD BCL2A1 UBE3C HPF1 SASS6 PRKACB HSPB11 UFC1 PACS1 DTD2 CCT6A FUT11 PLK3 MTLN EIF3I CANT1 EDF1 ITGAE LYZ ZFP64 CHCHD5 LMAN1 C1orf35 RHOT2 GBP3 SLFN12 IER3IP1 ACSL5 MRPL24 ZHX2 PPP2R2D SFTPB UTP18 TMEM175 SERBP1 MRPS35 ELOA ARID5B MDH2 CFAP94 RESF1 CAPZA2 BCL11B BRWD3 RNF166 PGAM1 BRK1 LINC00881 AAMP HSP90AA1 EFR3A SEPTIN2 PIM3 ASH1L-AS1 OTUB1 ZNF394 HADHB SYS1 CLN3 GTF2I CHST12 HBB LITAF GK5 CTBP1-DT PTPN23 AKAP13 LRP10 ILF3 PEX1 EZR GAB3 PIEZO1 WDR86 GLMN PGGHG VPS18 ENDOV SDR39U1 SAFB2 RPUSD1 TCAIM RNF126 VRK2 ALDOA DSTN TCF20 RNF169 NAA25 PPM1M PRKCA CCDC159 CS METAP1 SETDB2 TAMM41 RAD21 HEXA ZNF562 SPON2 PLEKHA1 NDUFAF6 RABGGTB PTTG1IP DDHD1 PML H1-4 CAPZA1 ATP5PF COX7B BOLA3 PAK4 TTC17 STAU1 AGTPBP1 SRPK1 TBC1D17 NHEJ1 GGCT ZBTB44 NUDC WTAP MRPS11 HNRNPUL2 SH3D19 LINC00623 SMIM19 GOLGA4 RP11-326K13.5 NFATC2IP SRCAP PTPMT1 DDX27 BCL7B YME1L1 AC006129.2 USF1 G3BP1 NCBP1 UQCRB MRPL42 POLR2F MIA3 MRPL2 TULP4 RP11-256E16.3 TMEM183A IER2 RELA CDK11B ZNF467 RAB29 TAOK1 UBTF AVIL NAA35 KDM4C ATP5IF1 PRKCD SYTL3 ZNF518A DENND2D UBE2V1 TBC1D25 LPXN ZSCAN16-AS1 ZCCHC17 AVL9 RSAD1 ABCC1 CYBC1 BRD9 GUK1 NDUFB10 ZPR1 STK10 CMPK1 TSEN54 SMAD2 BRD2 PCTP CCDC69 BRD7 DRAP1 COG5 WDR5B SEC62 PPP1R18 RALGAPA1 C18orf21 RASSF2 ATP5MK WASF2 SDHAF3 PPP3CA ZNF292 SNX27 SEPTIN9 PDE4B PLXDC1 MUTYH LUC7L2 PSMB7 ZNF718 IL4R CCNB1IP1 MINDY2 NPRL3 ATF7IP LAS1L DAPK3 PMPCA DNMT1 RP11-706O15.1 CSTF3-DT KPNA4 NOSIP RTL8A PAXX KARS1 UBR4 SMARCA5 USP28 DDX11 SH3TC1 AC009133.17 ETF1 DNAJB14 UBE2L6 PEX26 XPC NUDCD2 TBCD PAFAH1B1 ACTL6A PLEKHJ1 ABRAXAS2 FBXL20 IDH3G HUWE1 AMZ2 MAP7D1 RNF214 DDB2 KLC1 MAPK1 ARMCX6 RIPK1 PLEKHB1 DERL1 SELENOM IKBKE NUP160 BANF1 LCP2 BICRAL COP1 MS4A6A UBB CAPN1 STK39 RNF13 ZNHIT1 NDUFB4 MAP2K3 CCDC47 NMRAL1 C1QBP TDRD3 TRIM39 TCHP NUCKS1 RC3H2 SEPSECS METAP1D TSEN15 CDK2AP2 EID3 SNHG25 VPS4B CHURC1 KATNBL1 RP11-147L13.11 PHF3 PSMA3 CNOT4 PRPF3 PAPSS1 METTL17 NLRP1 SHOC2 IFFO1 WHAMM ZUP1 MAT2B ZNF628 TRMT13 ILK PNO1 TAF11 RAB6A PPP1R15A GLYCTK RAB14 ZFAND5 PKM AIFM1 TAZ PSMC1 IDI1 CAPRIN1 RANGRF CBWD3 BTN2A1 CUL4A SDHC MPP6 TWF2 ACO2 CCM2 SCYL2 NCOR2 ZNF66 GTF3A PAAF1 ZNF581 PEBP1 PGLS CYTH3 LCP1 KIAA1109 TMEM141 AKIRIN1 API5 RP11-439L18.1 HNRNPM MYL12B RP11-796E2.4 RAP1GAP2 METTL9 SLC4A2 GNS MRPS28 CDK12 DDX58 MTMR14 RPL22L1 PER1 MRTFB CHEK2 CLTA MRGBP ADAMTS6 PTS TRRAP LPGAT1 TRAK1 MTREX SLCO3A1 RSRC2 BIRC6 RP11-284N8.3 YWHAH FNDC3A RC3H1 PHB2 SPIN1 NME2 SYF2 MRPS23 DDX41 RNF167 ANXA6 SLC30A8 PDAP1 YIPF3 NDUFA7 MIDN EID1 POMP LINC02591 PEF1 ALKBH3 DHDDS CCDC18-AS1 COMMD10 SETD5 BMI1 TGFBR2 VASP MRPL10 NDUFV3 PAIP1 KRTCAP3 CDK9 NDUFS7 ECHS1 PTGER4 WASHC5 EIF3J RETREG3 LINC00847 BUB3 MYD88 SELENOO KDM5A HPCAL1 MOCS3 F8 SCAMP3 NKTR GTPBP1 SPOP PARP14 IMMT EBLN3P HDHD5 ACOT9 MCM7 GTF2H4 RP11-309N8.1 DCAF5 INTS1 EIF4E3 ANXA2R RP5-1180E21.5 SDCCAG8 PROB1 RP1-8B1.4 ATXN1 ZCCHC7 ANKRD17 OSBPL11 PIK3R6 DAD1 NDUFB1 TMBIM6 POLR3GL GRK6 SNRPD3 BRD3OS SMARCA4 ANO9 CCNT1 CD164 SPG21 ADD1 ECSIT ARHGAP15 MPRIP NDUFV2 DDX46 MRPL32 ASCC2 CYRIA TMX2 SNRNP200 EEF1E1 SDHAF2 PCMTD1 SORBS3 CD247 SDF4 METTL26 RABAC1 SDHD ARID1B HSPA5 CDC26 BAG4 RAB33B-AS1 SAMD3 GIT2 ADNP2 RDH11 KDM6A GCA TLR2 BZW1 CAMLG ILRUN RNF138 LRBA NISCH RCAN3 NKAP LPIN2 P4HB TMEM185B RBPJ NAA40 UBE2V2 NFE2L2 MIS12 CTDSPL2 ELF1 MRPL16 MYBL1 MED14 TAP2 PSTPIP1 GALNT11 PPP1CC CDC40 DCLRE1A RMDN3 PRKAR2A-AS1 MAPK8IP3 TXNL1 BFAR UQCC2 WDR43 TLE5 PIK3AP1 TSIX MRPL21 CCT3 AZI2 H2AZ2 NOL7 UQCRQ POLD3 ZBED5-AS1 SEC11C SLAMF6 HSPE1 SERPINB6 VAMP2 OGFOD3 RHEB PTGES3 MRPS2 SMC3 PDE6D AAK1 HADHA DEGS1 MGST3 CNPPD1 DGAT1 LSM3 GOLGA3 TOMM34 UBR2 LATS1 SLC16A11 SH3KBP1 POLR1A VAV1 SOCS3 MIR23AHG PIGB RSL24D1 MMP19 RBSN NUCB1 TRPC4AP NEK4 HNRNPD UBXN4 SNX1 ALG6 RNF14 YIF1A HLA-DQB1 RP11-110G21.1 FXYD5 FKBP3 SLC25A20 PNISR TPM3 TMBIM4 GTPBP8 STK19 ANKRD12 RAD23A BSDC1 SF3A2 BIRC2 NLRC5 PIH1D1 POLD4 ABCF1 CRCP PSMC6 PHF2 ARHGEF3 SMAD7 DNAAF2 PGBD4 PLAAT3 ATP6V0E1 SETD4 MCCC2 SUCLA2 FKBP11 ARF5 COMMD3 PHF14 WASHC2A SP110 PAK2 CCDC130 ENO1 DNAJB5 NUDT15 USE1 MYSM1 DNAJB9 MR1 LDAH KRAS PNP EXOC5 CDC37 RPL4 SELENOH ADAT1 PPP4R2 ZNF326 CH17-340M24.3 ATG12 RAB5IF SMARCC1 POLG RNPS1 IRF1-AS1 AFF4 SEPTIN7 LACTB2 KMT2C TMEM80 LRRC14 OTUD4 CNPY2 TMEM248 PIGT INTS11 ZC3H7A SCRN2 PKNOX1 ICE1 ANKRD54 TCP11L2 SEC61G FYB1 EIF2S3 SNRPA1 STAT4 TIMM44 RP11-549B18.1 OSBPL9 PSME3 ALG5 CCDC167 KIAA0100 WDR83OS POLR1D HMGN2 TMEM237 WDR6 RAN TPST2 NDUFAB1 FDFT1 PRMT2 DDX3X RPS6KA1 UBXN7 GPRIN3 UCHL5 RP11-514P8.2 MAPK13 SART3 CHKB TDRD7 SF3B1 ZNF32 AFTPH SLC9A8 MSL1 WDSUB1 WDR61 VDAC2 CLCN3 ZNF318 ESYT2 LGR6 PCNP XPO4 RBX1 HNRNPA1 U2AF2 RAB2A C1orf162 AP3B1 JPT2 RP11-712B9.2 C12orf65 OST4 TGOLN2 TIAL1 RPS19BP1 TBRG1 ECHDC2 ZC3H12A MAP3K1 PSAP WDR44 CHMP7 PRCP RALY SSB RPS10-NUDT3 HERC3 RETREG2 BCAS4 U2AF1L4 RPP30 UFSP2 NPC2 GIT1 RBM6 LMAN2 MKNK1 SNX13 NCL IP6K2 ATP1A1 HACL1 CCT5 MRTO4 UBP1 RP11-245D16.4 TXLNA MEMO1 MYO1F ATP6V0B TMEM126B RNF6 SGTB PDIA4 APOBEC3G MAPRE2 YY1 UPF3B RASA2 RAC1 ATOX1 CEMIP2 SLC35E3 MT1X TMEM123 SRI MRPL57 SAMD8 CISD3 NUP58 POLR2G CYFIP2 RGS14 APC DYNC1H1 ARSA AATF HSPA1L AP2S1 SHKBP1 GDF11 TINF2 ZNF609 RNF220 MDM4 MECP2 TUBA1B effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id][start_header_id]assistant:[end_header_id]TUBA1B effector memory CD8-positive, alpha-beta T, terminally differentiated[eot_id] |
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