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General Information:

Id:	10,824
Diseases:	Myocardial infarction - [OMIM]
Organism:	Homo sapiens
Publication type:	article
Reference:	Qiu L and Liu X(2019) Identification of key genes involved in myocardial infarction Eur. J. Med. Res. 24: 22 [PMID: 31269974]

Interaction Information:

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110240	gene/protein ETS2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110319	gene/protein ZFP3 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110320	gene/protein TNFAIP2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110321	gene/protein ZNF557 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110322	gene/protein IL13RA1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110323	gene/protein P2RY13 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110324	gene/protein SNN affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110325	gene/protein PADI2 affects_activity of disease Myocardial infarction
Drugbank entries	Show/Hide entries for PADI2
Drugbank DB00155	L-Citrulline not specified PADI2
Drugbank DB00155	L-Citrulline not specified PADI2

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110327	gene/protein QKI affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110328	gene/protein MS4A6A affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110329	gene/protein LILRA2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110330	gene/protein AQP9 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110331	gene/protein HCAR3 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110332	gene/protein GRINA affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110333	gene/protein KDM6B affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110334	gene/protein GIMAP1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110335	gene/protein BCL2A1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110336	gene/protein AMPD2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110337	gene/protein FPR2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110338	gene/protein CPD affects_activity of disease Myocardial infarction
Drugbank entries	Show/Hide entries for CPD
Drugbank DB02944	Alpha-D-Mannose not specified CPD
Drugbank DB04489	Guanidinoethylmercaptosuccinic acid not specified CPD
Drugbank DB02944	Alpha-D-Mannose not specified CPD
Drugbank DB04489	Guanidinoethylmercaptosuccinic acid not specified CPD

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110339	gene/protein STX11 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110340	gene/protein TLE3 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110341	gene/protein GLT1D1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110342	gene/protein DGAT2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110343	gene/protein SIRPA affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110344	gene/protein CD93 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110345	gene/protein PAQR8 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110346	gene/protein HERPUD1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110347	gene/protein CXCL8 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110348	gene/protein PYGL affects_activity of disease Myocardial infarction
Drugbank entries	Show/Hide entries for PYGL
Drugbank DB00114	Pyridoxal Phosphate cofactor PYGL
Drugbank DB00131	Adenosine monophosphate activator PYGL
Drugbank DB01696	7,9-Dihydro-1h-Purine-2,6,8(3h)-Trione not specified PYGL
Drugbank DB02089	CP-526423 not specified PYGL
Drugbank DB02320	1-N-Acetyl-Beta-D-Glucosamine not specified PYGL
Drugbank DB02379	Beta-D-Glucose not specified PYGL
Drugbank DB03288	5-Chloro-1h-Indole-2-Carboxylic Acid{[Cy ... not specified PYGL
Drugbank DB03744	Cp403700, (S)-1-{2-[(5-Chloro-1h-Indole- ... not specified PYGL
Drugbank DB04522	Phosphonoserine not specified PYGL
Drugbank DB07315	5-chloro-N-{4-[(1R)-1,2-dihydroxyethyl]p ... not specified PYGL
Drugbank DB07395	4-[3-(2-Chloro-4,5-difluoro-benzoyl)urei ... not specified PYGL
Drugbank DB07396	1-{2-[3-(2-Chloro-4,5-difluoro-benzoyl)- ... not specified PYGL
Drugbank DB07968	N-(2-CHLORO-4-FLUOROBENZOYL)-N'-(5-HYDRO ... not specified PYGL
Drugbank DB00131	Adenosine monophosphate activator PYGL
Drugbank DB01696	7,9-Dihydro-1h-Purine-2,6,8(3h)-Trione not specified PYGL
Drugbank DB02089	CP-526423 not specified PYGL
Drugbank DB02320	1-N-Acetyl-Beta-D-Glucosamine not specified PYGL
Drugbank DB02379	Beta-D-Glucose not specified PYGL
Drugbank DB03288	5-Chloro-1h-Indole-2-Carboxylic Acid{[Cy ... not specified PYGL
Drugbank DB03744	Cp403700, (S)-1-{2-[(5-Chloro-1h-Indole- ... not specified PYGL
Drugbank DB04522	Phosphonoserine not specified PYGL

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110349	gene/protein FPR1 affects_activity of disease Myocardial infarction
Drugbank entries	Show/Hide entries for FPR1
Drugbank DB00716	Nedocromil antagonist FPR1

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110350	gene/protein CEBPD affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110351	gene/protein STAT3 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110352	gene/protein BTG2 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110353	gene/protein SLC6A6 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110354	gene/protein CLEC12A affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110355	gene/protein SOCS1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110356	gene/protein HOTS affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110358	gene/protein ZNF786 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110359	gene/protein POGLUT3 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110360	gene/protein SEC14L1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110361	gene/protein CHI3L1 affects_activity of disease Myocardial infarction
Drugbank entries	Show/Hide entries for CHI3L1
Drugbank DB02687	Beta-D-Mannose not specified CHI3L1
Drugbank DB02944	Alpha-D-Mannose not specified CHI3L1
Drugbank DB02687	Beta-D-Mannose not specified CHI3L1
Drugbank DB02944	Alpha-D-Mannose not specified CHI3L1

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110362	gene/protein RNASE2 affects_activity of disease Myocardial infarction
Drugbank entries	Show/Hide entries for RNASE2
Drugbank DB01812	Adenosine-3'-5'-Diphosphate not specified RNASE2
Drugbank DB02098	Adenosine-2'-5'-Diphosphate not specified RNASE2
Drugbank DB03431	Adenosine-5'-Diphosphate not specified RNASE2
Drugbank DB01812	Adenosine-3'-5'-Diphosphate not specified RNASE2
Drugbank DB02098	Adenosine-2'-5'-Diphosphate not specified RNASE2
Drugbank DB03431	Adenosine-5'-Diphosphate not specified RNASE2

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110363	gene/protein MPP1 affects_activity of disease Myocardial infarction

Comment	A total of 477 conserved genes were identified in the comparison between MI and control. Protein‚Äďprotein interaction (PPI) network showed hub genes, such as MAPK14, STAT3, and MAPKAPK2. Part of those conserved genes was validated in the analysis of GSE48060. The DEGs in the incident and recurrent MI showed significant differences, including RNASE2 and A2M-AS1 as the potential biomarkers of MI recurrence.
Formal Description Interaction-ID: 110364	gene/protein SLC66A2 affects_activity of disease Myocardial infarction