Welcome to HRGRN: A Graph Search-Empowered Integrative Database of Arabidopsis Signaling Transduction, Metabolism and Gene Regulation Networks

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	Welcome to HRGRN A Graph Search-Empowered Integrative Database of Arabidopsis Signaling Transduction, Metabolism and Gene Regulation Networks

Location: Home > Details for node APP; ATPARP1; PARP1; PP

Type: Protein	GRN ID: np34444	Name: APP; ATPARP1; PARP1; PP
Annotation:	APP, PARP1, ATPARP1, PP \| poly(ADP-ribose) polymerase [EC:2.4.2.30]
Gene Locus:	AT4G02390
Transcription factor / transcriptional regulator:	transcription regulator family SAP
Gene Expression (Affy ATH1 probeset):	255500_at

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Protein modification

Protein-protein interaction
also include predicted relationship

Compound-protein interaction

TF-target gene regulation

Small RNA-target regulation
also include predicted relationship

Carrier and transported molecule

Catalytic chemical reaction

Co-expressed gene pair
with mutual information value >

Ignore nodes having > relationships

Relationship type:	protein modification catalytic chemical reaction protein-protein interaction compound-protein interaction TF-target gene regulation small RNA-target regulation co-expressed gene pair carrier and transported molecule family/complex and member
Relationship evidence:	Solid line: validated Dashed line: predicted
Relationship direction:	Arrow: positive T shape: negative None arrow: unknown or n/a
Hormone association:	Thicker line: hormone related relationship : hormone related Node
Node type:	Transcription factor or transcriptional regulator Compound Kinase Small regulatory RNA (miRNA & ta-siRNA) Other nodes

No.	Path
2	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- ADP-D-ribosyl-acceptor
3	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide
4	APP; ATPARP1; PARP1; PP -- interacts with -- HIS1-3
5	APP; ATPARP1; PARP1; PP -- interacts with -- AT1G06760
6	APP; ATPARP1; PARP1; PP -- interacts with -- PARG1; TEJ
7	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- ADP-D-ribosyl-acceptor -- is product (in catalytic reaction) of -- AT5G22470
8	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide -- is product (in catalytic reaction) of -- AT5G23600
9	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide -- is product (in catalytic reaction) of -- emb1067; TRPT
10	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide -- is product (in catalytic reaction) of -- SRT1
11	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide -- is transported by -- AAA1; ATKTN1; BOT1; ERH3; FRA2; FRC2; FTR; KTN1; LUE1
12	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide -- is transported by -- AT1G80230
13	APP; ATPARP1; PARP1; PP -- has product (in catalytic reaction) -- Nicotinamide -- is transported by -- AT1G80000
14	APP; ATPARP1; PARP1; PP -- interacts with -- HIS1-3 -- interacts with -- DME

	Funding by the National Science Foundation	Funding by the Oklahoma Center for the Advancement of Science & Technology	Additional funding by the Samuel Roberts Noble Foundation

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