Number unique A-genes | 3 |
---|---|
Number unique B-genes | 104 |
Number unique A-B gene pairs | 111 |
Total number of interactions | 156 |
A-argument | B-argument | count |
---|---|---|
BMP2 | RUNX2 | 7 |
BMP2 | XBP1 | 5 |
BMP2 | DDIT3 | 4 |
BMP2 | ERN1 | 4 |
BMP2 | CREB3L1 | 4 |
BMP2 | IL6 | 3 |
SMAD1 | GDF2 | 3 |
BMP2 | FTO | 3 |
BMP2 | Mir20a | 3 |
SMAD1 | SMAD5 | 2 |
input | recognized symbol | mapping type |
---|---|---|
bmp1 | BMP1 | Orthology Cluster |
bmp2 | BMP2 | Orthology Cluster |
smad1 | SMAD1 | Orthology Cluster |
input | recognized symbol | mapping type |
---|---|---|
bmp1 | BMP1 | Orthology Cluster |
bmp2 | BMP2 | Orthology Cluster |
smad1 | SMAD1 | Orthology Cluster |
input | recognized symbol | mapping type |
---|
Gene A Symbol | Gene B Symbol | Gene A Gene ID | Gene B Gene ID | Relation Types | Factuality | Fulltext Match Source | Document ID | Context |
---|---|---|---|---|---|---|---|---|
Bmp2 | Smad5 | 12156 | 17129 | Phosphorylation, Positive_regulation | sentence | 23376954 | In addition, BMP-2 specifically induced phosphorylation of Smad1/5/8 proteins and protected adult cardiomyocytes from long-lasting hypoxia-induced cellular damage and oxidative stress without activation of the cardiodepressant transforming growth factor-β pathway. | |
BMP2 | MIR378-1 | 100157103 | 100498703 | Regulation | sentence | PMC9532862 | Ssc-miR-199a-5p and ssc-miR-378 may regulate many miRNAs and mRNAs, including novel_circ_000898-ssc-miR-199a-5p-CAV1 and novel_circ_000898-ssc-miR-378-BMP2, which could mediate ER stress-induced apoptosis and inflammation and attenuate hypoxia-induced injury in ATII cells under hypoxic conditions (). | |
SMAD1 | TRPM7 | 4086 | 54822 | Phosphorylation, Regulation | sentence | PMC6515203 | In mesenchymal stromal cells (MSCs), TRPM7 senses mechanical stimuli, such as intermittent fluid shear stress and membrane tension, and regulates Ca2+ influx and phosphorylation of signaling kinases, Smad1/5 and p38 MAPK, whereas TRPM7 knockdown decreases MSC proliferation and viability, and induces cell death []. | |
BMP2 | TBX20 | 650 | 57057 | Positive_regulation | sentence | 36805334 | We show here that ER stress upregulates Tbx20, which activates downstream bone morphogenetic protein 2 (Bmp2)-pSmad1/5/8 signaling to induce cardiomyocyte proliferation and limit apoptosis. | |
Smad1 | Eng | 17125 | 13805 | Phosphorylation, Positive_regulation | sentence | PMC5940299 | Interestingly, Endoglin profoundly increases EC SMAD1/5/8 phosphorylation through BMP9-mediated Alk1 activation, particularly under HSS (), and promotes EC migration against the flow (). | |
Bmp2 | CREB | 12156 | FPLX:CREB | Positive_regulation | sentence | PMC3760886 | An ER stress transducer and a member of the CREB/ATF family, OASIS, was induced by BMP2 and shown to play an important role in bone formation and fracture healing –. | |
Bmp2 | Hspa5 | 12156 | 14828 | Gene_expression, Positive_regulation | sentence | PMC4047903 | The expression levels of the ER stress markers, BiP (IgH chain-binding protein), CHOP (C/EBP homologous protein) and EDEM (ER degradation- enhancingα-mannosidase-like protein), were upregulated by BMP2 stimulation. | |
BMP2 | MICAL2 | 650 | 9645 | Regulation | sentence | PMC8458439 | Among these are the genes which regulate hypoxia and oxidative stress response (CYP1A1, EGLN3, EPAS1, MMP2, PRKCB, AJUBA, FOXO1, LOXL2, LOXL4, MICAL2, and MOXD1) and genes which regulate the response to toxic substances (HTR1D, DHRS2, BMP2, EPHX1, INMT, MAOB, and TLR2). | |
BMP2 | LOXL2 | 650 | 4017 | Regulation | sentence | PMC8458439 | Among these are the genes which regulate hypoxia and oxidative stress response (CYP1A1, EGLN3, EPAS1, MMP2, PRKCB, AJUBA, FOXO1, LOXL2, LOXL4, MICAL2, and MOXD1) and genes which regulate the response to toxic substances (HTR1D, DHRS2, BMP2, EPHX1, INMT, MAOB, and TLR2). | |
BMP2 | EPAS1 | 650 | 2034 | Regulation | sentence | PMC8458439 | Among these are the genes which regulate hypoxia and oxidative stress response (CYP1A1, EGLN3, EPAS1, MMP2, PRKCB, AJUBA, FOXO1, LOXL2, LOXL4, MICAL2, and MOXD1) and genes which regulate the response to toxic substances (HTR1D, DHRS2, BMP2, EPHX1, INMT, MAOB, and TLR2). |
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