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Table 1 GPCR-mediated activation of signalling pathways leading to cell cycle modulation

From: Molecular mechanisms mediating the G protein-coupled receptor regulation of cell cycle progression

 

Intracellular Pathway

Cell Cycle Effect

References

GPCR

   

G i/o -coupled

   

   α1-adrenergic

 

↑DNA synthesis

[15]

 

↑Src/C3G/Rap-1/B-Raf/ERK

↑Proliferation

[77]

   Adenosine A3

↑PI3K/Akt/↓ERK

↓Proliferation

[98]

   CXCR1/2

↑MMP/EGFR/ERK

↑Proliferation

[40]

   CXCR3

↑ERK, ↑p38

↑DNA synthesis

[99]

   CXCR4

↑Pyk2/PI3K/ERK

↑DNA synthesis

[71]

   Dopamine D2

↑PKC/NF-κB

↑p21Cip1, ↑p27Kip1

[60]

 

↑Src/C3G/Rap-1/B-Raf/ERK

↑Proliferation

[77]

   Dopamine D4

↑Src/SHC/Ras/ERK

↑DNA synthesis

[78]

   Sphingosine 1-phosphate EDG-1

↑p70rsk

↑Cyclin D1

[96]

 

↑PDGFβ/ERK

↑Proliferation

[100]

   κ-opioid

↑PLC/PKC/Ras/ERK

↑DNA synthesis

[16]

   Lysophosphatidic acid LPA

 

↑DNA synthesis

[17]

   Melatonin MT1

↓ERα/glucocorticoid receptor

↓Cyclin D1

[12, 13]

   Serotonin 5HT1E

↑Src/C3G/Rap-1/B-Raf/ERK

↑Proliferation

[77]

   Somatostatin SST1/4/5

↑ERK

↑p21Cip1, ↑p27Kip1

[50]

   Somatostatin SST2

↑PI3K/Ras/Rap-1/B-Raf/ERK

↑p27Kip1

[90]

   Somatostatin SST2a

↑p38

↑p21Cip1

[91]

   Somatostatin SST2b

↑PI3K/p70rsk/Akt

↑Proliferation

[91]

G s -coupled

   

   Dopamine D1

↑PLCβ/↓Raf-1

↓Cyclin D1/↑p27Kip1

[101]

   Glucagon-like peptide GLP-1

EGFR/PI3K

↑Proliferation

[42]

   Glucagon-like peptide GLP-2

 

↑DNA synthesis

[18]

   GPR30

↑PKA/CREB

↑Cyclin D2/CDK4-6 complex formation

[27, 28]

   Lysophosphatidic acid LPA

 

↑Proliferation

[19]

   Melanocortin MC5

↑JAK/STAT

↑Proliferation

[82]

   Parathyroid PTH

↑cAMP/PKA

↑p27Kip1

[7, 22]

 

↑cAMP/Epac/Rap-1/B-Raf/ERK

↑Proliferation

[51]

 

↑cAMP/↑PKA/↓Raf-1

↓Proliferation

[51]

 

↑MKP-1/↓ERK

↓Cyclin D1, ↑p21Cip1

[52]

   Thyroid stimulating hormone TSH

↑cAMP/CREB/c-Fos

↑DNA synthesis, ↑Cyclins D1/E

[14, 23-25]

 

↑PKA/Ras/PI3K

↑DNA synthesis

[102]

G q -coupled

   

   α1B-adrenergic

↑PKC/Raf-1/ERK

↑Proliferation

[34]

 

↑JNK, ↑p38

↓Proliferation

[55]

 

↑Src/Dbs/cdc42/MKK4/JNK

↓Proliferation

[76]

 

↑Ras/Rac/JAK/STAT

↑Proliferation

[81]

   Angiotensin II

↑MMP/EGFR/ERK

↑Cyclin D1

[39]

 

↑Ras/ERK/c-Fos/c-Jun

↑Cyclin D1, ↑pRB phosphorylation

[48]

 

↑p125FAK/Rac1/JNK

↑Proliferation

[67]

   Bombesin

↑MMP/EGFR/PI3K

↑Cyclins D1/E

[41]

 

↑PKD

↑Proliferation

[58]

   Bradykinin

↑MMP/EGFR/PI3K

↑Cyclins D1/E

[41]

   Endothelin

↑MMP/EGFR/ERK

↑DNA synthesis

[39]

 

↑PLCβ/Ca2+/Src/ERK

↑Proliferation

[74]

 

↑Src/Rho/p125FAK/paxillin

↑DNA synthesis

[70]

 

↑Pyk2/ERK

↑DNA synthesis

[70]

   Gastrin-activated CCK2

↑Rho/integrin/p125FAK/paxillin

↑Proliferation

[68,69]

 

↑PKC/Src/p38

↑Proliferation

[75]

 

↑JAK/STAT

↑Proliferation

[80]

   Lysophosphatidic acid LPA

↑MMP/EGFR/ERK

↑cyclin D1

[39]

   Muscarinic M1

↑PKC/Raf-1/ERK

↑Proliferation

[34]

   Muscarinic M3

↑JNK/c-Jun/SP-1

↓DNA synthesis, ↑p21Cip1/CDK2, ↓pRb phosphorylation

[56]

   Muscarinic M5

↑Ras/Rac/JAK/STAT

↑Proliferation

[81]

   Muscarinic subtypes

↑Src/ERK/CREB

↑DNA synthesis

[103]

   Platelet-Activating Factor receptor

↑MMP/EGFR/ERK

↑Proliferation

[104]

   Purinergic P2Y2/4

↑PKC/Raf/MAPK

↑DNA synthesis

[49]

   Substance P (NK-1)

↑Src/PKCδ/ERK

↑Proliferation

[72]

   Thrombin

↑MMP/EGFR/ERK

↑DNA synthesis

[39]

 

↑RhoA/PI3K/Akt

↓p27Kip1, ↑Cyclin D1/CDK4

[92-94]

 

↑ERK

↑CDK2 nuclear translocation

[95]

 

↑PI3K/Akt,

  

   Vasopressin V1A

↑PKD

↑Proliferation

[58]

 

↑Ca2+/PI3K/PKC/ERK

↑G1-S phase

[105]

 

↑EGFR/Pyk2/Src/ERK/PI3K

↑Proliferation

[106]

G 12/13 -coupled

   

   Lysophosphatidic acid LPA

 

↑DNA synthesis, ↑Proliferation

[20]

 

↑EGFR/Rho/ROCK

↑Cyclins A/D1, ↑p21Cip1, ↓p27Kip1

[43,45]

 

↑JNK

↑Cyclin A

[20,54]

  1. A selection of examples is presented that demonstrate the involvement of GPCR-mediated intracellular signalling pathways in the regulation of cell cycle progression. ↑, indicates an increase in protein levels or activity; ↓, indicates a decrease in protein levels or activity.