Table 3A

Gene function prediction in biological pathways

ELNFBLN5MFAP4LTBP2
Biological pathwaysp ValueBiological pathwaysp ValueBiological pathwaysp ValueBiological pathwaysp Value
Collagen fibril organisation8.46E-25Extracellular structure organisation4.66E-12Extracellular structure organisation1.43E-21Regulation of leukocyte chemotaxis8.61E-22
Extracellular structure organisation2.35E-18Extracellular matrix organisation4.66E-12Extracellular matrix organisation1.43E-21Cell-substrate adhesion2.18E-21
Extracellular matrix organisation2.35E-18Regulation of systemic arterial blood pressure by hormone5.22E-11Negative regulation of androgen receptor signalling pathway4.33E-13Cell-matrix adhesion1.20E-17
Blood vessel remodelling6.07E-17Response to amino acid stimulus2.38E-10TGFβ receptor signalling pathway1.20E-11TGFβ receptor signalling pathway1.28E-17
TGFβ receptor signalling pathway1.60E-15Regulation of systemic arterial blood pressure by renin angiotensin8.97E-10Establishment of planar polarity of embryonic epithelium3.45E-11Positive regulation of leukocyte chemotaxis4.68E-17
Transmembrane receptor protein serine/threonine kinase signalling pathway9.40E-14Chemokine-mediated signalling pathway1.02E-08Protein trimerisation4.22E-11Positive regulation of chemotaxis1.18E-16
Striated muscle cell proliferation3.68E-13Regulation of blood pressure1.76E-08Response to prostaglandin E stimulus7.79E-11Regulation of protein processing1.29E-16
Bone morphogenesis9.59E-13Response to amine stimulus1.81E-08Lung alveolus development1.60E-10Extracellular structure organisation2.17E-16
Bone development1.06E-12Regulation of cell migration2.66E-08Transmembrane receptor protein serine/threonine kinase signalling pathway1.81E-10Extracellular matrix organisation2.17E-16
Cardiac muscle cell proliferation2.04E-12Renal system process4.33E-08Collagen fibril organisation2.45E-10Regulation of leukocyte migration2.80E-16
Cardiac muscle tissue growth4.78E-12Response to acid5.40E-08Respiratory tube development3.61E-10Negative regulation of TGFβ receptor signalling pathway1.29E-15
Cardiac muscle cell apoptosis4.88E-12Regulation of blood volume by renin angiotensin1.36E-07Regulation of establishment of planar polarity3.74E-10Mononuclear cell migration4.75E-15
Artery morphogenesis1.73E-11Regulation of cell motility1.57E-07Wnt receptor signalling pathway. Planar cell polarity pathway3.74E-10Negative regulation of transmembrane receptor protein serine/threonine kinase signalling pathway5.67E-15
Negative regulation of transmembrane receptor protein serine/threonine kinase signalling pathway2.58E-11Positive regulation of angiogenesis2.13E-07Negative regulation of epithelial cell proliferation5.48E-10Vasculature development1.65E-14
Artery development5.77E-11Collagen fibril organisation3.97E-07Cellular response to amino acid stimulus5.54E-10Angiogenesis1.68E-14
Negative regulation of epithelial to mesenchymal transition6.24E-11Regulation of locomotion4.42E-07Lung development7.23E-10Positive regulation of behaviour3.02E-14
Muscle cell apoptosis1.02E-10Regulation of cellular component movement4.75E-07Positive regulation of smoothened signalling pathway1.06E-09Regulation of cell migration4.55E-14
Cartilage development involved in endochondral bone morphogenesis1.38E-10Negative regulation of transmembrane receptor protein serine/threonine kinase signalling pathway5.76E-07Establishment of planar polarity involved in neural tube closure2.35E-09Positive regulation of cell migration5.35E-14
Cell-substrate adhesion1.46E-10Cellular response to organic nitrogen5.87E-07Cellular response to amine stimulus3.16E-09Blood vessel morphogenesis5.62E-14
Negative regulation of cell morphogenesis involved in differentiation2.02E-10Response to organic nitrogen6.55E-07Positive regulation of filopodium assembly3.29E-09Blood vessel development6.98E-14
  • Overlap in gene function in biological pathways is indicated in bold.

  • ELN, elastin; FBLN5, fibulin-5; LTBP2, latent transforming growth factor β binding protein 2; MFAP4, microfibrillar associated protein 4; MGI, mouse genome informatics; TGFβ, transforming growth factor β.