Table 2.
|
Human |
Mouse |
||
---|---|---|---|---|
Cross-alignment | Cross hybridization | Cross-alignment | Cross hybridization | |
1 |
Development: regulation of epithelial to mesenchymal (EMT) |
Protein folding and maturation: POMC processing |
Cell cycle: role of Nek in cell cycle regulation |
Signal transduction: activin A signaling regulation |
2 |
Cytoskeleton remodeling: Keratin filaments |
Normal and pathological TGF-beta mediated regulation of cell proliferation |
Cell cycle: the methaphase checkpoint |
Transcription role of heterochromatin protein 1 (HP1) family in trancriptional silencing |
3 |
Cardia hypertrophy NF-AT signaling in cardia hypertrophy |
Signal transduction, Erk interactions: inhibition of Erk |
Cytoskeleton remodeling: neurofilaments |
Cytoskeleton remodeling: neurofilaments |
4 |
Cell adhesion: gap junctions |
Development: melaconyte development and pigmentation |
ATP metabolism |
Dvelopment: thrombopoietin regulated cell process |
5 |
Cell adhesion: hestamine H1 receptor signaling in the interruption of cell barrier integrity |
Cytoskeleton remodeling: TGF, WNT and cytoskeletal remodeling |
Cell cycle: spindle assembly and chromosome separation |
Neurophysiological process nNOS signaling in neronal synapases |
6 |
Signal transduction: cAMP signaling |
Develeopment A2A receptor signaling |
dCTP/dUTP metabolism |
Development: role of HDAC and calcium/calmodulin dependent kinase (CaMK) in control of skeletal of myogenesis |
7 |
Immune response: MIF-neuroendocrine macrophage connector |
Development transcription regulation of granulocyte development |
Apoptosis and survival: DNA damage induced apoptosis |
Protein folding: membrane trafficking and signal transduction of G-alpha heterotrimeic G-protein |
8 |
Development transcription: regulation of grabulocyte development |
Cytoskeleton remodeling Alpha-1A andrenergic recepto- dependent inhibition of PI3K |
Transcription: androgen receptor nuclear signaling |
Development: role of activin A in cell differentiation and proliferation |
9 |
Cell adhesion: edothelial cell contacts by junctional mechanisms |
Muscle contraction: relaxin signaling pathway |
Neurophysiological process: ACM regulation of nerve impulse |
Development: WNT5A signaling |
10 | Atherosclerosis: role of ZNF202 in regulation of expression of genes involved in Atherosclerosis | Immune response: lectin induced complement pathway | Development WNT signaling pathway | Development: PIP3 signaling in cardiac myocytes |
Enriched GeneGo pathway maps for human and mouse. Gene lists for pathway analysis were obtained from the CCDS ID analysis for cross-hybridization (microarrays) and cross-alignment (RNA-Seq).