Table 2 of Mandal, Mol Vis 2011; 17:2634-2648.


Table 2. Mass spectrometric identification of the 2D-PAGE protein spots differentially expressed in the rabbit retina.


Spot number

Protein name/Swiss-Prot entry
(Full chain length)
Theoretical
pI; Mr kDa
Fold change
RD: Sham

Biological processes
1204 α-enolase (434)
ENOA_BOVIN, fragment 6.99;47.0 2.24 Glycolysis; Plasminogen activation; Transcription; Transcription regulation
2204/2102/1102 ENOA_MOUSE, fragment 6.99;47.0 2.28/2.41/2.42
0502 Vimentin (466)
VIME_HUMAN 5.06;53.5 2.51 Cell motion
3105/3102/3502 Albumin (608)
ALBU_RABIT, N-terminal fragment 5.67;66.5 2.66/2.95/3.19 Transport; Cellular response to starvation; Maintenance of mitochondrial location; Negative regulation of apoptosis; Hemolysis of symbiont of host erythrocytes
3301 Prohibitin (272)
PHB_HUMAN 5.57;29.8 2.72 Negative regulation of cell proliferation; Negative regulation of transcription; Regulation of apoptosis; Signal transduction; Histone deacetylation
9401 Fructose-bisphosphate aldolase A
(364)
ALDOA_RABIT 8.39;39.3 0.49 ATP biosynthetic process; Fructose 1,6-bisphosphate metabolic process; Regulation of cell shape; Actin filament organization; Striated muscle contraction; Muscle maintenance
1305 Transducin-β1 (340)
GBB1_HUMAN 5.60;37.2 0.48 Hormone-mediated signaling; Muscarinic acetylcholine receptor signaling; Signal transduction; Ras protein signal transduction
1606 ATP synthase subunit β,mitochondrial (528)
ATPB_BOVIN 5.00;51.8 0.41 Protein transport; ATP synthesis coupled protein transport; Regulation of intracellular pH; Angiogenesis
8502/8503 Creatine kinase, ubiquitousmitochondrial (416)
KCRU_BOVIN 7.31;43.1 0.38/0.35 Creatine metabolic process
1605 Tubulin β-2C chain (447)
TBB2C_HUMAN 4.79;49.8 0.18 Cell motion; Microtubule-based movement; Natural killer cell mediated cytotoxicity; Protein polymerisation