Table 3

List of complexes significantly represented in the phylogenetically distinct module cores

Function
Cores (rcc ≥ 5)
Complexes

Cell fate
6 (2)
Actin-associated motor protein, 431
Energy
4 (2)
47, 346, Serine/threonine phosphoprotein phosphatase
Metabolism
9 (3)
521, GGTase II, OT



Cellular transport
2 (2)
Class C Vps, 239, 77, AP-3, AP-2
Cell cycle
7 (4)
Tubulins, CA, AP, 3, OR, SCF-GRR1, SCF-CDC4, RI
Protein fate
10 (5)
Vps, Class C Vps, 71, 77, FT, GGTase I, 168, 651, OT, AP, 23
Transport facilitation
1 (1)
TOM
Cell environment
4 (3)
STE5-MAPK, Kel1p/Kel2p, 521



Protein synthesis
5 (2)
elF3, elF2B, elF2, 340, 339, 613
Cell rescue
3 (3)
No complexes
Signaling
2 (1)
167, 308, 521
Cell organization
9 (6)
272, 5, 71, 289, casein kinase II, 181, 167, Gim
Transcription
9 (6)
154, RM, RP, Ma, Cbf, Mb, 126, NSP1, TF, 178, CPK, 634, 160, CF

Numbers correspond to those complexes found by systematic analysis as described in MIPS [23]. Abbreviations: AP, anaphase-promoting complex; CA, chromatin-assembly complex; Cbf, Cbf1/Met4/Met28; CF, core factor; CPK, cAMP-dependent protein kinase; FT, farnesyltransferase; GGTase I, geranylgeranyltransferase I; GGTase II, geranylgeranyltransferase II; Ma, Met4/Met28/Met32; Mb, Met4/Met28/Met31; OR, origin-recognition complex; OT, oligosaccharyltransferase; RI, replication initiation complex; RM, RNase MRP; RP, RNase P; TF, TFIIIC; TOM, transport across the outer membrane complex; Vps, Vps35/Vps29/Vps2. Here, rcc is the ratio between the number of complex components being part of a core and the total number of complex constituents.

Poyatos and Hurst Genome Biology 2004 5:R93   doi:10.1186/gb-2004-5-11-r93