KEGG T00005: YDR325W

Saccharomyces cerevisiae (budding yeast): YDR325W

Entry

YDR325W CDS T00005

Gene name

YCG1, TIE1, YCS5

Definition

Ycg1p

Orthology

K06678

condensin complex subunit 3

Organism

sce Saccharomyces cerevisiae (budding yeast)

Pathway

sce04111

Cell cycle - yeast

Class

Cellular Processes; Cell growth and death; Cell cycle - yeast [PATH:sce04111]

SSDB

Motif

Pfam:

Cnd3 HEAT_2

Other DBs

NCBI-GI:

NCBI-GeneID:

SGD:

MIPS:

UniProt:

Position

IV:1117126..1120233

AA seq 1035 aa
MQDPDGIDINTKIFNSVAEVFQKAQGSYAGHRKHIAVLKKIQSKAVEQGYEDAFNFWFDK
LVTKILPLKKNEIIGDRIVKLVAAFIASLERELILAKKQNYKLTNDEEGIFSRFVDQFIR
HVLRGVESPDKNVRFRVLQLLAVIMDNIGEIDESLFNLLILSLNKRIYDREPTVRIQAVF
CLTKFQDEEQTEHLTELSDNEENFEATRTLVASIQNDPSAEVRRAAMLNLINDNNTRPYI
LERARDVNIVNRRLVYSRILKSMGRKCFDDIEPHIFDQLIEWGLEDRELSVRNACKRLIA
HDWLNALDGDLIELLEKLDVSRSSVCVKAIEALFQSRPDILSKIKFPESIWKDFTVEIAF
LFRAIYLYCLDNNITEMLEENFPEASKLSEHLNHYILLRYHHNDISNDSQSHFDYNTLEF
IIEQLSIAAERYDYSDEVGRRSMLTVVRNMLALTTLSEPLIKIGIRVMKSLSINEKDFVT
MAIEIINDIRDDDIEKQEQEEKIKSKKINRRNETSVDEEDENGTHNDEVNEDEEDDNISS
FHSAVENLVQGNGNVSESDIINNLPPEKEASSATIVLCLTRSSYMLELVNTPLTENILIA
SLMDTLITPAVRNTAPNIRELGVKNLGLCCLLDVKLAIDNMYILGMCVSKGNASLKYIAL
QVIVDIFSVHGNTVVDGEGKVDSISLHKIFYKVLKNNGLPECQVIAAEGLCKLFLADVFT
DDDLFETLVLSYFSPINSSNEALVQAFAFCIPVYCFSHPAHQQRMSRTAADILLRLCVLW
DDLQSSVIPEVDREAMLKPNIIFQQLLFWTDPRNLVNQTGSTKKDTVQLTFLIDVLKIYA
QIEKKEIKKMIITNINAIFLSSEQDYSTLKELLEYSDDIAENDNLDNVSKNALDKLRNNL
NSLIEEINERSETQTKDENNTANDQYSSILGNSFNKSSNDTIEHAADITDGNNTELTKTT
VNISAVDNTTEQSNSRKRTRSEAEQIDTSKNLENMSIQDTSTVAKNVSFVLPDEKSDAMS
IDEEDKDSESFSEVC

NT seq 3108 nt +upstreamnt +downstreamnt
atgcaagatcctgatggtattgacattaatacgaaaatctttaactcagttgctgaagta
tttcaaaaggcacagggttcttatgcaggacacaggaagcatatagcagttttgaagaaa
attcagtcaaaggctgttgagcaaggctatgaagatgcttttaacttttggttcgataaa
ttagttactaagatccttcctctgaaaaagaatgagattatcggagacaggatagtaaag
ttagtagctgcatttatagcttctttagaaagggagttgatattggccaaaaaacaaaac
tataagctcacgaatgatgaagaagggatattctcaaggttcgtcgatcagttcataaga
catgttttgcgtggtgtggaaagccctgacaagaacgtcagatttagagttttacagtta
ttagccgttataatggataatataggggaaatcgatgaatcacttttcaatttattaata
ttgtctttaaataagaggatttatgatagagaaccaacggttaggatacaggctgtgttt
tgtttaactaaatttcaggatgaagagcaaactgaacatttaactgagctttctgataat
gaagaaaattttgaagctacgagaactctagttgcttctatccagaacgatccgtcagct
gaagtacggagggctgcaatgctgaatttgatcaatgataataatactagaccgtatatc
ttggagagggctagagatgtaaacatcgttaatagaaggctcgtgtattcgagaattttg
aaatcaatgggaagaaagtgtttcgatgatattgagccgcatatttttgatcaattgatt
gagtggggtttagaagatagggaattatcagtgagaaatgcgtgtaagagactcattgct
catgattggttaaatgctctggatggcgatttgatagaattactagaaaaattggatgtc
tcaagatcctcagtgtgtgttaaggctatagaagcactttttcaatcaaggccagatata
ttatctaaaatcaaatttcctgaaagtatttggaaagactttaccgtagaaattgccttc
ctctttcgggctatttatttgtactgtttggataataatataacagaaatgctggaagaa
aactttccagaagcctcaaaattatccgagcatttaaaccattatattcttctcagatat
catcacaacgacatttctaatgactctcagtcgcattttgattataacactttagagttt
attattgagcaactatcgattgccgccgaaaggtatgattatagcgatgaggttggaagg
agatcgatgcttacagtggtacgaaatatgctggccttaactacactctccgaacctctt
attaaaattggtattcgtgtaatgaaaagtctgtccataaatgaaaaagattttgtaaca
atggcaatagaaatcattaatgatattagagacgacgatattgaaaaacaagaacaagaa
gagaaaataaaaagcaagaagattaatcgcagaaatgagacttccgtcgatgaagaggac
gaaaacggcacacataatgacgaagttaacgaggatgaagaagacgacaatatttcatcc
ttccattctgctgtagaaaacttagtgcagggaaacggcaacgtatctgagagtgacata
ataaataatctcccacccgaaaaggaagcgtcctcagcaacaattgttctctgtcttaca
aggtcatcatatatgctagaactagttaacacaccgttaacagaaaacattttaattgcg
tcgttgatggacactttgatcacaccagcggttagaaataccgcgccaaatattagggag
cttggtgtcaagaaccttggtttatgttgtctcttggatgtgaagttggctattgataac
atgtacatcttaggtatgtgcgtttcgaaaggtaatgcatcattaaagtatattgcgtta
caagtcattgtagatattttttccgtacatgggaacactgtggtagacggagaaggcaaa
gttgactcaatctcgttgcacaaaatattttacaaggttttaaagaataacggtttaccg
gaatgtcaggtgatagcagcggagggtttatgcaaactatttttggcagacgtgttcact
gatgatgatttgtttgaaacgttggttttgtcatatttttcgccgataaattcctcaaac
gaagcgctggtacaggcatttgccttctgcattccagtctattgtttttcacatcctgct
catcaacaacgtatgtctaggacggctgcggacatactcttaagactatgtgttctttgg
gacgatttacagagctctgtaatacctgaggtagaccgtgaagctatgctaaagcctaac
ataatatttcaacagttgctattttggactgatccacgtaacttagttaaccagacaggt
tcaacaaaaaaagatacagtgcagcttacattcttgatcgatgtgctcaaaatatacgct
caaattgagaagaaagaaataaagaagatgatcatcactaatataaacgctatatttctt
tcttctgaacaagattattctactttgaaagaacttcttgagtattctgacgatattgca
gaaaatgataatttagacaatgttagcaaaaatgctctggacaagctaaggaataatttg
aattcgctgattgaagagatcaatgaaaggtcagaaactcagacaaaagatgagaacaac
actgcgaatgaccaatactcgtctattttggggaattcattcaataaatcttcaaatgac
accatagaacacgctgctgatataactgatggaaataacacagaattgactaaaacaact
gttaatatttcggcagttgacaatacaacagagcaaagtaactcaaggaaaagaacgaga
tcagaagcggagcaaattgacacatccaaaaacctggaaaacatgagtattcaagacacg
tcaactgtagcaaaaaatgtaagttttgttttacctgacgagaaatcagatgcaatgtcc
atagatgaagaagataaggattcagagtctttcagcgaggtctgttaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   MIPS-SCE (1)   
   OC (1)   
   SGD-SCE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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