KEGG T01023: PICST

Scheffersomyces stipitis: PICST_28228

Entry

PICST_28228 CDS T01023

Gene name

ESP1

Definition

separin protein

Orthology

K02365

separase [EC:3.4.22.49]

Organism

pic Scheffersomyces stipitis

Pathway

pic04111	Cell cycle - yeast
pic04113	Meiosis - yeast

Class

Cellular Processes; Cell growth and death; Cell cycle - yeast [PATH:pic04111]
Cellular Processes; Cell growth and death; Meiosis - yeast [PATH:pic04113]

SSDB

Motif

Pfam:

Peptidase_C50

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

AA seq 1608 aa
MANDRMEAEIATFIAGHVSARSGLPNTKNWTSSQILDLQRAANSLITNSFSGKSETNFDI
DSISRCFQCLYMIPSTDEVSVLKKNQLFVIKLIERKQYKMAWIELHRLSHILNRVVNSVE
TGENSPIGNIPLTVDILDGIPYVECIVNETLVNSIIGIIVAHHFLCLQNVLLYLSSNVKG
VSAGVDPLLKLSMFENVNSFFQSNSNFMHWIVLSSQLAPENIAKYTKNAIKMLNGYIKII
EILARNSKVPILKECRMNLNSTLNELASGLVLGGTRPRKRQRLEPNSVITVQEITSTAHE
VHECLLSLAESPSSILLDQLNIRLMEASHDLLNHDTIVKAMAAYNLQNDSFSRTYVKIIL
SAFATRSGHLKSLGKLHLELIDSFTIFVKDLLPRSEDSAILTSIISQLYTILNPFNHYKR
LRNLSNLLYLVGNKWQNVEAWKWSIKYELNITLNESDYISFNTKASKVCNMLLVLGYNDE
SSRLLLSVLEKNQNLQAQLSLSGSLLLQVVYKCISQDDKFPRLVFGNNSLSDDFKLALVF
DIFRVLEKSEDVSNKSDSANKIVQEVTFQNDDYKSISVYYYYNVNGLSSYLDIKIPTTKN
SLLNCGLILQKLINIEFSESQLVNCIHLFEIWLMTPTKVINTYEQNIIITFLHYLKYNGC
TGHLIRIISTFKIKSVSLDPQLKLLLESELCSAISQLSLYNDVSNSLIDLKSNLKANNAT
SLTQILSFNILQLEYCIGTGHIKAAKEKFEKILSILSAREEFQLNSNARLSAVDKFNNLL
LVAKFQAASAKLNIALNQPVASYNNLRMAIKLLYSIVIKCGPNMPKELYYQIKWETSNLL
SDSYKRIIVVLKRIGITRDSLFYQNELKKINEQTSAPLINCINYFEILLFNIFMDRHEDR
EILLSKLDDLLGQRIVSTNLSVKFFKNIANGILKLNGKSITLPHFSTLDEIPYSELVSMY
RLDYTQEKTFEYLTSLYTKESPVVFDVDDSIPSKILQIKKQVDELFFKMKSHPQFKFLSQ
VPQCLPSVHEGGKNMQFADSTILNDFLAIKERIMECIAREDFVGLAIYELKDISFVLFRC
LHIISSITIYLPKSSLLEDCYYLQDLVKALPVNNDRLLNRDSKSSNQLLPEPISHSIESF
DSKSLEFATELSMQLPSSWSVITLDICPYSGDILLSRYIKGKHPWFLRLPISRYHDRSPR
TSVISFQEMETQFKEIIRQSDLSTKSSTTSKIHTKEERKNWWRLRFSLDLKMKDLLDHIS
DYWFGGFKGLFFNYDEDAVFQKFKTDFLKIINNLLPSRVSETGPFSQLDDNIILLFYSLP
SYDVEAVDDLIIFLVDTLNFHGEHNDFSSIRMDQLHNSLEVLFDKYFSLRSPCSREHIVI
VPSSNCTFFPWESLGFLSDKSISRVTSVRLLLGLLKNGELHASRNSGNAYYLVNPGGDLK
RTEERFQPIFESKKGWKGSVGKQPEEEELLSGIINSDLFVYLGHGGCEQYLRASTLFRKC
LPNGPFLPPTLLIGCSSGALQMNGILEPYGNIFNWLACGTPSVLVNLWDVTDKDIDQFSE
SVFEKWGLLHTYSNSLNLAEAVSKSRSTCTLKYLNGSAPVVYGLPLRI

NT seq 4827 nt +upstreamnt +downstreamnt
atggcaaatgatagaatggaagctgaaatagcgacgtttattgctggacatgtttcggcc
agatcgggacttccaaacacaaagaattggacttcttctcaaatcttggaccttcaacga
gctgctaattctttaataacaaactccttttcaggaaaaagcgagacaaatttcgacatt
gacagcatttctcgctgtttccagtgtttgtatatgattccaagcacagatgaggtttct
gtattgaaaaagaaccaactatttgtcatcaagttgatagagcggaaacagtataaaatg
gcctggatcgagctccatcgcctctcacatattcttaatagggtggtaaactctgtagaa
actggtgaaaattctcctattggcaacataccccttacagtggatatccttgatggaatt
ccctacgttgaatgcattgtaaatgagactttggttaacctgatcatcggcataatcgtg
gcccaccactttttatgcctccagaatgtacttctttatctttccagtaatgtcaaggga
gtttccgcaggtgtggatccgcttttaaaactctctatgtttgaaaatgtcaattccttt
tttcaatccaatagcaatttcatgcactggatagtgctatctagtcaactagctccagaa
aatatagcgaaatacaccaagaatgcaatcaaaatgctaaatggatacataaagattatc
gaaatattggctcgcaacctgaaagtgccaatactaaaggaatgtagaatgaacttgaat
tctacattaaacgaattggcatcgggattagtgctcggaggcactcgtcctcgaaaaaga
caaagactcgaaccgaacagcgtaatcacagtccaagaaattacttccacagcacatgaa
gtccatgaatgcttgttatcgttagcagaatccccatcgtcaatactattggatcaatta
aacataagattgatggaagcatcgcacgatttgttaaaccatgataccattgttaaggca
atggcagcatataacttacagaacgattcattttcgcgtacctatgtcaaaatcatactt
tcagcatttgcaactaggagtggccacttaaaaagtcttgggaaattgcacctagaactc
attgattcattcacaattttcgtcaaggacttgttaccaagatctgaggattcggccatt
ttaacatccatcatttctcagttatatacaatccttaatccattcaaccactataaacgt
ttgcggaatctttccaatttgttgtacctcgtaggtaacaagtggcaaaatgtggaagca
tggaaatggtcgatcaagtacgaacttaatatcacccttaacgagtcagattatatatct
ttcaacacaaaggcactgaaagtctgcaacatgttgcttgttttgggttacaatgacgaa
tcttcccgtttgcttctaagtgtattagaaaaaaaccaaaatcttcaagctcaactttcg
ctttctggaagtcttcttttacaagttgtctacaaatgtatctcccaagatgacaagttt
ccgcgtctagtatttggcaacaactctctttcagatgattttaaattggctcttgtattc
gatatatttagagtacttgaaaaatcggaagatgtttctaataaatcggattctgcgaac
aaaattgttcaagaagttacgtttcaaaatgatgactacaagctgatatcggtgtattat
tattacaatgtgaatggcctctcgctgtatctcgacatcaaaatcccaactactaagaat
agtttgcttaattgtggattgattttacaaaaattgatcaatattgaattcagtgaatcc
caattagttaactgtattcatttatttgaaatttggctaatgaccccaaccaaagttatc
aacacatatgagcaaaatataataattacattcttacattatttgaagtacaacggttgt
acaggacatcttattcgcataatcagcacttttaagatcaagagtgtaagcttggatcca
caattaaaactccttctcgagtcagaactttgtctggcaatttcccagttatctttgtac
aatgatgtttcgaattctttgatagatttgaaatctaacttgaaggcaaataatgcaacc
tctctcacccaaatcttgtcgtttaacattcttcaacttgaatattgtattggcactggg
catataaaagctgccaaagagaagtttgaaaagatattgagtatattatcggcaagggaa
gagtttcagttgaattcgaatgcaaggctatcagccgttgacaagttcaataatttgttg
cttgtggccaaatttcaagcagcatcagctaagctcaatattgcccttaatcagccagtt
gcttcatataacaatctaaggatggctataaagttgttgtattcaattgttattaaatgt
ggtcctaacatgccaaaggaactttattatcaaattaaatgggaaacttcaaatctactt
ctggattcgtacaagagaattattgtggtgttaaagagaatcggaattaccagggatagc
ttgttctatcagaatgaactcaaaaagataaatgaacagactctggcaccgctcatcaac
tgcataaattatttcgagatattgctattcaacattttcatggatcgtcatgaagatcgg
gagattcttctttcaaagctagatgatttattaggtcaaagaattgtttctacgaacttg
tcggtgaagtttttcaagaatatagccaatggaattttgaaattgaatggaaaatcgatc
actcttcctcatttcagcactttggatgagataccctactccgaattggtgtctatgtat
cggttggactatactcaagagaaaacgtttgagtatttaacatctttgtacactaaagaa
agtccagtggtcttcgatgtagacgatctgattccatcaaaaattcttcagataaagaag
caagttgatgagttatttttcaagatgaaatctcatcctcaattcaaattcctcctgcaa
gtgccccagtgtcttccaagtgttcatgaaggaggcaaaaatatgcaattcgcagattcg
acaattttgaatgatttcttggctattaaagaacgtataatggaatgtattgccagagag
gactttgttggacttgcaatctatgaattgaaagatataagctttgttcttttcaggtgc
ttgcacatcatttcatctataacaatctatcttccaaagagtagtttattagaagactgc
tattatttgcaagatttggtcaaagcacttccagttaacaatgatcgactcttgaatcgt
gacagcaaaagttcaaaccagttacttcccgaacctatatcgcattcaattgaaagtttt
gattccaagtcgttagaatttgcaacagaactttccatgcaacttcccctgagttggtct
gttatcacattggacatttgtccttattctggggatattttgctttctagatatatcaaa
ggaaaacatccatggtttcttagactaccaattagcagatatcatgataggtcgccacgg
acttctgtgatatcatttcaagagatggaaacacaatttaaagaaataattcggcaaagt
gacctttctactaaatcatcaactacatctaaaattcacacaaaagaagaaagaaaaaac
tggtggaggttgaggttcagtttagacttgaagatgaaagatttattggatcatatatca
gactattggtttggagggtttaaaggcttatttttcaattacgatgaggatgctgttttt
caaaaattcaaaactgatttcttgaagataataaataatcttttgccgtcgcgtgtttca
gagactggtccgttctcacaattagatgataatataatccttttgttttacagtttgcca
agttatgacgttgaagctgttgacgatttaattatcttcttggttgacaccctcaacttt
catggagagcacaatgacttttcctccattagaatggatcagttgcataattcattggaa
gtcttattcgataagtatttcagtttacgatccccatgttctagggaacatattgtgatt
gttcctagctcaaattgtactttctttccatgggagtcgttgggttttctttcagacaaa
tccatttcaagagttacttcagttagactcttgcttggtttattgaaaaatggtgaatta
catgcttcaagaaattcaggtaatgcatactacttggtaaatccaggaggtgatctaaaa
aggactgaagaaaggtttcaaccaatttttgagagtaagaaaggttggaagggaagtgtg
ggcaagcagccagaggaagaggagctcttgagtggtataataaacagtgatctatttgta
tatctcggtcatggggggtgtgagcaatacttaagagcatctactctattcaggaaatgt
ttaccaaacgggccgttcttacccccaactttactaattggttgttcatctggtgctttg
caaatgaatggaatcctagaaccatatgggaatatttttaactggttagcctgtggtacc
cccagtgtacttgtgaatctatgggacgttactgacaaggatatcgatcagtttagcgag
tctgtctttgaaaaatggggattgttgcatacttacagcaattccttgaatctcgccgaa
gctgtcagtaagagtaggtctacatgtactttgaaatatttgaacgggtctgcacctgtt
gtttatgggttgccattgagaatatag

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-PIC (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (13)   

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