KEGG   Fusarium verticillioides: FVEG_07021
Entry
FVEG_07021        CDS       T04869                                 
Name
(RefSeq) hypothetical protein
  KO
K02365  separase [EC:3.4.22.49]
Organism
fvr  Fusarium verticillioides
Pathway
fvr04111  Cell cycle - yeast
fvr04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:fvr00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    FVEG_07021
   04113 Meiosis - yeast
    FVEG_07021
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:fvr01002]
    FVEG_07021
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:fvr03036]
    FVEG_07021
Enzymes [BR:fvr01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.49  separase
     FVEG_07021
Peptidases and inhibitors [BR:fvr01002]
 Cysteine peptidases
  Family C50: separase family
   FVEG_07021
Chromosome and associated proteins [BR:fvr03036]
 Eukaryotic type
  Sister chromatid separation proteins
   Separase
    FVEG_07021
SSDB
Motif
Pfam: Peptidase_C50 TPR_12 TPR_MalT
Other DBs
NCBI-GeneID: 30064864
NCBI-ProteinID: XP_018752785
UniProt: W7MG43
Position
7:1518135..1524502
AA seq 2090 aa
MGSLQAKADAAKTALASTSTCTTATVVTLKELLLPDIETSYTASQTNSRTASKTTTNSKA
KRTASGKTQTAKSTSEQLSSKDRAALATHVINICIKSLSEAAKPATPATPSKQQASQGDS
KKTSGPRTLRRSLSAPLSPLQPRTLNRVATSPNIAAKAATQAATQSTGCLAAVECARVAF
TCLRSIMGPMQAAQIDFQLENGMSAFISKLLALGFQDQALKELRVLKRRLDAGVNKSTKP
NSTEGQTAAQVILELLDYGDKIPDSLLPIVTGCQIQVLRWIAHSKKPAHIEAVLPLLEES
HVSSPINLLVRLGARNSKEAEKAARQLASLSQILLSLAPSVSSKEDSVATELRLNPSPTS
AFRLQVLCFKIQLRWWKMAGHRGNLEDDILSPFSRCVRAYTRRQPPTNGSTYDLIAASFH
ALMDLVGPQKCQAKASFDSPLTSIYQLLGVAAQTDRQNDAACHWFQKLKDMLEPEEESVI
RMFSISARLLAALLKQSKHDTETQQLVQEVTESLEGSLSGNITDLNELLESLSLARRSAV
GYLVSNSNGPEAKGGTLKLIREHLKTFITKFPRFGRRWLGASPGRDASAKSILQFDQRRE
ILMQSINQIIDGALVVINGDIQADSITWKHMDEVLCDCNKLIDAVLDPTISRARTEQLSG
YFAKISSLYFARYNQMRKDLGKSKQINKEILQCLSRSIEIIQDRPMAQQEKAHMSTKLEL
FADLCKAANRREDAVRTLRSICTNMIEEGALVKVTTALDSQPPSIAWSADDKAEILSRTL
RSIAKLDHSWNDWAFFLPEGERAAVLEHLMHIVGDTAARTERLKLHDPSVQALLRIYTPD
RFPIRRLRVLLQLLFQSIGEENEMDQISNLAGETIQQLDSKDYGDDGALLRYLPHLRALH
KSMSALAVTSAPLPVSALREAIVSWKSMIESCKSRNDVCERIDNPDGLLTHLQSASHFAN
LRGENSLQIEILELSTPLSKILVEPTYNNIILNHTLLASQHLNIGHFSEAKQTLDEIKKL
LDQADGVSRGLVAGFHLTQAEYYSGIGNIDEADSSLAAAKAICNGSASSWALSKSQVNIS
LALSSFLDSVLALKRGRVQDALACVKSSVRILSHDWFKIEATASRAASPGVMNVSTASLD
SVKADAKPGQVIGPRFWALAFPLLRGLLHVSSVYAHLGMYQETIYYAESAQKVAESTGSS
LYRAQVLAWTGSVYHRAGKLTKALDFGNEAFNELPEDISASRVQIACQLGGLFRDSGDED
KARELLQLAEETAQRLGDHGKVLSIQNEVKKTAPVAAKARATAATRATRTATRTTRAKTA
ANPAPRTRKREVVVKVQPSAAEVLQLPKDAYQASLMASVILSRALGFISQKDWASALSIL
EDARELPKLFGTLSQEQVVTAISLIGHSTEQMIHDPVFSVIQDSTISFPAIAASDKTKAS
QGQTPPRKGRTGAAERKNSKETSVPAFAEALKQAQELLLEAHASTLSTANSTMVHRISAL
LQNTAILLSATSTTQSRVLAGSGFATFSVDLARNVTWKREQSTLQTKETAKPADIDSAHN
SRRSSLGLTADMAQFQNNYIDMVPRNWSVVSVSLSDNHHDLCITKFRASHSPFILRLPLE
RANSRDADSDIFNFENGKDEMMEIIRLANETSHSASRDFSVKGAKAAWWAEREALDDRLK
DLLSTIETTWLGGFKGIFSQHERRSDLLARFQKSFQQILDSNLPSRKQGRSKKSAKIPRV
ALDPRVLDLFIGLGDPSDPDSDYDEALNDLLYFVVDILQFHGERNAYDEIDFDAMVVETY
DALRGYYDAAKTGSDRAEGAHTVLVLDKALHAFPWESMPCMEGLAISRVPSLACLRQLIT
ESQPSASDDNSEDRPEGHYVSAEQGTYILNPSKDLVNTQSTFEPIMKGLGSWTGIVNRAP
EEAEFEEALSSSEILLYFGHGSGAQYIRARTIRRLEKCRPATFLMGCSSASLTEAGEFEC
YGPVWNYMMAGCPAVVGTLWDVTDRDIDRFAGRSFEEWGLFPKGTFKENKRVRGKSRASS
EDESESEEDGQVMNNVSLAEAVGRSRGACKFRYLNAAAVVLYGIPVYIKH
NT seq 6273 nt   +upstreamnt  +downstreamnt
atgggttcactgcaggcaaaggccgacgcggccaagacagctctagcctcaacatcaaca
tgcacgactgccaccgtcgtgactcttaaggagctactgctacccgacatcgagacttcg
tacacagcatcacaaaccaattcacgaactgcctccaagacgacgacaaactcaaaggca
aaacgaaccgcgagcggcaaaactcagacagcaaagtctaccagcgagcagctttcatcg
aaagaccgtgcagctctggcaacacatgtaatcaacatttgcatcaagtctctaagcgaa
gctgcgaagcccgccactcctgcgactccgagtaagcaacaagcctctcagggagactcc
aagaaaacctctggccctcgaacgttacgaagatccctatccgcaccgttatcaccgctg
cagccacgaactttgaatcgcgtagctacctcgccaaacatcgccgccaaagcagcaaca
caagccgcaacgcagtctacaggatgtctcgccgctgtcgagtgcgcccgcgtggctttc
acctgtctacgatctattatgggcccaatgcaggcagcacaaatagatttccaactcgag
aatggaatgtcagcattcatcagcaaacttctggcgcttgggtttcaagatcaagcctta
aaggagctgagggtactgaaacgacggctcgatgctggtgttaacaagtcaacgaagcca
aactctaccgaaggacaaacagctgctcaagtcattttggagttgctcgactatggtgat
aagattcccgatagcttgctaccaattgttacaggttgtcaaatccaagtgctgcgatgg
attgcgcattccaagaaaccagctcatatcgaggccgtgctaccacttctcgaggaatct
catgtatcgtcccccatcaacctcttagtgaggttgggggccagaaactcgaaggaagcc
gaaaaggcagcccgacaactagcttcactatctcagattcttctttcactagcacccagt
gtctctagcaaggaagattcagttgcgacagagttaagactaaatccgtctccaacttca
gctttcaggctgcaagtgctctgtttcaagattcagcttagatggtggaagatggctggt
caccgtggaaaccttgaggacgatattctctcgcctttttctcgatgcgttcgcgcatat
actcgacgacaaccacccacgaatggatcaacgtacgatttgattgctgcatccttccac
gcgctcatggatctagttgggccacaaaagtgtcaagccaaggcttcattcgactctccc
ctaacttccatttaccaactgcttggtgtcgcagctcaaacggatcggcaaaacgatgca
gcatgccactggttccagaaactgaaggatatgctagaacctgaagaggaatcagttatt
cgcatgttttctatttcggcccgccttcttgctgcactcttgaagcagtccaagcatgat
accgagacccaacagctggttcaagaggttacagagagcctcgaagggagtttgagtgga
aacatcaccgaccttaatgagctgctagagagtctttcactcgctcgacggtcagccgtt
gggtaccttgtcagcaactcgaatggtccggaagcaaaaggtggcacattgaagttaatc
cgggagcatttgaaaacattcattaccaagtttccacggttcggtcgccgttggctaggc
gcctcccccggcagagacgcttcggccaaatctatcctccagttcgaccaacgacgagag
attttgatgcagtcgatcaatcagattatcgatggcgcgttagtggtcatcaacggcgat
atccaggctgactctattacttggaagcatatggatgaggttctctgcgactgcaacaaa
ttgattgatgctgttctcgatcccacgatttcaagggctcgaacagagcagctcagtggc
tattttgcgaaaatatccagtctgtattttgccaggtataatcaaatgcggaaggacctc
ggcaagtccaaacaaatcaataaggagattcttcagtgtttgagtcgatccattgagatt
attcaggatcggcctatggcccaacaggagaaggctcatatgtcaaccaagctggagttg
tttgccgatctctgcaaggctgcaaaccgacgtgaggacgcagtcagaactctccgatca
atctgcaccaacatgatcgaggagggcgccttggtcaaggtcactacagcactagattct
caacctccgagcattgcttggagtgctgatgataaggcagagatattgtcacgaacacta
cgttcgattgctaagcttgaccactcatggaacgactgggcattctttctacccgagggt
gagcgagctgcagtgctcgagcacttgatgcatatcgtgggagacacggcagccaggaca
gagcgactcaaactgcacgatccatcagtccaggctcttctgcgaatctacacacccgac
cgtttcccaatccggcgtcttcgagttctactccagctgctcttccagtccattggtgaa
gagaacgaaatggatcaaatttccaacttggccggagaaacaattcaacagctggacagc
aaagactatggcgatgacggtgctctgcttcgctatcttccgcatctcagggcattacat
aagtcaatgtctgcattggctgtcactagcgctcctcttccagtgtctgccctgagagaa
gccatcgtctcttggaaatcgatgattgaatcatgcaaatccagaaatgatgtctgtgag
cgaatcgacaatcctgatggtcttctgacacacctccaatctgccagccacttcgccaac
cttcggggtgagaacagtctgcaaattgagatcttagagctatcaacacctctgtccaag
attctggtcgaaccgacctataacaacatcattcttaatcatacacttcttgcatcacaa
catctcaatatcggtcacttctctgaggcgaaacagacactcgatgaaataaagaagctt
ctggaccaagctgacggtgtctctcgtggcctggttgctggatttcatttgacacaagcc
gagtattactctggcatcggtaacatcgatgaagccgattcctcattggcggcagcaaaa
gccatttgcaatggatctgcttcatcgtgggcattgtcaaaatcacaagtcaacatatct
ttggcactcagctcgttcctagactcagttctggctttaaagcgtggtcgggtacaagac
gccctcgcctgcgttaaatccagcgttcgaatcctttcacacgattggttcaagatcgag
gcgacagcatcccgagcagccagtcctggcgttatgaatgtctcaacggctagtctcgat
agtgtcaaggctgatgctaagcctggccaggtgatcggtcctcgattttgggcacttgct
ttcccccttttgcgaggtctcctgcatgtttcttctgtctatgcccaccttggcatgtac
caggagaccatttactacgcagaatctgcccaaaaggttgctgaaagcacaggctcatca
ctctatcgtgcacaggtactcgcttggacaggttccgtctaccaccgagctggaaagcta
accaaggcactcgatttcggcaatgaggcgttcaacgagttaccggaagacatctcagct
tctcgggtacagattgcttgtcaacttggcggcttgtttcgcgatagcggcgacgaagac
aaagcccgtgaactacttcaacttgccgaggaaactgcgcaacgccttggcgatcatgga
aaggtgctaagcatccagaatgaggtgaagaaaacggctccggttgctgccaaagcacga
gcaacagctgctacacgggccactcgaactgccacaaggacgacaagggctaagactgct
gcaaatcctgcaccacgaacccgaaagcgggaggtcgttgtcaaggttcagccatctgct
gcagaggtgctacagctaccaaaagacgcataccaggcttctctaatggcatcggtcatc
ctatcacgggctttaggtttcatcagtcagaaggattgggcttctgctttatcaatttta
gaggatgccagagaactgccaaagctcttcgggactctgtcacaggaacaagtcgtgact
gcaatctctcttatcggtcatagcacagagcagatgattcacgaccctgtattctccgtc
atccaagattcgaccatttcgttccctgccattgctgcttctgacaagacgaaagcttca
cagggccagacgcctccacgtaaaggacgcacaggtgccgctgagcgaaagaattccaag
gaaaccagtgttcctgcattcgctgaagcattgaaacaagcacaagaactacttctcgaa
gctcatgcttcaaccctatcaaccgctaatagcactatggttcatcgcatttcggctttg
ctacagaacacggccattcttctgtcggctacgtctacgacacaatctagggtccttgct
ggctctggatttgcaactttctctgtagacttggctcgtaacgtcacttggaagcgcgag
caaagcactctccaaaccaaagagaccgctaagccagccgatattgactctgcccataac
tcaaggcggtccagccttggactcacagcagacatggcccagtttcaaaataactatatc
gacatggtacctcgcaactggagtgtggtttccgtctccctcagcgacaaccaccatgat
ttgtgtatcactaaattccgggctagtcacagtccattcattctccgactgcctcttgag
cgcgccaattctcgagatgctgactcggatatcttcaacttcgaaaacggaaaggacgag
atgatggagattattcggctcgctaacgagacgagccactctgccagtcgagactttagt
gtcaagggtgcgaaagccgcttggtgggctgagcgagaggcattggatgatcgccttaag
gatcttctgagcactatcgagacaacttggttaggtggcttcaagggtatcttttctcag
cacgaacgccgatcggacctccttgcacgttttcagaagagcttccaacagatactcgac
agtaatctgccttctcgaaagcaaggacgaagcaaaaagtcggctaagatacccagggtg
gcccttgacccacgagtccttgaccttttcatcggtctgggtgatcccagtgatccagac
agtgattatgacgaggctcttaatgacctgctctattttgttgttgacattctccaattc
cacggagaacgcaacgcttatgacgaaattgactttgacgctatggtggtcgagacttat
gacgccctgcgcggctactacgacgcggctaagacgggatctgaccgagcagaaggggct
cacactgttttggttcttgacaaggccctccatgcttttccctgggaatcaatgccctgc
atggaaggacttgcaatttcgcgtgtaccttcattggcctgcttaaggcaacttattacg
gaatcacaaccatcggcgagcgatgataattctgaagacagaccagagggccactacgtg
tctgccgagcaaggtacctatatcttgaacccctcgaaagacctggtcaacacacagtct
acctttgagccgattatgaagggccttggcagctggacaggcattgttaatcgtgctcct
gaagaagctgagtttgaagaagccttgtcaagctctgagattctcctctactttggacac
ggaagcggcgcgcagtatattcgggcacgcacgatccggcgtctagaaaaatgcaggcca
gccactttcctgatgggctgcagctctgcgtcgctaacagaagccggagagtttgagtgc
tacggcccagtgtggaactacatgatggctggatgtccagctgtggtgggtacgctatgg
gacgtgacggatagggacattgatcggttcgcgggccgatcgtttgaggaatggggactg
ttccccaagggcacgttcaaggagaataagcgagtcaggggcaagagtcgggcctcgagc
gaggacgagagtgagtcggaggaagacggtcaagtaatgaacaacgtgtcactggccgag
gcggttgggcggtcccggggggcttgcaagttccggtacctcaatgctgcggcggtggta
ctgtatggcatcccggtgtacatcaagcactga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (18)   

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