KEGG   Uncinocarpus reesii: UREG_01885
Entry
UREG_01885        CDS       T01132                                 
Name
(RefSeq) hypothetical protein
  KO
K02365  separase [EC:3.4.22.49]
Organism
ure  Uncinocarpus reesii
Pathway
ure04111  Cell cycle - yeast
ure04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:ure00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    UREG_01885
   04113 Meiosis - yeast
    UREG_01885
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ure01002]
    UREG_01885
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ure03036]
    UREG_01885
Enzymes [BR:ure01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.49  separase
     UREG_01885
Peptidases and inhibitors [BR:ure01002]
 Cysteine peptidases
  Family C50: separase family
   UREG_01885
Chromosome and associated proteins [BR:ure03036]
 Eukaryotic type
  Sister chromatid separation proteins
   Separase
    UREG_01885
SSDB
Motif
Pfam: Peptidase_C50
Other DBs
NCBI-GeneID: 8438522
NCBI-ProteinID: XP_002542369
UniProt: C4JJS8
AA seq 1872 aa
MSKLPSGSLVDTVKSSVLNPANCTNETVSLLRKLLAAADDELKPTPRKYTKAVKATSNRR
PTRAGTSRATEKVTVFQGRAEPPVPSLSRQEQIALATEVFNISSKTLSEHIKLQPPRPLI
REQTKNAATKAPLSPKKPLQPTSPNKTTRPTAEIKKASQRLDKRNTVASGISTIAESAVL
ALSSLRHLKQSESQKRELNLQLEQGLCILVGKLFAAGLKDMAIGELRILKSRINSYFGEE
SSRRTSTNGNGPEKLEDLVLIPQIPEDGMVLQLLISFQNLVIRAIIAEGQALTIQKTLDY
LILSQPCSPPNLILAAHKAGTITADKAAQQLQALSSTVLSLAALTTPPAEGNTSATKTRV
RPAVTVGLQILSMEIRCLWWKIAGHKYDSDKELWSPLARYFTGLARRCPNIKKADFENIK
QAFLRLKSSLKLNGHEVRVQNLKSVSLSIVLRILGQLAYTAGCPSEAIEFCKAAAACLTA
SQPMQLAICCCKIAFFQIEISKGSFSGNIQTIQAAIAEAAKNLSAPLKGNLVDLDELFME
AAKLKKLIMKMTGMVVESVSSDIDGLWLSVVEYMVSFARFLNRYLGPLPLDADADSRNLF
MQRLDACRNIAIAAIDSSVALGKISLGTERPSWRSLEPLLTDCFALLNRLNDPCIGDEQT
SKSASSSLLRLSNLYWSRYATQKEAGKSPFELVPLLERSINALSHCAPAEQASGFIPIKL
ERLATIYSEVGHEGKAELNYSSSIRAHIKAGALTFVSGHSAQKPNRDIWKAPESPAFALG
RVLSSYIKARLKHVHRTVEFVYDDETLDAECRAALLEHQTTILAEIFAVNPSDTLSQGLV
SVISQLLSICPLDGLPYQRSRVVLFTLRLILESTIDPHIGFCQLLAKEAQECLSKLPRLA
AGQTSYPYLEDLTTSLRLTLGFYRENLTIDDMQTVVQSWTKMSQTWTTWESVEARIFDTQ
IWISQLRSLVDYLEVKGHWTLQITVLSIFENVLELQEKRNHSLLVTSLSMIGLQFSRLGL
AEKADDALTKAKALIKHQAICPSVVVFWHVVYAEYLIETGDSENSLEILQGAREIFDTSF
ANIAKNSMRIRNFLDRIGIDAAYLLSRITFAEGKMDQAIFYAKNAVKLSIRLWGRLEKYA
GLNKKGDSVKEGVDTIADKLSTLNLSTGSVKLVKGYRTGAIYWPYFSSHCTALRQLSRIS
AYNGLYQEAVYYGQLALDAAKALGASFIAAFIKAELGSYNIRCNELEKGQQLLEEANSDS
ATADRSIHKIAVTYHLSALHKYTGELEEEYQMLDECNKALMECFQHENNPLACQLDGRVA
EVQNNLEKLTIETKMVSMPQSKAKRNNQPRKPNKRPEKTLATKTTRGQEILRPSLVSQFR
CEVLHRQVAAMISSQRFQDASDLLNEIEKLPISKNGLVAQCLHRASLHLNEAVHKLLSHA
VYCVLPESCIALLSIQTTGSMSNQPPLTSTAHVSKTPKTPKQSALGSKKPSRLVREDFTD
ILSTANQSLHSTFPLAVTHDSTMNVHLLSYLTSRVSALSYATSKGGIAVDPSCTVQYKEA
GQNSAFLREHCFISADKQLSATPKLSTWPLTPDTSSNSDSLQFSTFTEEYIDILPDKWNV
ISISLGVERNEFLISKLRAHEAPFMLCLPLRRSDSEDDDETGFSFEDGKQELQEIIRLAN
KSAHDTRARVDRKAKKEWWANREVLDTRLKDLLHNMENIWFGGFRGIFSQKPKNEVLLSR
FVESFEKTLDKHLPSRRTTRGKAKHPRFTLDQNIMELFVNIGKLSDEDDPEESVMDLLYF
VVDALQFQGERNAEKREHWLGFKLIDKMERISSIPAATSNRRKISFRLPSLDWMVGRALS
RRIQARKSSNKR
NT seq 5619 nt   +upstreamnt  +downstreamnt
atgtcaaaattaccctcaggctcactggttgatacagtgaaaagctccgttctgaatccg
gcaaactgcaccaacgagactgtttctctcttgcgaaagcttctcgcggccgccgatgac
gaacttaagcctacaccgcgcaaatatacgaaagctgtcaaagctacctccaatcgtcgg
ccaacaagggctggaacctctcgagctactgaaaaagtaacagttttccaaggtcgagcc
gaacctccggtcccgtcgctttcgagacaagaacaaatcgccctcgcgactgaggtattc
aatatttcgtcaaagacgctttcagagcacatcaagctccaaccccctcgaccgttaatt
agagagcagacaaaaaatgcagctacgaaagctccgttgtcccctaaaaagccgctacag
cctacttctccaaacaaaaccactcgaccaacagccgaaatcaaaaaagcatcccaacga
ttagataaacggaatactgtggccagcggtatctctacaattgcagagtccgccgtattg
gctttgtcaagccttcggcatttaaagcaaagcgagagtcaaaagcgagaactaaacctc
caattggaacaagggctttgtattttggtcgggaaactattcgctgctggccttaaggat
atggcgattggtgaattgcggatattgaaaagcagaattaattcatactttggcgaagaa
agctcgaggagaacaagtactaatggaaatgggcccgagaaactggaggatcttgtcctg
atccctcaaattccggaagatggaatggtgctacaactgttgatttcttttcaaaattta
gtaataagggccattatcgctgagggtcaggcacttaccatacagaaaaccttggattac
cttatcctatcccagccttgcagtccccctaatttgattcttgccgcgcataaagctggt
acgattacggcagataaggccgcacagcaactacaagccctgtccagtacagttctgtct
ctcgcagctttaacaacgccacctgctgaaggaaacacctccgccacgaaaactcgggtc
aggcccgccgtgaccgttggccttcagattctttctatggaaatcagatgcttgtggtgg
aagattgctggacacaaatacgacagtgataaggagctatggagccctcttgctagatac
ttcaccggattagcgcgacgttgtccaaacatcaaaaaagctgattttgaaaatatcaag
caagcgtttctacggcttaaatcgagcttgaagttgaacggccacgaagtcagggttcaa
aatcttaaatcagtctcactatccatagtcctgcgaattcttgggcagttggcatatacg
gccggttgcccttccgaggcaattgagttctgcaaggccgcggctgcttgtcttaccgca
tcacagccaatgcaattggccatatgctgttgcaaaatcgccttctttcagattgaaatt
tcaaagggctctttttcgggcaatatacagacgatacaagcggccatagctgaagcagcg
aagaatttgagcgccccattaaaagggaatttggttgacctggacgaattattcatggaa
gctgcgaaacttaagaagctgattatgaagatgactggcatggtggttgagagcgtatca
tccgatatcgacggtttatggcttagtgtcgtcgagtatatggtgagcttcgctcgcttt
cttaaccgctatttgggcccgctccctctcgatgcggatgccgattctaggaatcttttt
atgcagcgactcgatgcttgcaggaacattgctattgcggccatcgactccagtgtagca
ttgggcaagatatccttgggtacagaacgcccttcttggcgaagcctagagccgctcctg
accgattgttttgctctccttaaccgtctcaatgatccttgtatcggtgacgagcagact
tccaagagtgcatcgtctagccttctaagattatcgaacctttattggtcccggtatgca
acacaaaaagaagcaggaaaatcaccttttgaacttgttcccctccttgagcggtcaata
aatgctttgagtcattgcgcgccggcagagcaggcttctggcttcatcccgatcaagttg
gaacgactcgcgaccatttattctgaggtagggcatgaaggaaaagcggagcttaattat
tcttcttcaattcgcgcgcatatcaaagctggagctttgacatttgttagcggccactcc
gctcagaaacccaatcgtgatatctggaaagctcccgaaagcccagcatttgcgttgggc
cgtgtgctcagtagctacatcaaagcgaggctgaaacatgtccatagaactgttgagttt
gtatacgatgatgaaacacttgatgctgaatgcagagccgcattgcttgaacaccaaaca
acgatcctagccgaaatatttgctgttaacccatcggatacattatcccaaggcctcgtt
tctgtgatatcccaactgctatcaatatgcccgttagatgggttgccctatcaacggtcc
agagttgttctgttcactctgaggctgattttggaatctaccatagatccccatattggt
ttttgccaactgcttgcaaaggaagcgcaagaatgtctatctaaactcccaagactagcc
gcaggtcaaacttcgtacccatatctagaagatctcacgacttcgcttcgactaactctt
gggttttaccgtgaaaatttaactatagatgacatgcaaacagtcgttcaatcctggacc
aaaatgtcgcaaacctggacaacatgggaatcggtagaagcaagaatttttgacacccaa
atttggatttcccagctccgaagtcttgtcgactacttggaagttaagggacattggacg
ctacaaataaccgtactctcgattttcgaaaatgttctggaacttcaggaaaagcgaaat
cactccctgcttgtgacctcgttgtctatgatcggcctccaattcagccgcctcggactc
gctgagaaagctgatgacgctctgaccaaggcgaaagcactgatcaaacaccaagctata
tgtccatcagttgtggtattctggcatgttgtctacgcggaatatctcattgagacgggt
gactcggagaatagtttggagattctccagggcgctcgagagatattcgatactagcttt
gctaacatcgccaaaaactccatgcggatacgcaattttcttgacaggataggtattgac
gcggcataccttctatcgcggataacatttgccgaaggaaagatggaccaagctatcttt
tacgctaagaatgctgtgaaactaagcattaggctttgggggagactggagaaatatgcg
ggtttgaacaaaaagggtgatagtgttaaggaaggggttgatacgattgccgataaactc
tctactttgaatctatcaactggcagcgtgaaactggtcaaaggttaccgcacaggagct
atatactggccttacttttcgtcccactgtactgccctgcgacaattatcccggatctcg
gcttacaatggtttgtaccaggaagccgtttactacggacaactagctctagatgcagcc
aaagctctcggagcaagtttcatagccgcctttatcaaagcagagctgggtagctacaat
atccgttgcaacgaacttgagaaggggcaacaattactggaagaagcaaactccgattct
gctacagctgaccgaagtattcacaagatcgcggttacttaccacctgtcagcgcttcac
aaatacaccggcgagcttgaagaggaatatcaaatgcttgatgagtgcaataaagcgtta
atggagtgttttcagcacgaaaataacccattagcgtgtcaacttgatgggcgggttgcc
gaagttcagaacaacctcgagaagctaacaattgagacgaagatggtttctatgccgcag
agtaaagctaaacgcaacaatcagcccaggaaaccgaacaaacgaccggaaaaaaccctt
gctacgaaaactactagaggacaagaaattctcagaccgtccttggtctcacaatttcgt
tgcgaagtacttcatcgacaagtagctgccatgatatccagccagcgattccaagatgcc
tcggatcttttaaacgaaattgagaagcttccgatttccaagaatggcctggtggcccag
tgcttacacagagccagcctgcacttgaatgaggccgtccacaagcttcttagccacgcg
gtttattgtgtgcttcccgaatcttgcatcgccctcctctcaattcagaccacgggttca
atgagcaatcagccgccacttacatcaactgcgcatgtttccaaaaccccaaagactcct
aaacagtcggcgttgggatccaagaagcctagtcgacttgttagggaagattttaccgac
attctatcaacagccaaccagtcccttcattccactttcccattggcagtgacacatgat
tcaactatgaacgttcaccttctttcttatttaacaagcagggtatcagctctttcatat
gcaacctcgaaaggcggcatagctgtcgacccgagttgtaccgtgcaatataaggaggct
gggcaaaattccgcttttcttcgggagcattgttttatcagcgcagataaacagttgagc
gcaactccgaagttgtcaacatggcctttgactccagatacaagctcgaattcagactcc
ttacaattttctacatttacagaagagtatatcgacatcctgcctgacaaatggaatgtt
atttcgatcagtctgggagttgaacgcaatgaatttctaatatcgaaacttcgtgcacac
gaggcaccatttatgctatgccttcctctccggcggagcgattcagaagatgatgatgaa
acggggttttctttcgaagacgggaaacaggagctacaagaaattataagattggccaat
aaaagcgcccatgatacccgtgctcgcgtggatagaaaggccaaaaaggaatggtgggct
aaccgagaagttctggatacgcgcttgaaggatctactccataatatggaaaatatatgg
tttgggggtttccgaggaatcttctcgcaaaagccgaaaaacgaagttttgctgtcacga
tttgttgaatcatttgaaaagaccctcgataaacatttaccgtcgaggcgtaccacaagg
gggaaagccaaacacccaagatttacgcttgatcaaaacattatggagctctttgttaac
ataggaaagttatcggatgaagatgatccggaggagtccgtcatggatcttttgtacttc
gttgtcgacgctttgcaattccagggtgaaaggaacgccgagaaacgggagcattggctg
ggcttcaagttaatagacaaaatggagcgtatatcctcaatcccagcggcgacctcaaat
cgacgcaaaatatctttcaggctcccctctctggattggatggttggacgagcattatcc
agaaggatccaagcgaggaagagttcaaacaagcgttag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (60)   

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