KEGG   Myotis brandtii (Brandt's bat): 102256740
Entry
102256740         CDS       T02920                                 
Symbol
KNL1, CASC5
Name
(RefSeq) kinetochore scaffold 1
  KO
K11542  protein CASC5
Organism
myb  Myotis brandtii (Brandt's bat)
Pathway
myb04110  Cell cycle
Brite
KEGG Orthology (KO) [BR:myb00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04110 Cell cycle
    102256740 (KNL1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:myb01009]
    102256740 (KNL1)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:myb03036]
    102256740 (KNL1)
Protein phosphatases and associated proteins [BR:myb01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     102256740 (KNL1)
Chromosome and associated proteins [BR:myb03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   Kinetochore proteins
    KMN network proteins
     102256740 (KNL1)
SSDB
Motif
Pfam: MELT Knl1_RWD_C RcsC
Other DBs
NCBI-GeneID: 102256740
NCBI-ProteinID: XP_014390275
Position
Un
AA seq 2211 aa
MRPGGCPALRGDAEAVESYSLRTADPRRSEENLSSGRLGSQKRFSSKMDGMSSETNEEND
NTGRPVRRRHSSILKPPRSPLRDLRDGNEIVQEPNASRNKKSSRRVSFADTIKVYQTESH
MKIERKSEIAETETRENVLFIQNKTSEDNYCEITGMNTLLCAPIQTQMQQREISVTEYNH
EETHSNDQTVIFSDENQMDLTASHTVMITKGLLDCTKSEKSTKTDTTSFVANLKLHTEDS
RMKKELNFSMDQNTNSEKKINFNDFIKRLKTGKSNTSSTGPDKENSEIPIHSIESNKASS
IHQKHVSLNVDENNSNMTRIFIEEDDGMNFTKCYTSSIQTLVPTSTEANLREFKSDITVY
GNDLMDLTINRTIQILPSADNLSEIENQTQTVMVDVTTGYRTKAPAKTTVFESKPNAAFP
DSPLNPKGDIHITRGHIMGTETHKVTQTSNQDVRTLAMVPESVCFSPATQDYKTFLYSTC
NDAMELTKCLSSMKEEENLLKDDRNYAKMCHNPDTSSLLMEKTIYSGEDSMDITKSQTLV
IDNQIFKEDQTNVQITAKPISEKEMMLQNHITMSKDEEMNVNCISVPHVSKERLQQAQAD
PLSTSLAGKKTVIFTGEDKGLTKSHTTNLGSQAPFASYNLAFKDASTSHSDSKSLLDEWG
KKTKTHNELSRQPKIISTNILTDAWGKEIDQVLKISPYFDKVSPQPVDINQDKATSYNIV
YSGGDLHKQVALGKNRNTVSCEQALFPITKLSSEGQSAMENHNTAVNSHIVKSVPDQNSK
LPEPLRKSLGNPNLDCSHNKIITCSEVEQNMDLTKSHTVVIGFGPSEVQELSKTNLERTI
LADRPDFELFKRKSLGKIKVTSSAEESVSFPENGESDHSAAKVSQLTLLGDRSNSGPIEK
AVAFIADENIDVSTSTVWKNDKDIQKPGFLNEHLSGKSQRRKSLRLKDDKPIAFSSNDKN
DMDIIQSCTMEINNKNALEDIQDSLLVPLAGTSKTVLYTSGQDDMEITRIHTTALECKTI
SPVKITTRPMDNTVLFIDNHSDLEVTKSNTAFIDCQATEKILQECPKFGIVKRKTLGVSF
PKDGSSVQEVTKQQAQAIENKIVLQTEQEHHVIPCSNTLSGDQAQIEIIKFHSTAGAKVV
DKAYTLEKAKLESCHLNSTGKRNVDFTNNHAPAICGSSDNYSFLPNVISYVDNLEGNVMS
LCDKDEKASNCPVQNDLAYANDLASEYYLKSEALPLSAPCSVLEKEKVTQTNTQGQLNDC
VITVLKDQDLIKEPPNLLANQTLVYGQDLGNMTKLDSKQVSFKFPEDQVENFVHNTEHSL
KQTFVDDVCVDSPLHLSTQLSPLPQQGQSIVNKGEAILSQAASKNLNILRNSSVPTCENE
SKVLNNEKRLTVACEKELEKNIQTAKCNIAIDFQSNSDLTKHVIQTHAKPKETSDPVIAS
NAASFSSGKQNLNNLNGKTEEFLDIQAFHIPPFPEQLLELVNKADSDMSIVQATERNNIN
TMSNSVKDDRDEENKIFHNGAETNSVPVVKDKIKRCSLGIFLPRLPNKRNCSVTGIDDLE
QIPSNTTDLSNLETQPVSSKDSGIGFIAAKLNLSPSQYINEENLPIYPGEINSSDSISIE
TEGKSLMETYQKEISPSENKMKETCNSQKRTWVQEDDDDTQNEKKIRKSEIKFSDTTQDQ
QTFYHAEGDTDKNANSVLIKSLGRTPSSCSSSLDSIKADGTSLDFSTYRNSQMEPQFLTD
TVCEESLKEKLKDGRITIKEFFILLQVHILIQKPRQSTLPTKFTINTQPTPEDLMLSQYV
YRPKIQIYREDCEALRQKIEELKLSVLNQDKLLTDVNRNLWGKMRHCSDEELKAFGIYLN
KIKSHFTKMTKIFTHQGKVTLYSKLVQSAQNEREKLQLKIDEMDNILKKIANCLTQVKIE
SKNLENEEKDSPVEEWDSEMRAAEKELEQLKTEEEKLQRNLSELEVQKEQTLAQIDFMQK
QTNTTEELLDQLSLSEWDVIEWSDDQAVFTFLYDTVELTITFGEPVVGLPFLNKANRRIV
DLNFQSLLDEDKAPPSSLLVHKLIFQYIEEQESWKKKCTTQHQVSKMLQEISLVVSHCRL
LGEEIEFLKRWGPNYKLMNIDVNNTELRLLFSSSAAFAKFEITLSLSAHYPSVLLPFSIK
NHLGNISHDEIFALLSKVPLEDNYLKNVVKQIYQDLLQGCNFHQETLGPQL
NT seq 6636 nt   +upstreamnt  +downstreamnt
atgcggcccggaggctgcccggcgctgcgcggagacgccgaggccgtggagagctactcg
ctaaggaccgcggacccccgaaggtctgaggagaatttgtcaagcgggaggctcggcagc
cagaaaaggttttcttcaaaaatggatgggatgtcttcagagactaatgaagaaaatgac
aatacagggagacctgttagaagacgacattcctcaattttgaaacccccaaggagtcct
cttcgggatctgagagatgggaatgaaatagttcaggaacccaatgcttcgagaaataag
aaaagctctcgccgagtcagctttgcagatactataaaggtatatcagacagaatctcat
atgaaaatagagagaaagtcagaaattgcagaaacagaaacaagagaaaatgttctgttt
atacagaataagacttcagaagataattactgtgaaattactggaatgaacacgttgctt
tgtgctcccattcagacccagatgcaacagagagagatttcagttacagaatacaaccat
gaagagacacattcaaatgaccagacagtcatcttttcagatgaaaaccagatggacctg
acagcaagtcacaccgtgatgattacgaaaggccttttagattgtacaaaaagtgaaaag
tccaccaagacagataccacatcgtttgtggctaacttaaaacttcacactgaggattca
agaatgaaaaaagaattgaatttttccatggatcaaaacactaattcagaaaagaaaata
aatttcaatgacttcataaaaagattgaaaacagggaaatctaatacttcttctacagga
cccgataaagaaaattctgagatacctattcattccatagaatcaaataaggcttcttcc
atacatcaaaagcatgtatcccttaatgtagatgaaaataacagtaatatgactagaatc
tttatagaagaagatgatgggatgaatttcaccaagtgttatacatccagtattcaaact
ttggttcccacatccactgaagccaacttaagggaatttaaaagtgatattacagtttat
ggtaatgacttgatggacttgacaataaaccgcactatacaaattttaccctctgcagat
aatttatctgaaatagaaaatcaaactcagactgtcatggtggatgttacaacaggttat
agaactaaagctccagcaaagacgacagtctttgagagtaaaccaaatgctgcttttcca
gactctcccttaaaccctaaaggtgacatacatattaccagaggtcatattatggggaca
gaaactcacaaagtcacacagacttctaaccaagatgttagaacattggccatggtcccg
gaatctgtatgtttcagtccagcaactcaagattataaaacatttttgtattctacttgt
aatgatgccatggaactgaccaagtgtctctcaagtatgaaagaggaagaaaatttgcta
aaggatgaccgtaattatgccaaaatgtgtcataatccagataccagctctcttctcatg
gagaaaacgatttactcaggagaggatagcatggacattaccaagagtcagacacttgta
atagataatcagatttttaaagaagatcagacaaatgtccagataacggccaaaccaata
tctgaaaaagaaatgatgctccaaaatcacataactatgtcaaaggatgaggaaatgaat
gtaaattgtatctcagttcctcatgtatctaaggaaagattacaacaggcccaggcagat
cctttgtctacttcattggctggtaaaaagactgtaatcttcacaggtgaagataagggt
ttgactaaaagtcatacaactaatttaggaagtcaagctccttttgcatcttataatcta
gcattcaaggatgccagtacatctcactctgacagcaaaagccttttagatgaatgggga
aaaaagaccaaaactcataatgaactctcccgacaaccaaaaataatatctacaaacatc
ctaactgatgcctggggcaaagaaatagatcaagttttgaagatttcaccctattttgat
aaagtttctcctcagccagttgatattaaccaggacaaagcaacaagctataatatagta
tactctggtggagatcttcataaacaagtagcactgggaaagaatagaaatacagtttca
tgtgagcaagctttgtttccaatcactaaactatcttcagaaggccaatctgccatggaa
aatcataatactgctgttaacagtcatatagttaaatctgtaccagaccagaattctaaa
ctgcctgagccactgaggaaaagtttaggtaatcccaaccttgactgttctcataacaag
ataattacttgttcagaagtggagcaaaatatggatctaaccaagagtcacactgttgtc
attggatttggtccttctgaagtacaagaacttagtaagactaatttagaaagaactata
cttgcagacagacctgactttgaactattcaaaaggaaaagcctaggaaaaataaaagtg
acctcttctgctgaggagagtgtttcctttccggagaatggtgaaagtgaccattcagca
gcaaaagtcagccagctaacacttcttggggaccgatctaatagtggtcctatagagaaa
gctgtagcatttatagctgatgagaacatagacgtgtctacatcaaccgtttggaaaaat
gacaaagatatacaaaagcctggatttctgaatgaacatttgtcaggcaaaagtcaaaga
aggaaaagccttagactcaaagatgacaagcccattgcattttcaagtaatgataaaaat
gatatggatatcatccagagttgtacaatggaaataaataacaaaaatgccctagaagat
atacaagattctctgttggtgcctttggcaggaacttctaaaactgttttgtatacatct
gggcaggatgacatggagatcactagaattcacacaactgccttagaatgtaaaactatc
tcaccagttaaaataaccactaggccaatggacaatactgtattgtttatagataatcac
agtgatctggaagtcaccaagtccaatactgctttcattgattgtcaagctacagaaaaa
atacttcaagagtgccctaaatttggaatagtaaaaagaaaaaccttgggtgtttctttt
cctaaggatggtagctctgttcaagaagtcactaaacaacaagcacaggctatagaaaac
aaaattgttcttcagactgagcaagagcaccatgtgataccctgttctaatacattgtct
ggggatcaagctcagatagaaataatcaaattccatagtactgctggggcaaaagttgta
gataaggcctatacattggaaaaagccaaacttgaaagctgccacttaaatagcacaggt
aaaagaaatgtggattttacaaacaatcatgcacctgctatttgtggatccagcgacaat
tattcctttctaccaaatgttatttcctatgttgataatttggaggggaatgtcatgtcc
ttatgtgataaagatgagaaagccagtaattgcccagtgcaaaatgatcttgcttatgca
aatgatttagccagtgaatattacttgaaatctgaagcactgcctctctctgctccttgt
tctgtgttagagaaggaaaaagttactcaaacgaatacccaaggacagctaaatgactgt
gtcataacagtgctcaaagatcaagatctgattaaggagcccccaaatctattagctaat
caaactttagtatatggtcaggatttgggaaacatgactaaacttgattcaaagcaagta
tcttttaagtttccagaggatcaagtggagaactttgttcataatacagaacatagttta
aagcagacctttgttgatgatgtttgtgttgattccccacttcatctctcaactcagcta
tctccattacctcaacaaggacagagtattgttaataaaggtgaagcaatattgtctcaa
gctgcaagtaagaatttaaatattctaagaaattcctctgtacccacatgtgaaaatgag
tccaaagtgctcaataatgagaaacggttgactgtagcctgtgaaaaagaactggagaaa
aatatccaaactgctaaatgtaatatagccatagatttccagagtaactcagacttgact
aagcatgttattcaaactcatgccaagcctaaagaaacatcagatcctgtaattgcatct
aatgctgcaagttttagtagtggcaaacaaaatctgaataatttgaatgggaaaactgaa
gaatttttagatatccaagcttttcatataccaccttttccagaacaattacttgagtta
gtaaataaggcagacagtgatatgagtatagtgcaagctacagaaagaaataatattaac
acaatgtccaacagtgttaaagatgatagagatgaagaaaataaaatttttcataatgga
gctgaaaccaactcagtaccagttgtaaaagataaaataaagagatgttctttaggaata
tttttgcccagattgccaaacaagagaaattgtagtgtcactggtatagatgacctggaa
cagattccctcaaatacaactgatttaagtaacttagaaactcagccggtctccagtaag
gattcaggcattggatttattgcagctaaactgaacttaagtccatctcaatatataaat
gaggaaaatcttcctatatatcctggtgagattaattcctcagactctattagcatagaa
actgagggaaagtctttgatggagacataccagaaagagatttcaccatctgaaaataaa
atgaaagaaacctgcaatagccagaaaagaacctgggtacaagaagatgatgatgatact
cagaatgagaaaaaaatcagaaaaagtgagattaagtttagtgataccacacaagatcag
cagactttttatcatgctgaaggagatacagataaaaatgctaacagtgtattgataaaa
agcctgggcaggaccccatctagttgtagcagttctctggattcaatcaaggctgatggg
acctctctggacttcagcacataccgcaatagtcaaatggaaccacagtttctcacagac
actgtttgtgaagagagcttgaaggagaaactcaaagatgggagaataacaataaaggaa
ttctttattcttcttcaagtccacattttgatacagaaaccccgacagagcactctccca
accaaatttactataaacacacaacctactccagaagatctgatgttaagtcaatatgtt
taccgacccaagatacagatttatagagaagattgtgaggctcttcgccaaaagattgaa
gaattaaagctttctgtattgaaccaagataaactgttgactgatgtaaacaggaaccta
tgggggaaaatgagacattgctctgatgaggagctgaaggcctttggaatttacctgaac
aaaataaaatcacattttaccaagatgactaaaatcttcactcaccaagggaaagtgact
ctctatagcaaactggtacagtcagctcagaatgagagggagaaacttcagttaaaaata
gatgagatggacaacatacttaagaagattgctaactgtctcactcaggtgaaaatagaa
agtaagaatttagagaatgaagagaaagacagtcctgtggaagaatgggattctgaaatg
agagctgcagagaaagaactggaacagctgaaaactgaagaagaaaagcttcaaagaaat
ctctcagaactagaggtacagaaagagcagacccttgctcaaatagacttcatgcaaaaa
caaacaaatacaactgaagagctgctggatcagttgagcttgtctgaatgggatgtcatt
gagtggagtgatgatcaagctgtattcacctttctttatgacacagtagaactcaccatc
acttttggagagccagtagttggtctccctttcctgaacaaggctaataggaggattgtt
gacctgaattttcagtctctgttagatgaggataaagctcctccttcctcccttttagtt
cataagcttatttttcagtatattgaggaacaggaatcctggaagaagaaatgtacaaca
cagcatcaggtatccaagatgcttcaagaaatctcactggtagtaagccattgcagactc
cttggagaggaaattgagtttttaaagagatggggaccaaattataagctaatgaacata
gatgtaaataatactgaattgaggcttttattctccagctctgcagcatttgcaaagttt
gagataacgttgtctctctcagcacattatccatctgtcctattacctttctccattaaa
aatcaccttggaaacatcagccatgatgaaatctttgcccttctatctaaagtgccactg
gaggacaactacctaaagaatgtagtcaagcaaatttaccaagatctgcttcagggctgc
aatttccaccaagagacccttggaccacagctgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (53)   

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