KEGG   Colius striatus (speckled mousebird): 104560968
Entry
104560968         CDS       T08355                                 
Symbol
KNTC1
Name
(RefSeq) LOW QUALITY PROTEIN: kinetochore-associated protein 1
  KO
K11577  kinetochore-associated protein 1
Organism
csti  Colius striatus (speckled mousebird)
Brite
KEGG Orthology (KO) [BR:csti00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:csti03036]
    104560968 (KNTC1)
Chromosome and associated proteins [BR:csti03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   SAC (spindle assembly checkpoint) factors
    Motor proteins
     RZZ complex
      104560968 (KNTC1)
SSDB
Motif
Pfam: Rod_C MRP-S22
Other DBs
NCBI-GeneID: 104560968
NCBI-ProteinID: XP_010204791
Position
Unknown
AA seq 2236 aa
MWNDIELLTVDDTRCEQLPVGLGHECGTALYQVDTLLQITSSEKVSVNPQLSACSSRDGS
IIVVDRSVTLLDSSGQSLQMHIQFDTNVDVVGMCQEKQFLVVGERSGNFHLIHIPSKQTL
LTKILAEKSSSEKTYLNLFIEKDKADAGVYHMFILTHNGFFCILCLPLAKTQEAIDRMDM
ITAKQLQGQIKTAFISTEEYHGLGCQNCVISNSANQIHLIIGGKGDFVLSKWEVDATNNL
VSVQSFADSSLIKDAAKLQVLDNLLFVLDTENVLSMWDVYSLTLICDWPSIHVEEFLLST
ESDSSPVIWQGLANLKLIVMTIPDDKQMRSLMVFALPTMQLLYSLEVSVVSSLVQSGIGT
DTIYFLEGIHEKHQIPSEGPISIVVMRSLTEALPENRLSRLLHKHKFTEAENFAIQFGLD
VELVYKVKANTILEKLASASVGSSGHEVWLDLVNEAKENLQKIQDSQFVVDYCINAPWPL
YETTQEMLNYAKVRVLKKDDRTIASSSDGDPVSITEVLKAQARLTTFYGAFGLQKFSGIA
WTEFLNNEDIFKNIVLQLQEGNLPCAQYLWLRHQADFESSFDEKMLENLLNAIHFAVPLK
ELCLWLKNVVIPFLRRVVPKGQKILAKWLEQGARNLELTDKANWPENGLQMAEIFFTSKN
QGEMGLTTFGHSTPLRCSDCEEVHRLKKLVNDLQELINLYRKYNCRLALCDFEKENATTI
VFRMFDKILAPELVPTILERFIKPYLCEHNLQKDELLLQYIKDLLERCRTRSASVFETAW
EAKAIAVIGCISDTNLKFDAVLQIMHGAMVPWSAAVEQLVKQHLEMNHVKVKLLQESYRL
MEMKKLLRAYGIRDTNLLKDKQMIMRLVKYILKQDIPTSLEDALKIVTAYMLPTVEVYVL
RMIDLIDKERGEESLTLLKSLSPAXXXXXXXXXXXAERLTVWGTLVLKNKADNSEEQKTQ
MFMTKTLVEILKFLFSIQKDDPLKKDECEANLKMFETLATLQEDFDVFMSVEDYRNPSLM
SKLLESHIKAYEAVRSLSKSRKAQTINCNSEDGKTKNRSTESRLYRLALLLKRSEQELGE
KLALRALDAGKVEDAVKICREFYENHCNEETGKLLFSACQRLCHMLGADVPMITPNNMNL
PAVIYEMACQAATVCSPDLLLDSLELCKYTLAAKEVYRQCQIENYGFTAKTTSLGGDKDP
YEEWTYDDFFNEDGIVLDPQIALPIAYETISCLLPVCESKLYPLDSTSLANCAFIKGQNL
LLPAGTPVSAMLQSLTESSQCELALRLIVSSFGSCLQHGVSNNMDLSLSEKLHDGDILAE
TKSFLIAMKQKCTSVIITTILTLLHKVFNCRLIDQNLALGYCTILPKADVFNKLWDVINN
TWQNYRKVWAVALVGAQLADQCGEAEEKQKFQELVTDAEWGIRLGDLGISFETVFRQPPV
RKKELIRTLVQNPKVDTDLILNYCSTFMLDSDAALQLCIETLLLQNANTNHVEDDSAECS
ERQPHSTLLARALEIIPLLKSTKDLITSLSGILYKLDPYDYETIEIVLKVIQSADEKNTS
INLNQALSLLKHLESYERISPPVDLEHQYVLEHVIPLSPAAQTRLPFHLIFFRTTQCFWN
IISAELSEESFPTLLLISKLMKVSLDTLHMSAARHVFEKKLKSKILEMRNTGYTSVVNKE
TTKTVQTIQSYLLSIINPEWAVAIAHKIAQEFPTGPDQIQALKLCLYLAKKWLKNTTAQD
DSHGRAQLLQNKLYVQYKRSATENVLITHNLNTAEHLKSIGKPANLIILLYEHHSIDQRI
QNPTGRDYPDIHMAAKEIAEINDLDMNKIWDKLLEKWLCPSLRPSEKTQEVFGDVQEDEE
LRRVIYLLQSRSLDYSSRMLFAITTSATSPIGATQLTFAHRSRALKCLLYLADTNTVESL
FKKPIEKVKYFLKCCIYLAEFEVLNIPYTYESFHKSPKEGMIKGLWKNHSHEPTAVRLVT
ELSLEYKVYDSQLWNGLLQKLLGFNMIQYLRRVLVAITGIHSLWEIPNFGRAWRSVILSP
LLTASCPLSPKQSEECCECFVILLKCPVLADLDVIGIAKQYAQLDLPAFALGCLLLIPQS
EKREQQIEGFLSTCNTQTVLQQIDEHMNAGEVVAFASQIRSLVLDSIINKQQYEKILKTK
YFPLLKQQLLNTHRMKELVDYFAKKNCIDDATALVKEYQEKCGNPAVADIPSSDLLKMYL
NGPEETYALELSSTRS
NT seq 6711 nt   +upstreamnt  +downstreamnt
atgtggaacgatattgaacttcttacagttgatgacacaaggtgtgagcagctccccgta
ggtttaggacacgagtgtggaactgcgttgtaccaagtggatacactacttcaaatcaca
tcttcagaaaaggtctctgttaatccacagttgtctgcatgcagctcaagggatggcagt
attattgttgttgacagatcagtgacacttcttgacagttctggccagtctcttcagatg
cacattcagtttgatactaatgtggatgtagttggtatgtgtcaagaaaagcaatttctt
gtggttggtgagagaagtggcaatttccatcttatccatataccatcaaaacaaaccttg
ctaactaagattttagctgaaaagtcttcaagtgaaaagacttacttaaatctctttatt
gaaaaagataaagcagatgcaggtgtctatcacatgttcattctcacacacaatggattc
ttctgcattttgtgtctcccacttgcaaaaacacaggaagcaattgacagaatggacatg
attacagcaaagcaattacaaggacagataaagacagctttcatttccacagaggagtat
cacggccttggctgtcagaattgtgtgataagcaactcagcaaaccaaatccatttgata
attgggggtaaaggtgattttgtactctccaagtgggaggtagatgctaccaataacctg
gtgtctgttcaaagttttgctgattcaagtctgatcaaagatgcagcaaaacttcaagtt
cttgacaatctgctgtttgttttagatacagagaatgttttaagcatgtgggatgtttat
tctcttactctaatttgcgattggccttcaatacatgtcgaagaatttcttctaagcaca
gagtcagattcttctccagtcatatggcaagggcttgccaacctcaaactgatagtcatg
acaataccagatgacaaacagatgagaagtctgatggtttttgcattgcccactatgcaa
ctgctctattctttggaagtgtctgttgtttcttcacttgttcagagtgggattggcaca
gatacaatatacttcttggaaggaattcatgaaaaacatcagataccctctgaaggccca
atttctattgttgtgatgagaagtttgactgaagccttgcctgaaaatagactaagtcgt
ttacttcacaaacacaaattcaccgaagcagagaatttcgctattcagtttggactagat
gtggagcttgtgtacaaagtgaaagcaaacactatcttagagaaactggcttcagcttct
gttgggagttctggtcatgaagtctggctggatcttgtgaatgaagccaaggaaaatctg
caaaaaattcaggacagccagtttgttgtggattactgcataaatgctccatggccactg
tatgaaacaactcaagaaatgctgaactacgctaaagtcagagtattgaagaaagacgat
agaaccattgcctcatcatctgatggggatcctgtatccataactgaggtattgaaagca
caagcaaggcttacaactttttatggagcttttggactacagaaattcagtggtattgct
tggacagagttcttgaacaatgaagacattttcaagaatatagttttgcagctacaagaa
ggaaatttaccttgtgcacagtacctgtggcttaggcaccaggcagactttgaaagcagc
tttgatgagaaaatgctggagaacttgcttaatgccatccattttgctgttcctttgaag
gaactatgtttgtggcttaaaaatgtcgtgatccctttcttaagaagagttgtgccaaag
ggacagaaaatactagcaaaatggctggaacaaggtgctcgaaaccttgagttaactgat
aaggcaaattggccagaaaatggacttcaaatggcagagatttttttcacaagtaaaaat
caaggtgaaatgggactgacaacctttggccactcaactcctttgagatgcagtgactgt
gaagaggtacatcggttaaagaagctggtaaacgatttacaagagctgataaatctgtac
agaaaatacaactgcaggctggcactctgtgattttgaaaaggaaaatgcaactactatt
gtgtttcgcatgtttgataaaattttggcaccagagttagttccaaccattttggagagg
tttataaaaccctacctgtgtgaacataacctacaaaaagatgagctgcttctacagtat
ataaaggatttgcttgaacgctgtcgtacacgatctgcctcagtgtttgaaactgcatgg
gaggcaaaggcaatagctgtcattggctgtatctctgatacaaatctgaagtttgatgca
gttctacagataatgcatggtgctatggtaccatggagtgcagcagtggagcagctggtg
aaacagcatttggaaatgaatcatgtcaaagtaaagttactgcaggaaagttaccgactg
atggagatgaagaagcttttgcgagcctatgggataagagatactaatcttttaaaggac
aagcagatgataatgagactagtgaaatacattcttaaacaagatatccctacttctttg
gaggatgctttgaaaattgtaacagcatacatgttgcccacggtggaagtctatgttctg
aggatgatagacctgattgacaaagaaaggggagaagaatctcttactctgttaaaatct
ctatctcctgctnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnttgcagaaaggttgact
gtgtggggaacattggtactgaagaataaagcagataattctgaagagcaaaaaacacaa
atgtttatgacaaagacactcgtggaaatccttaagttcttgttcagcattcagaaagat
gatcctctgaagaaagatgaatgtgaagcaaacctaaagatgtttgaaacacttgctacc
ctgcaagaagattttgatgtcttcatgtcagttgaagactacaggaatccttcactgatg
tctaagcttcttgagagtcacataaaagcttatgaagctgtcagatctctgtcaaagtct
cgtaaagcacaaacaattaattgtaattcagaagatggtaaaaccaagaaccgttctact
gagtcaaggctgtacaggttggctttgctcctgaaaagatcagagcaagaactgggagaa
aaactggctttgagagcactagatgctgggaaggttgaagatgctgtaaaaatatgcagg
gagttctatgaaaaccactgtaatgaagagacaggaaagctgctgttttcagcatgtcaa
aggctttgtcatatgttgggagctgatgttccaatgatcactcctaataatatgaatctt
ccagcagtgatctatgagatggcttgccaagcagctacagtatgtagtccagatttacta
ttagattctctggaactctgtaaatatactttggctgccaaggaagtttacagacagtgc
caaatagaaaactatggatttacagcaaagacaacatctcttggaggagataaagatcct
tatgaagagtggacttatgatgacttctttaatgaagatgggatagttcttgatccacag
atagctcttccaattgcctatgaaactatctcctgtcttctgcctgtttgtgagagcaag
ctgtatcctttggactccacaagcctggcaaactgtgcatttattaaaggacagaacctt
ctcctgccagctggaactcctgtgagcgcaatgctgcagagcctcacggagagcagccag
tgtgagctggctttgcggctaatagtcagttcatttggatcctgtcttcagcacggggta
tcaaataacatggatttgtccctgagtgaaaagctacatgatggtgatatactggctgaa
accaaaagctttctcattgctatgaaacagaagtgtacttcagtaattataaccactatc
ctcaccttattacacaaggtcttcaactgtcgtctcatagatcagaacctggcactggga
tattgcacaatattgcccaaggcagatgtgttcaataagctgtgggatgtcataaacaac
acatggcaaaattacagaaaagtttgggcagtagctctggttggagctcagcttgctgac
cagtgtggtgaagcagaagaaaaacaaaaattccaagaattggttactgatgcagaatgg
ggtatccgacttggtgacctggggatttctttcgagactgtgtttagacaaccaccagta
aggaagaaggaactcataaggacactggtacaaaacccaaaagtagacacagatctcatc
ttgaattactgcagtacattcatgctggacagtgatgctgcactgcagctttgcattgaa
acactccttctccagaatgctaatacaaatcatgttgaagatgactctgcagaatgcagc
gagaggcaaccacactccacattactagccagagcactagaaataattcctctgctgaaa
agcacaaaggacctgatcaccagcctcagtggaatattgtacaagcttgacccttatgac
tatgaaactattgaaattgtcctgaaagtgatacaaagtgctgatgagaagaacaccagt
atcaacctgaatcaggctttgagcctcctcaaacatctggaatcttatgaaagaatttct
ccacctgtagacctcgagcaccagtatgttttagagcatgtgattcccttatctccagct
gctcagaccagactgcccttccatctgatattctttagaacaacacagtgtttctggaac
attatatctgcagagctcagtgaggaatccttccccacacttctgttgatttccaaactg
atgaaggtgtcactggatactttacacatgtctgcagctcggcacgtctttgaaaaaaaa
ctcaaatcaaaaatacttgaaatgagaaacactggatatacatctgttgttaacaaggaa
acaactaaaactgtgcagacaattcagtcatatctgctgtctataattaatccagagtgg
gctgtagctattgctcacaagattgcacaagaatttcctacaggtcctgaccaaattcag
gcattgaaactctgtctctatctagctaagaagtggctaaagaatactacagctcaggat
gactcacatggaagagcacaactcctacagaataaattgtacgtgcaatataagcgatca
gcaacggaaaacgttctaataactcataacctgaacactgcagagcacttaaagtctatt
gggaaaccagcaaatcttatcattttgctatatgagcaccacagtatagaccaaagaatc
caaaatccaactggcagagattatccagatatccatatggcagcaaaggagatagctgaa
attaatgatttggacatgaacaaaatttgggacaaactgctggagaagtggctgtgtcca
agtttacggccctcagaaaaaactcaagaggtctttggagacgtgcaggaagatgaagaa
ctccgaagggttatctatctgcttcagtcgcgctcgctggattatagttcaagaatgctt
tttgcaattacaacatctgccacatcaccaattggtgcaactcagttgacatttgctcac
aggagcagagcactgaagtgtctgctctacttggcagataccaacactgtggaatcactc
ttcaagaaacccattgagaaagtaaagtattttctaaaatgctgcatttatctggcagag
tttgaagtcttgaatattccatatacttatgaatcctttcataagagtcccaaggaagga
atgattaaagggctatggaagaatcacagccatgaacccacggctgtcaggctggtgaca
gaacttagtctagaatacaaagtctacgattcccaactgtggaatggcctactacagaaa
ctccttggtttcaatatgattcaatatctaagaagagttttggtagcaattactgggatt
cattcattatgggagattcccaactttggtcgagcctggcgcagtgtgattctgtcacca
cttctcacagcttcatgtccactgagtcctaaacagtcagaggaatgttgtgagtgtttt
gtgattctgctcaaatgtcctgttctggctgacttggatgtcattggaatagctaaacaa
tatgcacagttggaccttccagcttttgctttggggtgcctgctgttgattcctcagtct
gagaagcgagagcagcaaatagagggcttcttgtcaacatgtaacacacaaactgtgctg
caacaaatagatgaacacatgaacgctggagaagtagtggcatttgcttctcagatcagg
tcgttggttttggacagcatcataaacaagcagcaatatgaaaaaatcctgaaaactaag
tatttcccactgttgaaacaacaactgctgaatactcatcgaatgaaggagctggtggat
tattttgccaaaaagaattgcattgacgatgcaacagccctagttaaagaatatcaggag
aaatgtgggaatcctgctgtggcagacataccatcatctgatcttctgaagatgtacctg
aatggaccagaggagacctatgcactagaactgtcctcaacaaggtcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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