KEGG   Rattus norvegicus (rat): 304477
Entry
304477            CDS       T01003                                 
Symbol
Kntc1
Name
(RefSeq) kinetochore-associated protein 1
  KO
K11577  kinetochore-associated protein 1
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:rno03036]
    304477 (Kntc1)
Chromosome and associated proteins [BR:rno03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   SAC (spindle assembly checkpoint) factors
    Motor proteins
     RZZ complex
      304477 (Kntc1)
SSDB
Motif
Pfam: Rod_C MRP-S22 RPN13_C
Other DBs
NCBI-GeneID: 304477
NCBI-ProteinID: NP_001100610
RGD: 1307905
Ensembl: ENSRNOG00000033658
UniProt: D3ZVJ3 A6J131
Position
12:complement(38429925..38500564)
AA seq 2050 aa
MWNNIELLTSDDTGSGFLNVGSRKESVTALYQVDLLGKISSEKTSLSPKIQACSLSDGFI
IVADQSVILLDSTCRSLQLFLIFDTDVDVVGLCPEGKFLFVGERSGNFHLIYVTSKRTLF
TKAFVEKAEDERTYRSLVIEKDGSNEGTYYMLLLTNNGFFYITNLQLSQIEQAIENTDLD
SAKKGTGSCAFSKWEPDSTKKDMSLKNFVDTDIIRGAKSFQLIDNLLFVLDTDNVLSLWD
AYTLTPVWNWPSLPIEQFLLTTEADSPSSVTCLCEDSVSNLELRYLTEVLPENRLSRLLH
KHRFADAESFAIQFGLDVELVYKVKSNDILEKLALISDKSEQSEWQQLVDEAKENLCKIQ
DDDFVVNFCLKAQWVTYETTQEMLSYAKTRVLKAHAKLTTFYGAFGPEKFSGSAWVEFLN
NEDDLKDIFVQLSEGNFDCAQYLWLRHRADFESKFDVKMLENLLNSISTQIPVEKLCSWF
KNDVIPFVRRIVPEGQNILAKWLEQASRNLELTDKANWPENGLQLAEVFFTAEKTDKFGF
SSSWHWISLDYQNTEEVQQLRTLVSKLQELIILHRKYNCRLALSEFEKENATTVVFRMFD
RVSAPELIPSVLEKFVRVYIREQNLQEEELLLLYIEDLLKRCSSKSMTLFDTAWEAKAMA
VIRCLSDTDLIFDAVLKIMYKAVVPWSAAVEQLVRQHLEMDHPKVKLLQESYRLMEMKKL
LRGYGIREVNLLNKEIMRVVRYILKQDIPSSLEDALKVAQGYRLSDDEIYSLRVIDLIDR
DQGEDCLLLLRSLPPSEAEKTAERVIIWARLALQEEPDGSEEDKAWRISVAKTSMDILKI
LCDIQKDNLQKKDDAEEFLKRFKMVASLQENFEVFLPFEDYSDTGLVAGLREQYIKAQEN
AQAEHKFRGPPGPTPAMGTNASVKSKLHRQALVLQVSTQELEAEMALRALKDGKVAVALS
KCRDLLKHYCNADTGRLLFVVCQKLCHMLADDVPMVAPVGLNLPSEIHDLTCHAVTICSP
DFLLDVLELSKYTLTAVELCRQCQMDDCGILMKAAVGTHKDPYEEWSYSDFFSEDGIVLE
SQVVLPVIYELISSVVPLAEGKRRPLDSISLPYCSTSEGENLILPLVSSISALLRNLQES
SQWELALRFVVASFGTCLQHSVSNVMSMSLSEKLLGKSTLASSRQIIMELKEKSIAFIRG
SATTLLHKVFNCRLVDLDLALAYCTLLPQKDVFENLWKFIDKAWQNYDKILALSLVGSRL
ANLYQDVETGLRFHELSIDAKWGIRLGKLGISFQPAFRQNFLSKKDLIKALVNNIDMDTS
LILEYCSTFQLDSDAALRLFIETLLRNTTSQSQGGDAPEPTQHQHSKLLQKATEMVPLLK
STKDLVISLTEILYKALNLLRHLKSYRRMSPPVDLEYQYMLEHLITLPPAAQTRLPFHLI
LFGTAQNFWKILSSELSEESLPTLLLISKLMKFSLDTLYVSTAKHVFEKNLKPKLLKSAQ
ARSSVMSKEVDKLVQTLESYLLSIVNPEWAVAIAISLTQEIPEGPFKMTSLKFCLYLAER
WLQNIPPQDETCEKVKALQKKLYLQFRLSGTEAVLIAHKLNDQEYLRVVGKPAHLIVSLY
EHPSISERLCTTSGKDYPDIHAAAKEIAEVNEINLEKIWDMLLEKWLCPSTAPGEKASEF
FELEEDEVLHRVVYLLQARPIDYSSRMLFVFATSATSTLGIRQLTFAHRARALQCLLYLA
DKETIESLFKKPTEEMKSYLKCITFLASFETLNIPITYELFCNSPKEGMIKGLWKNHSHE
PMAVRLVAELCLEYKIYDLQLWNGLLQKLLGFNMIPYLRKVLSCISSVHSLWQVPYFSKA
WQRVIQIPLLSASCPLRPSQLADCCESLVAILECPVSDDLDMMGVAKQYVQLELPAFALT
CLTLMPHSEKRHQQIKNFLNSCDAQIILQQLEEHMNAGQLAGLSQQIRSLVLNHVVNKKE
FGILAKTKYFQLLKRHVINTDNVTELVNYLANDLSLDEASSLITEYSKHCGKPVPADTAP
SEILKTFLGS
NT seq 6153 nt   +upstreamnt  +downstreamnt
atgtggaacaatatcgagctgctaaccagcgatgacacgggaagtggattcctcaatgtt
ggctcacgaaaagaaagcgtgactgcactgtaccaggtggacttgcttgggaagatctcc
tctgagaagacctcactgagtcccaagatccaagcatgcagcttaagcgatgggttcata
atcgtggcagaccagtcagtgatactgcttgacagtacatgcagatcccttcagctgttt
cttatattcgacactgacgtggacgtggttggcctgtgtccagaaggaaagtttctcttt
gtgggggagagaagcggcaactttcatcttatctatgtaacatcgaagcgaactctgttc
accaaggcctttgtggagaaagccgaggatgagcgtacttaccggagtctcgttattgag
aaagatggttcaaatgaaggtacctattatatgttgcttctgacgaacaacggatttttt
tacattacaaacctccagctttcacaaattgaacaagcaattgagaacacagacttggat
tcagccaagaagggaactggtagctgtgcgttctcaaaatgggaaccagattctaccaag
aaagacatgtctcttaagaactttgtggacacggacattattagaggtgcaaagtcattt
cagctgatcgacaatctgctttttgtgcttgatactgataatgtgctgagcttgtgggat
gcttatactctcaccccggtgtggaactggccttctcttcccatagagcagtttctcctc
acgacagaagcggactccccctcttcagttacctgcctatgtgaagactctgtgtctaac
ttagaacttaggtacctcacagaggtgttaccagaaaacagactgagccggctacttcac
aagcacagatttgccgatgccgagagctttgccattcagtttggactggacgttgagctt
gtttataaggtcaaatcaaatgatatattggagaagctggctttgatctcagacaagagc
gagcagtccgaatggcagcaacttgtagatgaagccaaagaaaacctatgcaaaatccag
gacgatgacttcgtggtgaatttctgcctcaaggcccaatgggtcacctatgaaaccacc
caggaaatgctcagttatgccaaaaccagggtgctaaaagctcatgcgaagttaactaca
ttttatggagcatttggaccagagaaattcagtggtagcgcttgggttgaattcctgaat
aatgaagatgacctcaaggatatttttgtgcagctaagtgagggaaacttcgattgtgct
cagtatctttggcttagacatcgggctgactttgaaagcaagttcgacgtgaaaatgctg
gagaatttgctgaactcaatatctacacaaatccccgtggaaaaactctgttcctggttt
aaaaacgacgtgattccctttgtgaggaggattgtgcccgaaggacaaaacattcttgca
aaatggctggaacaagcctcgaggaacctagagctaacggataaggcaaactggccagaa
aatggacttcaactggcagaggtcttcttcactgcagaaaaaactgacaaatttggattc
tcgtcctcttggcactggatctccttggattatcaaaacacggaggaagtccaacagttg
cggacactggtgagcaagttgcaggagctgatcatcctgcataggaaatacaactgcagg
ctggccctctctgagtttgagaaggaaaatgccaccactgtggtgttccgcatgttcgac
agggtctcggccccagagctgatcccttctgtcttagagaagttcgtgagagtttacatt
cgggaacagaatttgcaagaggaggaacttcttttgctctatatagaggacttactaaag
aggtgcagctctaagtcaatgacactgttcgacaccgcgtgggaagcgaaggccatggcc
gtgataagatgcttgtctgacacagatctcatcttcgacgctgtgctgaagataatgtac
aaggccgtggttccctggagtgccgctgtggagcagctggtgagacagcatctggaaatg
gaccaccccaaagtcaagttattacaggaaagctacagactcatggagatgaagaaactc
ttgcgaggctatgggataagagaggtgaatctcttgaacaaggaaataatgagagtggtc
cgctacattctcaagcaagacatcccgtcgtctttagaagatgctctgaaggtggcccaa
gggtacaggctgtccgacgacgaaatctacagtctaagggtcattgatctgattgaccga
gatcagggggaagattgtctcctgctcctgaggtctctgcctcccagtgaagctgagaaa
accgcagaaagagtcatcatctgggctcgactggcactgcaagaagagcctgacggttct
gaagaggacaaggcctggagaatatctgtggcgaagacatcgatggatattctcaaaatc
ctgtgtgatattcagaaagacaatctgcagaagaaggatgacgctgaagaattcctgaag
cgatttaaaatggttgctagtttacaggagaacttcgaggtcttccttccatttgaggat
tacagcgacactggcttggtagctggccttcgagaacagtacattaaggcacaggagaat
gcacaggctgagcacaaattcaggggacccccagggcccaccccggccatggggacaaac
gcgagcgtcaagtcaaagctgcacagacaggccctggtcctgcaggtgtctacacaggaa
ctggaggcagagatggctctgagagccctaaaggacggaaaggtggcagtagccctgagc
aaatgcagggatttacttaagcattactgcaatgccgacacagggcgattgctgttcgtg
gtgtgtcagaagctctgtcacatgctggctgacgacgtcccaatggtagccccagtagga
ctcaaccttccttctgagatccatgatctcacatgccacgctgtcaccatctgcagtcca
gatttcctgctggatgttctagaactgagtaaatacactttgaccgctgtggagctttgc
agacagtgccagatggatgactgtgggattctgatgaaggctgccgtcgggacacacaag
gatccctatgaagagtggtcctacagtgacttcttcagtgaagacggaattgttcttgag
tcacaggtggtgctgcctgtcatctatgaactgatctcatcagtggtgcccctggcagaa
ggcaaaagacgccctttggattctataagcttgccatactgttccaccagtgaaggagaa
aaccttattctcccccttgtcagttccatctctgctctgctccggaaccttcaggaatcc
agtcagtgggaactggcgctcaggttcgtggtggcctcctttggtacctgcctgcagcac
tctgtgtctaacgtcatgagcatgagtttaagtgagaagctacttggcaagagcacactg
gcgagctcaaggcagatcattatggaactgaaagagaagtccatcgcattcatcagagga
agcgccacgacactcctgcataaagtgtttaactgtcgtctggtggatctggacctcgcc
ttggcttactgcactctcttaccgcaaaaggatgtgtttgaaaacctctggaagttcata
gataaagcgtggcagaattacgacaaaatcctggcattatctctggtaggctctcggctg
gcaaatctctaccaggatgttgaaacaggacttcggttccatgaactcagtatcgatgcc
aagtggggaattcgccttggtaaacttggtatttcctttcagccggctttcagacaaaat
ttcctcagcaagaaagaccttattaaagctctcgtgaataacatagatatggacacaagc
ctcattctggagtattgcagcacttttcagctggactcggacgccgcccttcggctgttc
attgagaccctgctccgtaacactaccagccagagccagggaggggatgccccggagccc
acacagcatcagcattccaaactcctgcagaaagccacagagatggtccccttgctgaag
agcacaaaggacctggtgatcagtcttaccgaaatcctttataaggctctgaatcttctg
agacacttgaagtcatacagaagaatgtccccaccagtggacctcgagtaccagtacatg
ctggagcacttgataacgctgccaccagccgcccagactagactgccctttcacctaata
ttatttggcacagcacagaacttctggaaaattctctcctcggagctcagcgaagagtca
cttccaaccctgctcttaatctctaagctaatgaagttctccctagatactctctatgtg
tctaccgccaaacacgtttttgaaaaaaacctgaagccaaagctcctgaagtcagcacaa
gccaggtcctccgtgatgagcaaggaagtggataagctcgtgcagaccctggagtcatac
ctcctgtccatcgtcaaccccgagtgggccgtcgccattgccatcagtctcacccaggag
atcccagaaggccccttcaagatgactagtttgaaattctgcctgtatttagctgagaga
tggctacaaaacatcccacctcaggacgagacatgcgaaaaggtcaaggccttgcagaag
aagctgtacctccagtttcggctctcgggaacggaggccgtgctcatagcccacaagctg
aatgatcaggaatatttaagagtggtagggaagccagcgcacctcatcgtgagcctctat
gagcatcccagcataagcgaaagactttgtaccacatctggcaaagattatcccgatatt
cacgcagcagctaaagagatagccgaagtcaatgagattaacttggaaaaaatatgggac
atgctgttggagaaatggttgtgtccctcaacggcgcccggtgagaaagcatcggagttc
tttgagcttgaagaggatgaagtgctacatagagtcgtgtatctcctccaggctcgcccg
atcgattatagctccaggatgctgttcgtattcgccacttcagccacaagtacactgggc
atacggcagctaacgtttgcccacagagcacgagctcttcagtgcctcctctacttggct
gacaaggaaaccatagaatctctcttcaaaaagcccaccgaagaaatgaaatcctatctg
aaatgtataactttcctggcatcattcgagacattgaatattcccatcacatatgaatta
ttctgcaacagtcccaaagaaggcatgattaagggcttgtggaagaaccacagccacgaa
cctatggcagtacggttggtggcagagctttgcttagaatacaaaatctatgacctgcag
ctttggaatgggctcctgcagaagcttctgggcttcaacatgatcccttacctaaggaaa
gtcctgtcctgcatttctagcgtccattccttatggcaggttccctacttcagcaaagct
tggcagcgtgtaatccagatccctctgctctcagcttcctgtcctttaaggcccagtcag
ttagcagactgttgtgagagtctcgtcgccatccttgaatgtccagtttcagatgacctc
gacatgatgggcgtcgccaagcagtatgtccagttagagcttcctgcttttgcactgacc
tgtctgacgctcatgccccactctgaaaaaagacatcagcagatcaagaatttcctgaat
tcatgtgatgctcagatcattttacagcaattggaggagcatatgaacgctggccagtta
gcagggctttcacagcagattagaagtctggttctgaatcatgtcgtaaataagaaggaa
tttgggattttggcaaagacaaagtattttcagttgttgaaacggcacgtgatcaacacc
gacaacgtcactgagttggtaaactatttagcaaatgacttgagtttggatgaagcatca
tctctgataactgagtattcaaagcattgtgggaagcctgtgccagcagacacagctccc
tctgagatcctgaagacattccttggatcgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (6)   
   UniProt (2)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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