KEGG   Rattus norvegicus (rat): 311327
Entry
311327            CDS       T01003                                 
Symbol
Knl1
Name
(RefSeq) kinetochore scaffold 1
  KO
K11542  protein CASC5
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04110  Cell cycle
Brite
KEGG Orthology (KO) [BR:rno00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04110 Cell cycle
    311327 (Knl1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:rno01009]
    311327 (Knl1)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:rno03036]
    311327 (Knl1)
Protein phosphatases and associated proteins [BR:rno01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     311327 (Knl1)
Chromosome and associated proteins [BR:rno03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   Kinetochore proteins
    KMN network proteins
     311327 (Knl1)
SSDB
Motif
Pfam: MELT Knl1_RWD_C Nuf2_DHR10-like
Other DBs
NCBI-GeneID: 311327
NCBI-ProteinID: NP_001164065
RGD: 1307498
Ensembl: ENSRNOG00000060100
UniProt: D3ZNX2
Position
3:126483498..126545774
AA seq 2114 aa
MDGIYSEANEENDNTQRPVRRQHSSILKPPRSPLQDLKCGNEIVQESNAPRTRKSSRRVS
FADTIKVFQTESHMKTEKNSEISGMNTLLCAPIQTQMQQKEFSITDCNPERKHANDQTVI
FSDENQMDLTASHTVMIAKGLVDCTKHENSTKIDTTSFLENLKHRAANSRVKNDLACPII
SINQNIFSEKKNSDNFIKRLKMGKYNTSSTELDKENAEIPVHSKDSNSASSTCQIHASLS
VDEHSSNKTRLFTEQDDGMNLTQCHTACIQTWIPPSREATLGEVKGDNTIYGNECMELTT
NYTIQVLSSENNLPERENQAQNDVIDVTTVDGATAPEKKTALKDKLNAAFHSSFPNPENK
LHITKCHPIESETHTVTQISNQNANTLAMTSESVCSSPAIQGYKTIFYSSSNDAMELTKC
LSIMQEEKKLLKTDDKYSKICTNSDASPLREKTIYSEEDSMDITKSHTVAIDNKIFKHDQ
ENIKKEITALPIFEKEMMLQNLKTMSKDEKMNVNSITVPQVSKESLQQSLTNALSISLAD
KTMEFLAGEDMDLTKSHTTKLSQVIPTTFDLASKNVTKSSSHSKSPSDEWEGLEKQIVLG
QHSKLPSPQRKDLDDPDCSHHKIMYSEEVQTMDLTKSHTIVIGFGSSEVQEHSKINLEHK
SSQLTAENRQTAVNIPGINFRVVTTNDMDMLKDRSIHKPELLEEKQNVKIYGRKSMGGLK
IDKTILFSEGNEDDMDITKSCTVKINHRSLLDKHDSHLVSLAGTSKTILHARGQDEMEIN
RNHTTPLECKIISPSDITSGDLSKTVMSIDDHEELEMTKSHTVFIDYQAEAKGVLPDRLD
FQLSKKKSLQKPKMTSTHAEEIVSISKNSESNYLPAKGSQVTILEEGSNSGPGEETNDAQ
KPGFLNEPLSGKTQRRESLKLKNKTITFSGNDKSNRDITQSSVVEINNETNLEDRKGFSF
VPLAGTSKPVLSAYRPEDMEISISQTSASEYKTIPPDEMTTIPMDKTVMFVDNLSDLGVT
RSHTFFIDCQAKEKVLHEYTNLGIPKPQNLSGSEDNSCIQEITKKPVAEYKHHMTTVIPS
NTLFSDQSTMKIKMHKADIDEEGIGKEVEADTLKQTKLERCLLNRTDGKNVDFTSSHIAD
VCTSRDKYSSLPNVISSSDNLDSNTKSLCDKSREKAYNCQVPNEFTFADNLPSRYHLDSE
IPSVFVSCPSKEVTQTESAIALLQDQDQEPLGLSKCASLKCAKDQMEAFVDVSVASQPHL
SAQQPPSTQKGQDAANRDEGMLSKAGKKTLPFLIGNVSAPTCENASKMPTNEEHFAVTYN
KELEKSIQTDKCNTNVHNHSNSVLTTQVIQTHASAEAASDSIVPSNGSCFSSAKPSLSNL
NRKTGKVLDFNTVHILPPAEQLLEAGNQAHSMSIVQGTEIHSLGSSNDRDKESKTLHNEA
EATSVPLKAVVKDKARRCSLGIFLPKLPNKKSCSITGVDDVEQILADATDLTHLETQPVC
SQDPGIGSVAAKLNLSPSQYINEENLPVYPGEILSSDSVILDIEESAPIDTYHKEILPSE
NKTETCRAQKRAWVQENEVKNEKKIRTHDGAQDQEIFDHYTEEDINKSINNVFLKSLSRT
PSSSSSSLDSIKADGISLDASTQRNSQMESQFLGDTICEESLREKLKDGQITIKEFFILL
QVHILIQKPRQSTLPAKFTINTLPTTEDLMLRQYVYGPKIQIYREDCELLRQKIEELKVS
ALNQDKLLVDVNRNLWEKMKDYSDEELKTYGIYLNKIKSRYTKMTKVFTHQGKVDLYSKL
VHSAETEKRKLQIKINEMDTILKKINNCLTAVEIETKNLEAEEKDDAMEDWDSEIRDAEK
ELERLKTEEEELQRKFLEVETQKTQTLAQIEFIKEQTTETEELLDQLSFSEWDIIEWSDE
QAVFTFVYDSIELIITFGEPQVGLPFLDKAYRTINELSFQSLLDEDKAPPSSLLVHKLIF
QYIEEQEFWKKKCTTQHQVPQMLQELSLVVNHCRLLGEEIEFLKRWGPNYSLMHINVNNT
ELRLLFSSSAAFAKFEITLFPSAHYPLVPLPFTIQNHLGKTGHDEIAAVISKVPLEENYL
KNVVKQIYQDLLKD
NT seq 6345 nt   +upstreamnt  +downstreamnt
atggatgggatatattcagaggctaatgaagagaatgacaatacacagaggcctgttaga
agacagcattcctcaattttgaaacccccaaggagtcctcttcaggacctcaaatgtgga
aatgaaatagttcaggaatctaatgctccgagaaccaggaaaagctctcgtcgggtcagc
tttgcagatactataaaagtattccagacagagtcccatatgaaaacggaaaaaaattca
gaaatttcaggaatgaacactttgctttgtgctccaattcagactcagatgcaacaaaag
gagttttcaattacagactgcaaccctgaaaggaaacatgcaaatgatcaaacagtcatc
ttttcagatgaaaatcagatggatctgacagcaagtcacacggtgatgattgccaaaggt
cttgtagactgtaccaaacatgaaaattccacaaaaatagataccacatcctttctggag
aatttaaagcatcgtgctgcgaattcaagagttaaaaacgatttagcatgtccaataatt
tctataaatcaaaacattttttcagaaaagaaaaattctgacaacttcataaaaagattg
aaaatggggaaatataatacttcttctacagaacttgataaggaaaatgctgaaatacct
gttcattccaaagactcaaacagtgcctcttccacgtgtcaaatacatgcatcgcttagt
gtcgatgaacatagtagtaataagactagactctttacagaacaagatgatgggatgaat
ttgacccagtgtcatacagcctgtattcagacttggattcctccatccagggaggccacc
ttgggagaggttaaaggtgataatacaatttatggcaatgagtgtatggagttgacaact
aactacacgatacaggtgttgtcatcagaaaataacttacctgaaagagaaaatcaagct
caaaatgatgtgattgatgttacaacagtcgatggagctacagctccagagaaaaaaaca
gcccttaaggataaactaaatgctgcttttcacagctctttcccaaaccctgaaaataaa
cttcatattaccaaatgtcatcctatagagtcagaaactcatacagtcacacagatttct
aatcaaaatgccaacacattggctatgacctcagaatctgtatgttctagcccagctatt
caagggtataaaacaattttttactctagtagcaatgatgcaatggaactgactaagtgt
ctatcaattatgcaagaggaaaaaaaattgctgaagactgatgataagtattctaaaata
tgtaccaattcagatgctagcccactcagagagaaaactatttattcagaagaggatagc
atggacattaccaaaagtcacacagttgcaatagataataagatatttaaacatgatcaa
gaaaacattaaaaaagaaataacagctctaccaatatttgaaaaagaaatgatgctccaa
aatcttaaaactatgtccaaagatgagaaaatgaatgtgaattctattacagttcctcaa
gtatctaaagaaagtttacaacagagtctgacaaatgccttatctatttcattggctgat
aaaacaatggaattcttagcaggtgaagatatggatttgactaaaagtcacacaactaag
ttaagtcaagttattcctacaacttttgacttagcatcaaagaatgtcaccaaatcttcc
tctcacagcaaaagcccttcagatgagtgggaaggcctggaaaaacaaattgtgctaggc
cagcattctaaacttccttcaccacagaggaaagatttagatgatcctgactgttctcat
cataagataatgtattcagaggaggtacaaactatggatctaaccaagagccacactatt
gtgattgggtttggttcttctgaggtacaagaacacagtaagattaatttagaacacaaa
agcagccaacttacagcagaaaacagacaaacagctgtgaacattcctggaataaacttt
agagtagtaacaactaatgatatggacatgttaaaggacagaagtatacataagccagaa
ttgctggaggaaaagcaaaacgtcaaaatttatggaagaaaaagtatgggtggactgaag
attgataaaactatattattttcagagggtaatgaggatgatatggatatcactaagagt
tgcacagtcaaaataaaccatcggtctttattagataaacatgattctcatttagtatct
ttggcaggaacttctaaaaccattttgcatgcacgtggacaggatgaaatggaaattaat
agaaatcacacgactcctttagagtgtaaaattatctcacccagtgatataacttctggt
gatctgagtaagactgtgatgtctatagatgatcatgaggaactagaaatgactaagtcc
catactgttttcattgactaccaagcagaggcaaaaggtgtacttccagacagacttgac
tttcaattatccaaaaagaaaagcctacagaagccaaaaatgacatctactcatgctgaa
gagattgtttccatttcaaaaaatagtgaaagcaactatctaccagccaaaggcagccag
gtaacaatattagaggaaggatctaatagtgggcctggggaagaaactaatgatgcacaa
aagcctggatttctgaatgaacctctgtcaggcaaaactcaaagaagagaaagccttaag
ctcaaaaataagactattacattttcaggaaatgataaaagtaatagagatatcactcag
agttctgtggtagaaataaataatgaaactaacctggaagatagaaagggcttcagtttt
gtgccattggcaggaacttccaagccagttttatctgcatatcggccagaggacatggag
atctctataagtcaaacctctgcttcggagtataaaactatcccaccagatgaaatgact
actatacctatggataaaactgtaatgtttgtagataatctcagtgatctgggtgtcacc
agatcccatacgtttttcatcgattgtcaagccaaagagaaagtacttcatgaatatacc
aacttgggaataccaaaaccacaaaacttgagtggttctgaagataattcctgtattcaa
gaaatcaccaaaaaaccagtagctgaatacaaacaccatatgacaactgttattccttct
aatacattatttagtgatcaaagtacaatgaaaatcaagatgcataaagctgatatagat
gaagagggcataggaaaggaagtggaggccgatacattgaaacaaactaaacttgaaagg
tgtctgttaaatagaactgatggaaaaaatgtggattttacaagtagtcatatagctgat
gtttgtacatccagagacaagtattcctctttaccaaatgttatttcttcttctgataat
ttagatagtaatactaagtccttgtgtgataaaagtagggagaaagcttataattgccaa
gtgccaaatgagtttacttttgcagataatttaccaagtagatatcacctggattctgaa
ataccatctgtctttgtatcatgtccttcaaaagaagttactcaaactgaaagtgccata
gcactacttcaagatcaagatcaagagcctctgggactctcaaagtgtgcatctcttaag
tgtgcaaaggatcaaatggaggcctttgttgatgttagtgttgcttctcagcctcatctc
tcagcccaacaacctccatcaactcaaaaagggcaggatgccgccaatagagatgaagga
atgctatctaaagctgggaagaagactttaccttttcttataggaaatgtctctgcaccc
acatgtgaaaatgcgtccaaaatgcctactaatgaggaacactttgctgtaacctataac
aaagaactggaaaaaagtattcaaacagataaatgtaatacaaatgtacacaaccatagt
aactcagtcctgacaacacaagtcattcaaacacatgccagtgccgaagcagcatcagac
tctatagttccatctaatggttcctgttttagtagtgccaaaccaagtctgagtaatttg
aatagaaaaactgggaaggttttagactttaatactgttcatatattacctcctgcagaa
cagttacttgaagcaggaaatcaggcacatagtatgagtatagtacaaggtacagaaata
catagcctaggttccagcaatgacagagataaagaaagtaaaactctgcataatgaggcc
gaagctacatctgtaccactaaaagcagttgttaaagacaaagcaagaagatgttcattg
ggaatatttttacccaaattaccaaacaagaaaagttgtagtatcactggtgttgatgat
gtggaacagattctagcagatgcaactgacttaactcacctagaaactcagccagtctgt
agtcaagatccgggcattggctctgttgcagccaaactgaacttgagtccatctcagtat
ataaatgaggagaatctccctgtatatcccggtgagatactttcatcagattctgtcatc
ctggacattgaggaaagtgctccgatcgacacatatcataaagagattttaccatctgaa
aacaaaacagaaacctgcagggcccaaaaaagagcctgggttcaagaaaatgaggttaaa
aatgagaaaaaaatcagaacacatgatggtgcacaagatcaagagatttttgatcattat
actgaagaggacatcaataaaagtattaacaatgtatttctaaaaagcctgagcaggaca
ccgtctagttctagcagctctctggattcaatcaaggctgatggaatctctctggatgcc
agcacacagcgtaatagccaaatggaatcacagtttcttggtgacactatctgtgaagag
agtttgagggagaaactgaaggatggacaaattacaatcaaagagttcttcatacttctt
caagttcatatcttaatacagaaacctaggcagagcactctcccagccaaatttactata
aacacattacctaccacagaagatctgatgttgagacaatatgtttacggacccaagata
caaatttacagagaagattgtgagcttcttcgacagaagattgaagaattgaaggtatct
gcgttgaaccaagataaactattggtggatgtaaataggaacttgtgggaaaaaatgaaa
gactactctgacgaagagctgaagacctatggaatttaccttaacaaaataaaatcacgt
tataccaagatgacgaaagtcttcactcaccaaggaaaagtggatctgtatagcaaattg
gtgcactcagctgagactgagaagaggaaacttcagataaaaatcaacgagatggacacc
atacttaagaagatcaataactgtctcactgcagtggaaatagaaactaagaatttggag
gctgaagagaaagatgatgccatggaagattgggattctgaaatacgagatgcagagaaa
gaactggaaaggctgaaaactgaggaagaggagcttcaaagaaagttcttagaagtagag
acacagaaaacgcagacccttgctcagatagaatttataaaagaacaaacaactgaaaca
gaagaattattggatcaattgagtttttctgagtgggatatcatcgagtggagtgatgaa
caagcggtatttacctttgtttatgattcaatagaacttatcatcacttttggagagcct
caggttggtctccctttcttggacaaggcttacaggacgattaatgaactcagttttcag
tctctgttagacgaagataaagcgcctccttcctccctcttggtccacaagcttattttc
cagtacattgaagagcaggagttctggaagaagaagtgcacaacacagcatcaggtgccc
cagatgcttcaagaactctcattggtagttaaccattgtaggcttcttggagaagagatt
gaatttttaaagcgatggggaccaaattatagcctaatgcatataaatgtgaataatact
gaattacggcttctattctccagttctgcagcatttgcaaagtttgagataactttgttt
ccctcggcccattatcccttggtcccactaccattcaccattcaaaatcaccttgggaag
actggccatgatgaaattgctgccgttatctctaaagtgcccttagaggaaaactacctg
aagaatgtagtcaagcagatttaccaagatctacttaaggactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (19)   

Download RDF
DBGET integrated database retrieval system