KEGG T01002: 16709

Mus musculus (house mouse): 16709

Entry

16709             CDS       T01002

Symbol

Ktn1

Name

(RefSeq) kinectin isoform 3

K17975

kinectin

Organism

mmu Mus musculus (house mouse)

Brite

KEGG Orthology (KO) [BR:mmu00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03029 Mitochondrial biogenesis [BR:mmu03029]
    16709 (Ktn1)
Mitochondrial biogenesis [BR:mmu03029]
Mitochondrial quality control factors
  Mitochondrial dynamics
   Mitochondrial movement
    16709 (Ktn1)

SSDB

Motif

Pfam:

Rib_recp_KP_reg SKA1 Fez1 ABC_export

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

MGI:

Ensembl:

UniProt:

Position

14:47886551..47974021

AA seq 1048 aa
MEAQDKKVEMLMAPSKEQDVLLSHQDTKQEGGLGKKKGLSKKQKSENVAVLVDEPLIHAT
TYIPLDNANSNLMMDKREIIDMIKPDHVEGIQKSGTKKLKIETDKENAEVKFKDFLLSLK
TMMFSEDEALCVVDLLKEKSGVIKEALKKSNKGELSGLLHQLQEKERLLSAMKEDAAASK
ERCKQLTQEMMTEKERSSVVIARMKDRIGTLEKEHNIFQNKMHASYQETQQMQMKFQQVQ
EQMEAEIAHLKQENGILRDAVSNTTNQLESKQSAELNKLRQDCGRLVSELNEKTGKLQQE
GVQKKNAEQAATQLKVQLQEAERRWEEVQSYIRKRTAEHEAAQQDLQSKFVAKENEVQSL
HSKLTDTLVSKQQLEQRLMQLMESEQKRASKEESLQIQVQDILEQNEALKAQIQQFHSQI
AAQTSASVLAEELHKVIAEKDKQLKQTEDSLANEQDHLASKEEELKDVQNMNFLLKAEVQ
KLQALANEQAATAHEVEKMQKSIHVKEDKIRLLEEQLQHEVASKMEELKILSEQNKALQS
EVQKLQTAVSQQPNKDVVEQMEKCIQEKDEKLRTVEELLETGLIQVATREEELSAIRTEN
STLTREVQELKAKQSDQVSFVSLIEDLKRVIHEKDGQIKSVEELLEVELLKVANKEKTVQ
ALKQEIEVLKEEIGNAQLEKAHQLSVTSQVQELQNLLRGKEEQVNSMKAALEDRDRDLRG
RGTCAQVCSTPQFEELESVLKEKDNEIKRIEVKLKDTESDVSKMSELLKEVQEENKFLKC
QLSHQKHQQASFPSQEELQTVISEKEKEITDLCNELESLKNAVEHQRKKNNERRQHVEAI
ELESKDLLKRLFPTVSVPSNLNYSEWLRGFEKKAKACVAGTSDAEAVKVLEHRLKEASEM
HTLLQLECEKYKSVLAETEGILQKLQRSVEQEESKWKIKADESQRMIKQLRREREHLEME
LEKAEMERSTYVMEVRELKTQLNETHSKLQNEQTERKKVADDLHKAQQSLNSIHSKISLK
AAGDTVVIENSDISPEMSEVIGKLLVRS

NT seq 3147 nt +upstreamnt +downstreamnt
atggaagcgcaagataaaaaggtggaaatgctgatggcaccttcaaaagagcaggacgtg
ttgctttcccatcaagacactaagcaagaaggtggactaggaaagaagaaaggcttgtca
aagaagcaaaagtcagaaaatgttgcagtcttggtagacgagccccttattcatgcaact
acttacattcctttggataatgctaactcaaatctcatgatggataagagagaaattatt
gatatgattaaacctgatcatgttgaaggaatccagaaatctggaacaaaaaagctgaag
attgaaactgacaaagaaaatgctgaagtgaaatttaaagatttccttctgtccttgaag
actatgatgttttctgaagatgaagctctttgtgttgtagacctgctgaaggaaaagtct
ggtgtgataaaagaagctttaaagaagtcgaataaaggagaactgagtggtcttctgcat
caacttcaggagaaggagaggctgctctctgccatgaaggaagatgctgctgcctcaaag
gagcgctgtaagcagttgactcaggaaatgatgacagagaaagaaagaagcagtgttgtt
atagcaagaatgaaagatcggattggaacactagaaaaggaacacaatatatttcaaaac
aaaatgcatgccagttaccaagagactcagcagatgcagatgaagtttcagcaagttcag
gaacaaatggaagcagagatagctcatttgaagcaggaaaatggtatcctgagagatgct
gtcagtaacactacaaaccaactggaaagcaagcaatccgcagagctaaataaactgcgc
caagactgtgggaggctggtgagtgaactgaacgagaagacaggaaagctgcagcaagag
ggagtccagaagaagaatgcggagcaagctgctacccagctcaaggttcaactgcaagaa
gctgagaggcgctgggaagaagttcagagctacatcaggaagaggacggcggagcatgag
gctgcccagcaagatttacaaagtaaatttgtggccaaagaaaatgaagtccagagtcta
catagtaagctcacagacaccttggtatcaaaacagcaattggagcaaagactaatgcag
ttgatggaatccgagcaaaagagggcgagcaaagaagagtctctgcagatccaagtgcag
gatattttggaacaaaacgaggctttgaaagctcagattcaacaattccattcccagata
gcagctcagacctccgcttcagttctagcagaagaattacataaagtgattgcagaaaag
gacaagcagctaaagcagactgaagattcattagcgaatgaacaggatcacttagcaagc
aaggaggaggagcttaaggatgtacagaatatgaatttcttattaaaagctgaagtgcag
aaattgcaggccctggctaatgagcaggctgctaccgcacatgaggtggagaagatgcag
aagagtattcacgtaaaggaagataaaataagactgcttgaggagcagctgcagcacgaa
gttgccagcaaaatggaagaattgaagattctgagtgagcagaataaagcattacagtcg
gaagttcagaaactgcagaccgctgtttctcagcagcctaataaagatgttgtggaacaa
atggaaaaatgcattcaagaaaaagatgagaagttaaggactgtggaagaattactggag
actggactcattcaggtggccaccagagaggaggagctgagtgccataagaacagagaac
tccaccctgaccagagaagttcaagagttgaaggctaagcagagcgatcaggtttctttt
gtgtctctaattgaagatcttaagagagtgatccatgagaaagatggacagatcaagtct
gtggaagagcttctagaagttgaacttctcaaagttgcaaataaggagaaaactgtccag
gctttgaaacaggaaatagaggttctaaaagaagaaataggaaatgcccagcttgaaaag
gctcaccagctgtctgtcacttctcaagtccaggagctgcagaacttattaagaggcaag
gaagagcaggtgaacagcatgaaggctgccttagaagacagggacagagacctgagaggg
agagggacgtgcgcacaggtgtgttcgacaccacaatttgaagaacttgaaagtgtgttg
aaagaaaaggacaatgaaattaagagaatagaagttaaattaaaggacacggagagtgat
gtttctaagatgtcagagctattaaaggaggtacaagaggaaaataaattccttaagtgc
cagctcagtcaccagaagcaccaacaggcatcttttccctctcaggaagaattacaaaca
gtaatttcagaaaaagagaaagaaataactgatctctgcaatgagttagagtctttgaag
aatgctgttgaacaccagaggaagaaaaacaatgaaagacggcaacacgtggaagctatt
gagttagagtccaaagaccttctgaagaggttatttccaacggtgtctgtcccttctaat
ttgaattacagtgaatggttgcgtggctttgaaaagaaggcaaaagcgtgcgtagctgga
acttcagacgcagaggcggtcaaggttttggagcacagattgaaagaagctagtgagatg
cacactttgctacagctggaatgtgaaaaatacaagtcggtccttgcagaaacagaaggg
attttgcaaaaacttcagcgaagtgtggagcaagaagaaagtaaatggaaaattaaagct
gacgagtctcaaaggatgattaaacagctgagaagagaaagagagcatttggaaatggag
ctagagaaggccgagatggagcgatcgacttacgtgatggaagtcagagagctcaagaca
cagttaaatgaaacacactcaaaacttcaaaatgaacaaacggagagaaagaaggtagct
gatgatttgcataaggctcaacagtccctgaactctatccactcaaaaatctcactgaaa
gctgctggagacactgttgttattgagaacagtgatatttccccagaaatgagtgaagta
attgggaaattactcgttagaagttaa

All links

Gene (87)   
   RefGene (81)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (56)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (53)   
DNA sequence (147)   
   RefSeq(nuc) (53)   
   GenBank (47)   
   EMBL (47)   
Protein domain (4)   
   Pfam (4)   
All databases (294)   

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