KEGG   Mus musculus (house mouse): 106633
Entry
106633            CDS       T01002                                 
Symbol
Ift140, Tce5, Wdtc2, mKIAA0590
Name
(RefSeq) intraflagellar transport 140
  KO
K19672  intraflagellar transport protein 140
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    106633 (Ift140)
Cilium and associated proteins [BR:mmu03037]
 Primary cilia and associated proteins
  Intraflagellar transport (IFT) complex A
   106633 (Ift140)
SSDB
Motif
Pfam: ANAPC4_WD40 Clathrin Coatomer_WDAD tRNA_int_end_N2 TPR_12 RNase_HII Exo84_C Hira
Other DBs
NCBI-GeneID: 106633
NCBI-ProteinID: NP_598887
MGI: 2146906
Ensembl: ENSMUSG00000024169
UniProt: E9PY46 Q3TQ94
Position
17:25235056..25318461
AA seq 1464 aa
MALYFDHRIKAPDTPSSPSHITWHPTHPFLAVASISPSSGGNVDIYLEQGEPVPDTHIER
SFQATSLCWHPTRLILAIGWETGEVIMFNKQDKEQHTVPLPHTTDIAILSWSTSGSCLVS
GDKLGVLLLWRLDQRGRVQGTPLLKHEYGKALTHCIFRLPPPGEDLVQLAKAAVSGDEKA
LDMFNWRKSSFGSFLKTGSQEGLSFFVSLMDGTVHYVDEKGKTAQVASTDSSIQTLFYIE
RREALVVVTENLLLSLYVVTPEGEAEEVMKVKLSGKTGCRADITLIEGSLLVTAIGEPVL
RFWDLERGENYILSLQEKFGFEKGESINCVCFCKAKGLLAAGTNKGRVAMWKKVPSFPNG
RGAEGKDMWALQTPTELEGNITQIKWGSRKNLLAVSSTESVSILSEQAMSSHFHQQVAAV
QISPSLVNVSFLSTGGTHSLHTDMHISGVFATKDAVAVWNGKQVAIFEPSGSTLRNAGTF
LCETSVLAMHEESIYTVEPNRLQVRTWQGTVKQLLLFSETEGSPCFLDVCGTFLVAGTDL
AHFKSFDLSRREAKVHCSCKNLAQLVPDVGSITSLRCNANGNKISILLSKVNNSPDSKIY
IYDVEMDTVNVFNFTTGQIGQIQTLPFNEPPTNETRSFMDKSLAGYTPVNHFWDQSEPRL
FVCEALQEAPGAQPQAVDKQPRVEEGTCHKEEVLILSFFASEEHGFLLHDSFPRPSTYQS
LLGMEVPHYYFTKKPGEADKEDRVDSGYYHIPQMVAKRPLRDFVGLEDCDKSTRDAMLNF
SFFVTIGDMDEAFKSIKLIKSEAVWENMARMCVKTQRLDVAKVCLGNMGHARGARALREA
EQEPELEARVAMLAIQLGMLEEAEQLYKKCKRYDLLNKFYQASDQWQKAVEVAELHDRVH
LRTTYYNYAKHLEASADCGQALSYYEKSDTHRFEVPRMLSEDLQSLELYINRMKDKTLWR
WWAQYLESQAEMDTALRYYELAQDYFSLVRIHCFQGNIQKAAEIANETGDWAASYHLARQ
YESQDEVKQAVHFYTRAQAFNNAIRLCKENGLDDQLMNLALLSSPEDMIEAARYYEEKGE
QMDRAVMLYHKAGHFSKALELAFTTQQFAALQLIAEDLDEKSDPALLARCSDFCIEHRQF
EKAVELLLAAKKYHEALQLCLEQNMTITEDMAEKMTVSKDSKDMSEESRRELLEQIANCC
MRQGNYHLATKKYTQAGNKLKAMRALLKSGDTEKIVFFAGVSRQKEIYIMAANYLQSLDW
RKEPEIMKSIISFYTKGRALDLLAGFYDACAQVEIDEYQNYDKAHGALTEAYKCLSKAKT
KNPLDQETKLAQLQSKMTLVKRFIQARRTYTEDPKESLRQCELLLEEPDLDSTIRVGDVY
GFLVEHHVQMEEYQMAYKYLEEMRKRLPSANMSYYVDQRTVDTVHQGLGLLPPSRIMPER
VRHNSMEDHKEVYEEVIEEVDNDP
NT seq 4395 nt   +upstreamnt  +downstreamnt
atggctctgtattttgaccaccgaatcaaagctccagacacacccagctctccctcccac
atcacctggcaccccacccacccattcctggcagtcgcatctataagcccatcttctgga
ggcaacgtagacatctaccttgagcaaggtgagcccgtgcctgacacccacattgagagg
tctttccaggccacttcactgtgctggcacccaacaaggcttatcctggctattggctgg
gaaactggagaagtgataatgtttaataagcaggacaaggaacagcacacagtgcccctg
ccacatacgactgacattgccatcctcagttggagcaccagtgggagctgcctggtatct
ggagataagcttggggtcctgctcttgtggagattggaccagcgaggccgagtacaggga
acaccactcctgaaacacgaatatgggaaagcactcacccattgcatcttccggctcccc
cctcctggggaggatctggttcagttggcaaaggcagcagtaagcggggatgagaaagcc
ctggacatgtttaactggagaaaaagcagctttggaagtttcctgaagacggggtctcaa
gaggggctgtctttctttgtcagtctcatggatggcacagtgcactatgtggatgaaaag
ggcaagactgcccaggtggcatccacagacagctccatccagaccctgttctacattgag
aggagagaggcactggttgtggtcacagagaaccttctcctgtctctgtatgtggtgact
cctgagggagaagctgaagaagtcatgaaggtaaagttgagtgggaagacaggctgccgg
gcagatatcactttgatagagggcagccttctggtgacagctattggggagcctgtgctc
aggttctgggacttagaacggggagagaattacatactgagtctacaggagaagtttggc
tttgaaaagggagagagtataaactgtgtgtgtttctgtaaagccaaaggtctcctagca
gcaggtaccaataaaggacgagtagctatgtggaaaaaagtgccaagcttcccaaatggc
cgtggggcggagggcaaggacatgtgggcccttcagacccctactgagcttgaagggaac
atcacacagataaagtggggctccaggaagaaccttctggcagtgagcagcaccgagtct
gtgtccatcctcagtgagcaagccatgtcgtcacacttccaccagcaagtagctgccgtg
cagatctccccgagcctagtcaacgtgtctttcctgtccacggggggcacacacagcctg
cacaccgacatgcacatcagtggagtgttcgccaccaaggatgctgtggctgtctggaat
ggaaaacaggtggcgatctttgaaccttcaggatccaccttaaggaatgcagggacattc
ctgtgtgaaacatcagtgctagccatgcatgaggaaagcatttacaccgtggagccaaac
cgactccaagtccggacctggcaggggactgtcaaacaacttctgctattctctgagacc
gaggggagcccctgcttcctggacgtctgtgggactttcctggttgcagggacagattta
gctcattttaaaagttttgatctttccagaagggaagcaaaagtgcactgcagctgcaag
aacctggcccagctggtccctgatgtggggagcatcacttctctgagatgcaatgcaaat
gggaacaagatcagcatcctccttagcaaggtcaacaacagtcctgattccaaaatctac
atctatgatgttgaaatggacacagtgaacgtcttcaacttcacaactggacagattgga
cagatacagactctgccctttaacgagccgccgactaatgagacccgttcctttatggac
aagagcctagcaggttacacgccggtgaaccatttctgggatcagagtgagcccaggctc
tttgtgtgcgaggccttgcaggaggcccctggagcccagccacaggctgtagacaagcag
ccccgtgtagaggagggcacatgccacaaggaagaagtgttgattctctccttctttgct
tctgaagagcatggctttctgctccatgacagcttcccccggccttcaacctaccagagc
cttctgggcatggaagtgcctcactattacttcacaaaaaagcctggagaagcagacaaa
gaagacagggtggattctgggtactaccacatccctcagatggtagccaagaggccccta
cgagactttgtggggctggaggactgtgacaagtctactcgggatgccatgctcaacttt
agcttctttgtcaccattggagacatggatgaagctttcaagtctatcaaactcatcaag
agtgaggctgtctgggagaacatggcacgcatgtgtgtgaagactcaacggctagatgtt
gccaaggtgtgcctagggaacatgggccacgcccgtggggcccgagcactgcgggaagct
gagcaggagccagaactggaagccagagtggccatgctggccatacagctgggcatgctg
gaggaggcagaacaactgtataagaagtgcaaacgctacgacctcctgaacaagttctac
caggcctcagaccagtggcagaaagctgtggaggttgcggagctccacgaccgtgtccac
ctgcgcaccacctactacaactacgccaagcacctggaggccagcgctgactgtggccag
gccctcagttattatgagaagtcagacacccaccgttttgaggtacctaggatgctctca
gaagacctgcagtccctggagctctacatcaataggatgaaggacaagaccctctggaga
tggtgggcccagtatcttgagagccaggcagagatggacactgcactgcgctactatgag
ctggcgcaggactacttctccctggtccgtattcactgcttccagggcaacattcagaag
gctgctgaaatagccaacgagactggagactgggctgcatcctaccaccttgcccggcag
tacgagagccaggatgaggtaaaacaggcagtgcacttctacactcgggcacaggctttc
aacaacgccatccgcctgtgcaaggagaacggcttagatgaccagctcatgaacttggcg
ctgttgagttccccagaggacatgattgaggcagcccggtattatgaggagaagggcgag
cagatggacagggctgtcatgctgtaccacaaggctggacacttttccaaggccctggag
ctggccttcaccacccagcagtttgcagcactacagctcatagccgaggacctggatgag
aagtcagatcctgctctcctggcccgctgctcagacttctgcattgagcacaggcagttt
gaaaaggctgtggagcttctcctggctgccaagaagtaccatgaggctctgcagctgtgc
cttgagcagaacatgaccatcactgaggacatggcagagaagatgactgtgtccaaggac
tcaaaggacatgtctgaggagtcacggcgtgagcttctggagcagattgccaactgctgt
atgcgccagggcaactatcacctggccaccaagaagtacacacaggctgggaacaagcta
aaggccatgagagcactgctcaaatctggagacacagagaaaattgtgttctttgcgggt
gtctcaagacagaaggaaatctacatcatggctgccaattacctacagtccctggactgg
cggaaggagccagagatcatgaagagtatcattagcttctacaccaaagggcgggccttg
gacctcctggctggcttctatgatgcctgtgcccaggtggagattgacgaataccagaac
tatgacaaggcccatggagcactgactgaggcctataagtgcctgtccaaagccaagacc
aagaaccccctggaccaggagaccaagctagcccagctacagagcaagatgacactggtg
aagaggttcatccaggcccgaaggacatacacagaggaccccaaagagtccctcaggcag
tgtgagctgctcctagaagagccagacctggacagcaccatccgtgtcggagacgtctat
ggcttcctggtggaacaccatgtacagatggaggaataccagatggcctataagtatctt
gaggagatgaggaaaagacttccttccgccaacatgtcatactatgtggaccagcgcact
gtggacactgtgcaccagggcctgggcctcctccctccatctcgtatcatgcctgagcgg
gtccgccacaatagcatggaggaccataaggaggtgtacgaggaggtgatagaagaggtg
gacaatgacccctga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (13)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (10)   
DNA sequence (42)   
   RefSeq(nuc) (10)   
   GenBank (16)   
   EMBL (16)   
Protein domain (8)   
   Pfam (8)   
All databases (93)   

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