KEGG   Felis catus (domestic cat): 101088452
Entry
101088452         CDS       T02385                                 
Symbol
AHCTF1
Name
(RefSeq) protein ELYS isoform X1
  KO
K25129  protein ELYS
Organism
fca  Felis catus (domestic cat)
Pathway
fca03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:fca00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    101088452 (AHCTF1)
SSDB
Motif
Pfam: ELYS-bb ELYS
Other DBs
NCBI-GeneID: 101088452
NCBI-ProteinID: XP_023103640
EnsemblRapid: ENSFCTG00005006440
Position
F1:3226528..3308656
AA seq 2321 aa
MRGLTAQVTALLRLPEVTVQAFAEDGVTSECVLHGKLTPGRNALACMACGPQLEVVNFLT
GARLSAYRFNGVSQQPPVVLAMKEFSWQKRTGLLIGLEEAEGSVLCLYDLGVSRVVKAVV
LPGRVTAIEPVINHGGASASTQHLHPGLRWLFGVAAVVTDVGRVLLIDLCLDDSCGQNEV
DASDLEVVTGIPAEVPHIRETVMRAGRHLGLQLASPSGTAASALCYIGRTNQLAVGFSDG
YLALWNMKSMKREYYTQLEGGRVPVYALTFQEPENDPRNCCYLWAVQSTQDSEGDVLSLH
LLQLAFGDRKCLASGQILYEGLEYCEERYTLDLTGGMFPLRGQTSNTKLLGCQSIEKFRY
HGDREEGMSEALSPDTSVSVFTWQVNVYGQGKPSVYLGLFDINRWYHAQMPDSLRSGEYL
HSCSYFALWSLDSVVSKASPHYILDVLVHERSLSRGVPPSFPPPEQFFSPSTYNFDATCL
LNSGIVRITCNGFHKETLTFLKKSGPSLSEFIPDGYNRCLMAGLLSPRLVDIQPSNLTQE
EQLEAILSAAIHTSSLGLLTGCIKKWIAEEQPNSAANLRFVLEWTWNKVIFTKEEFDRLC
TPLFDGSCRFIDSQTIQSLQQCRLLLSNLNSVLNCFTREAQDITERGLLDLHRKCLVTRL
ICRYTQVVLWFCRSGLLPEGLDDAVHLPRLCYNYPVIQNYYTSRRQKCERLSRGKWNPDY
LMIDGMVSQLGDGVEKLWKRDEGGTGKYPPTSLHALLDIYLLDDVTEASKHAVTIYLLLD
IMYSFPNKTDACIESFPTAFAISWGQVKLIQGFWLIDHNDYGSGLDLLFHPSTAKPVSWQ
HSKIIQAFMSQGEHRQALRYIQTMKPTVSSGDDVILHLTVLLSNRYVVEAWTFLRQHSAG
LNVEELLRHAYEVCQDAGLMEDLLQLPFTDTEQECLVRFLQSSTSVRNQEFLLVHYLQRA
NYASALRLNQTLKANLTNDRDPLLRERSEVRNAIIDQYGKVLPKIQRKLAFEQAKPYHLS
TSPVLQEVSRPKPLSTVTKQTGTGTVLTRSTFISSVLSKIGEVWANSDPKDGTSACSSPK
TEGPSPSLPHAKMPEAFVGTPILKTSQKVSRPPDSVVHPVPQPSQHLGFIQQTPPRSPLY
RASSSLPVRSQQKGSSQSSPRASEFRVLETPFVVKKAKTLAMSVASSGFAEFTPQSILRS
GLRTSPLPSPSLSPGRSLSPPLRLKETRISFMEEGVATKRTAEGADESRIRLSFTSPFHK
CGVPAENRRLKSEDRTAAFSPNSPEKDHREMDVRSEDTASQSLEKLDTSKESSGTSTRSD
QTTLEYQDAPSPGDLEDLFVASKPVSPPTELIANLTEQTEKDSDPDVLESEITPPDLEKQ
TGPLEEAEAQDLLVAEAELSEFSHLSPVQGVEASLSVPAAHEGKIVALKSRVPVLDEGVV
SVAACSSSLRAAASDVHGDTGDLGLVASESPVTSGHKSDQEIALTLKEDHEVAAGVLKAS
VDFPEEKPPVSDGPPDTQEIHVIEHEKLGVQDSGHEANDLSFNELYPSGALKLQYNFDTI
ERQFCDLPDNKDSAECDVAEVDGELFGAQSNFTLILEGEEGEFETGDSAASNVLATAANT
AAEEKPACDGENDGRRHAADFASVTASDQESQKLETLPYVPEPIKVAIAENLLDVIKDTR
SKEITSDTVEPPSIHDNLPLISQKVMCPSKVVRSTPKTVQETSTLTVSVSQTHDMISSRT
RTRGQRVQNLSVRPAQQEESADVATPGTPGLSGGRRARRTKDLSGASESACSDVRGASLN
QQVPQNSVTPRRGRKRKDHQDTSESDHPLAREPPATPGGSLGRLKSSPLLEPAAEEVKLS
SVTKKTPRRIKKAVENDDSVEMVDLGVKVSKGARSGGSTRKLRSAKLGASETTGYKQDGE
SKLSPVTKKTPRGIKKAVENADSVEMADKDVKVSKGARSGGSTRKLRSANVGSSRSVGCK
PDPMCIEEAPPVQHNNKAKKREVSTPDVLEDRQRDTSQLALETESDLPRKRGRPRKKPPE
DVGSKATKEVRSPKKTQTPSRQRRSARSTPARGGKADAGKPALEKSVSVPAEELATVTSA
KRKLTKRTENQSQTRALRLISEKCTGEDPKEPGDPEAKVPAAVAVTQSARGRRTRASKAV
SLLDPSEPETEFVFSPPVSKAPRKEKAKKIEAPAQLQELVSDLSSQFVFSPPTLRTRQKN
TSNTPRLGDELKDNTQSTETVRKQKVKTTRTAKTRQASRNKEDDPWSPPPVKIRLISPLG
SPVDDVKNKPRKATTVPTRGLGRSKKKLSSFPKQVLRRKML
NT seq 6966 nt   +upstreamnt  +downstreamnt
atgcgtggcctaacagcacaggtgacggctctcctgcgcttgccagaggtgaccgtgcaa
gcctttgcggaagatggagtgacgtcagaatgtgtgcttcatggcaagctcactccaggg
agaaacgcacttgcttgcatggcttgtggtccacaacttgaggtagtaaactttctcaca
ggagcgcggttgtctgcatatcgattcaatggagtgagtcagcagcctcctgtcgtcctg
gctatgaaggagttctcctggcagaagagaaccgggttgttaatcggactagaggaagca
gaagggagtgttctctgcctttatgaccttggtgtgtccagagtggttaaagccgttgtt
cttcctggaagggtaactgccatcgagcctgttattaaccacggtggagccagcgcaagc
actcagcatttgcaccccggcctgcggtggctcttcggtgtggcggccgtggtgacggac
gtcggacgggtcctcctcattgacttgtgtttggatgactcgtgcggccagaatgaagtg
gatgcgtcagaccttgaagtcgtcaccggcatcccagctgaggtgccgcacatcagagag
accgtgatgcgggcagggcgccatctgggtctccagctcgcaagcccgtccgggacagct
gcgtcggcgctctgttacatcggcaggactaaccagctggccgtgggcttttccgatggc
tatctagctctgtggaatatgaaaagcatgaaaagagagtactacactcagttggaaggt
ggacgagttcccgtgtacgcgcttacttttcaagagccggagaacgaccctcgtaattgc
tgttacctgtgggctgttcagtctacacaggacagtgaaggggacgttttgagtttacac
ctgcttcagctggcctttggtgatagaaagtgtttggcatcgggacaaatcttgtatgag
gggctagagtactgtgaagagagatacacactggacctcacgggtggcatgtttcctttg
aggggacagactagtaataccaagctgttgggctgccagagtatagagaaatttcgatat
catggcgacagagaggaaggtatgagtgaagcgctgtctcctgacaccagtgtttcagtc
tttacctggcaggtgaatgtatatggacaagggaagccttctgtgtacctggggcttttt
gacataaatcgttggtatcatgcgcaaatgccagactcgctaagatcaggagagtatctg
catagttgctcctattttgcattgtggtcactggattctgtcgtgagtaaggcttcccca
cactacatcttggatgtgctggtgcacgagagaagcttgagtcgaggagtgcctccctcg
ttcccacctcctgagcagttttttagcccaagtacttacaattttgatgccacttgttta
ttaaactcaggaattgttcgtataacttgtaacggctttcacaaggagactttgactttt
ttaaagaaatcagggccatctctcagtgaattcatacctgatggttataatcgatgtctt
atggctggccttctgtcaccgagacttgttgatattcagccttccaacttaactcaggaa
gaacagttagaagctatactgtcagcagcaatccatacgagttcgctgggacttttgact
ggatgtatcaaaaagtggatagcagaagaacaaccaaattctgctgctaatctgcgcttt
gtgctcgaatggacatggaataaagtgattttcacaaaagaggaatttgacagactatgt
acaccattatttgatggctcgtgtcgcttcatcgattcgcaaaccatacagtccctccag
cagtgccgtttgcttcttagcaaccttaattcggtcttaaactgtttcacgagagaggcc
caagacatcaccgagagaggccttctggacctccacaggaagtgcctggtcacccggctc
atctgccggtacacacaagtggtgctttggttctgccgctccgggctgctaccagagggc
ttagatgatgccgtgcacctgccccgcttatgctacaactaccccgtcatccagaactac
tacaccagccgtcgacagaagtgtgagcgtctgtccagagggaagtggaatcctgattac
ttgatgattgacggaatggtttctcagttaggagatggcgtggagaagctgtggaaacgg
gatgaaggaggcacaggaaaatacccccccaccagtctacacgcactgctggacatatac
ctcctagacgacgttaccgaagcgagcaaacacgctgtcaccatttatttgttactcgat
atcatgtattccttccccaacaaaacagatgcttgcatcgaatcatttccgaccgccttt
gccatttcttggggccaggtcaaacttatccaagggttttggctgatagatcataatgac
tatgggagcggcttggaccttctgtttcacccaagtactgcaaaacctgtgtcgtggcag
cattcaaagattattcaagccttcatgagccagggtgagcacagacaagccctcaggtac
attcagaccatgaagccgacggtgtccagcggcgatgacgtcatccttcacctcactgtt
ctgctttctaacaggtacgtggtggaggcctggactttcctgcggcagcactccgccggc
ctcaacgtggaggagctcctcaggcacgcatacgaggtctgccaggacgcgggcctgatg
gaggatttgctgcagctgcctttcaccgacacagagcaggagtgcttggtgagatttttg
cagtccagcaccagtgttcgaaatcaggagttccttctagttcactacctgcagcgtgcc
aattacgcctctgccctgaggctgaaccaaactctgaaggccaatctcacgaatgatcgg
gatcctcttttgcgggagagatcagaggttcggaatgctataatagaccaatatgggaaa
gtccttcctaaaatccagcgaaaattagcctttgagcaagccaagccttaccatctgtcc
acatcaccagttcttcaagaagtttctagacccaaaccattatcgactgtcacaaagcag
accggaacagggactgtgttaacaagatctaccttcatcagtagcgtgttgtctaaaatt
ggagaggtttgggcaaacagcgaccctaaagacggcacatcagcctgcagcagtcctaaa
acagaaggaccatctccttctctcccacatgcaaaaatgcctgaggcatttgttggaaca
ccaattttaaaaacgtcacaaaaagtttcgagaccgccggattcggtcgttcatcccgtg
ccccagccgtctcagcatttgggatttattcagcaaacccccccaaggtctcctttatac
cgagcgtccagttcattgccagtaaggtcacaacagaaaggatcgagtcagagctctccc
agagcttcggaattccgcgtacttgaaactccctttgtagtgaagaaagctaaaactctg
gccatgtcagtcgcttcctctggatttgccgagttcactcctcagtccatcctaaggtct
ggtcttcgaacatcacctttaccgtctccgtctctgtcgcctggaaggtccctttcccct
cctctgcgacttaaagaaactagaatttcattcatggaagaaggcgtggccacaaaacgg
actgctgaaggggcagacgagagcagaataagactatcttttacgtcacctttccataaa
tgtggagttccggcagaaaacagacggctgaagagcgaagacaggacagcagccttttcc
ccgaatagtcccgaaaaggaccatcgggaaatggatgtgagatcggaggacacggcctca
cagagtttggagaaactggacacgagcaaagaaagtagcggtacctcaaccaggtcggac
cagaccaccttggagtaccaggacgcgccatccccaggagacttggaagatctttttgtg
gcctcaaagccagtgagccctcccacagaattaattgctaatttgactgaacagacagag
aaggacagtgatccagacgttcttgaatcagaaataactcctccagacctggagaaacaa
acgggccctttggaagaggcggaggcacaggacctcttagtcgcagaggcagaactttcc
gagttcagtcacctgagccccgttcaaggagtcgaagcttccctcagtgtaccagcggcc
cacgaagggaaaatcgtcgccctgaaatcccgggtaccagttctagacgaaggggtagtg
tctgtcgccgcctgttcctcttcactcagagcagctgcgtctgacgtccatggtgacact
ggggacctggggcttgttgcctccgaaagtcccgttacctccggtcataagtctgaccaa
gaaatagcactgaccttaaaagaagatcatgaagtagcagccggtgtgctgaaagcaagt
gttgactttccagaagaaaagcctcctgtctctgacggtcctccggatactcaagaaatt
catgtgattgaacatgaaaagcttggagttcaagattcgggacacgaggctaacgatctt
tcatttaatgagttgtatccctcaggggcccttaagctccagtataactttgataccatt
gagcggcagttctgtgacttgcctgataataaagactccgctgagtgtgacgttgccgaa
gtagatggggaactttttggggcgcagagcaactttaccttgatactggaaggtgaagaa
ggagagtttgagacaggtgattctgccgcatctaacgtgttagctacagcggcgaacacg
gcagcggaggaaaaacccgcgtgcgacggggagaatgatggtcgccgacacgccgcagat
ttcgcgtctgtcaccgcgagtgaccaggagtcccagaagctggagacgttaccatatgtg
cctgaacccattaaagtagccattgcagaaaatttattagatgtgattaaagacacaaga
agtaaagaaattacttcagatacagtggaaccaccgtccattcacgacaacttaccttta
ataagccagaaggtaatgtgtcccagcaaggtagtcagatctacgccgaagaccgtgcag
gaaaccagtacactgaccgtaagcgtgagccagacgcatgacatgatttcctctagaacg
cgcacgagaggacagcgcgtccaaaacctgagtgtcagaccagctcagcaggaggagtcc
gcggatgtcgccacccctggcaccccggggctttcgggcgggaggagagcgaggagaacg
aaggacctctctggggcttccgaaagtgcctgttctgacgtcagaggagcgtctctgaac
cagcaagtaccccaaaattctgttactcctcggagaggacggaaaagaaaagatcaccaa
gacacttcagaaagtgatcatcctctggcacgggagccaccggccactccgggtggctcg
ctcgggaggttaaaatcctctccgctgctggagccagcagctgaggaagttaagctttca
tctgtcaccaaaaagacccctagaagaattaaaaaagcggtggagaatgacgacagtgtt
gaaatggtagatctaggcgtaaaagttagtaaaggagcacgttctggcggaagcaccaga
aaactgagaagtgctaaactaggggcttctgaaaccacgggatataagcaagatggagaa
agtaagctttcacctgttacaaaaaagactcctagaggcattaaaaaagcagtagaaaat
gccgacagtgttgaaatggccgataaagatgtaaaagtcagtaaaggagcacgttctggc
ggaagcaccagaaaactgagaagtgctaacgtcggctcttccagaagtgtaggatgcaaa
ccagatcccatgtgcattgaagaggcaccgcctgttcagcacaacaacaaggccaaaaag
agagaagtcagcacgccggatgttctggaagaccgtcagcgtgacacatcccagctggct
cttgaaaccgaatcggatctgcctaggaaacggggaaggccgagaaaaaaaccacccgaa
gatgtggggtctaaggccactaaggaagtgaggagtcccaagaagacgcagactcccagc
cgccaaaggaggtccgccaggagcaccccagccagaggtggcaaggctgacgccgggaag
ccagctttagaaaagtccgtttccgtgccagcggaggaactcgccacggtgaccagcgca
aagaggaagcttacaaaaaggaccgaaaatcaaagccagacacgtgcattacgcttaata
tcggaaaaatgcacgggcgaagacccaaaggaaccgggtgacccagaagccaaagtgccc
gccgcggtggccgtgacccagtccgcgcgcggcaggaggactagggccagcaaggccgtc
tcactgctggacccttcggaaccagaaacggagtttgtcttttctcctcctgtgtcaaag
gctccaaggaaagagaaagccaaaaaaatagaggctccagcacaattgcaagaactagtt
tcagatttatcttctcagtttgtcttctcaccgcctactttacggaccaggcagaaaaac
acatccaatacacccagacttggagatgaactgaaagataacactcaatcaacagaaact
gtgagaaagcaaaaagtgaaaaccaccaggactgcaaagaccagacaagcaagcagaaac
aaagaagacgacccctggtcccctcctccagtgaagatcaggctgatttctcctttggga
agcccggttgacgatgtaaagaacaagcctagaaaagctactacggtaccgacgagaggt
ctgggaaggagcaagaagaaactgtcttcctttccaaagcaagttttacggagaaaaatg
ctgtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (2)   
   Pfam (2)   
All databases (56)   

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