KEGG   Rattus norvegicus (rat): 679806
Entry
679806            CDS       T01003                                 
Symbol
Fer1l5
Name
(RefSeq) fer-1-like protein 5 isoform X2
  KO
K22126  fer-1-like protein 5
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rno04131]
    679806 (Fer1l5)
Membrane trafficking [BR:rno04131]
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    679806 (Fer1l5)
SSDB
Motif
Pfam: C2 FerB Ferlin_C FerA FerI
Other DBs
NCBI-GeneID: 679806
NCBI-ProteinID: XP_008765267
RGD: 1583681
Ensembl: ENSRNOG00000024201
Position
9:46101798..46156483
AA seq 2042 aa
MLRVVVESATINPPLSPTPKACVTVYFREMKKRTRVEEGNDPIWNETLIWHLWNQPLGND
SFLKVILQDSGSKKKERFIGLATVLLKQLVQRPNEVFYVKNLTLLNHSMNPTDCTITLQV
AQIDDQGTKMTGHGELLDSTVSEVTQKNQMVPGFPTHLSSKPQHFQVRLKVFEARQLLGN
NIKPVVKINIAGKQHLTRIQMGNNPFFNEIFFQNFHEVPAKFFEENILIEVVDSAASRSK
AEIGRFQIDIGFIYHSPDHTLQRKWLGLCQRNKTTSGIRGYLKVTICALGVGDEAPVDQK
LPYEDDSQVKIFKSTQVPVSLAYLQFFIYCAEDLHFRNPQSATPALEVELIGDKLRTYPK
SQSDSPIWNQILTFQIQLPCLSSYIKFRVLDCSKSNCRDEIGSASLCLSQISSTGEEIQG
MYSGFLPCFGPSFLTLRGGEKPPFRTTEEGTCILDAVNKDGLAYRGRIFIEIVTKIKSQQ
DSVMKDLSQEVIKVEMQQYRQKYGLCVVFLSCTMMPKFKDLIQFEVSMGHYGNKMDPNYK
PLVSTTQHSPVIYDGTSYHYVPWYNTKPVVAVTSNWEDVSFRMNCLNLLHVTRDRLKTNL
DILKSIRNPRDPALLQQWEKLLKDLQEDCRGPLPCMTDQPRANNLDKNKWKLRSYLLQQL
EQRAKEAKPVNMVGTAEDWLRRLNTVIPEPQESLPDVLIWLMSGQKRVAYARIPAHTVLF
STAGPMSSGKFCGKIQNLLLQYPEGEGQNILPAYLRVCMWLGNVKHSKNLKLLQQGTMVV
YAETYENQAKIKDDWGQQGLYYCPNFSDVMGRKALPKTDFRAPPEWHWKADWVIEPQRRL
LLDIDINKSQVLEEVYENQSRNATGAWVPAAIPNTDVNGQPVEAPENVKCPQGWHFKKNW
IVELNHAVDSEGWEYGVGIPPSGLPQIWNSVEKTYHSCRRRRWVRVRFRNHREVGQKLSL
EEETLSFLQMQDLSEEGKEGWEYGTFGSRFHLDPQPTSRFRRRCWHRQLAPNEDRGVAPI
FLLEGSLEVEQKKQPKKEVERTWAWQHWKDWRRAPEDPRIPTMPFIYCTLNKPHYYQLFC
YIYQARNLMYNQVLTFQESFIQVVFLNHSLCTQTLKSSAAPTWSQTLIFQHLLLFEDPKD
TRENPPLVALELWQHDSRGNKILWGRSMWPPVVWLGLQDWVFTPLRWHPLVRELGEEEGE
ILASCELILETRKLKELHLPILSVPCKNGIYMLPKNIRPNMKMMAIEIMAWGLRNMKNVR
YPQLLLECGEKSLRTEPISNFQENPNFPTSTFFFTVFMPMEESHAQPLVVKVLDNQAYGQ
QTVVGQANIDFLQPYFCDPWSLNYTTVKLPTLSIKKPNTFLDLVYKKFWFDSSKDEGEYE
QDVDWWSKLSWATGNEDKSLKYNYKSYHTLKVYDCELETIQAFQGLQDFCQTFKLYQEKP
KVDSPVVGEFKGLFRIYPFPEDPDAPKPPRQFSAWPEIEDFPQMCLVRVYLIRAINLQPQ
DYNGLCDPYVILKLGQTKLGSRDSYHPNTLDPIFGTMYELTCNIPLEKDLEIQLYDFDLI
TADDEIGTTVIDLENRLLSGFGARCGLSKSYCKSGPFKWRDQMTPSYLLYRYAKQKGLPP
PVFDLEGDSIYYNGEKFKLQSFEPTPPTYENLGPKKERLALYILNTQGLVPEHVETRTLH
SNSQPGIDQGKIQMWVDIFPKMLGPPGPEVNISPRKPKRYQLRCIIWSTAEVDLVRETFS
RDKMSDIYVKGWLFGLEKDAQKTDVHYHSLTGEAIFNWRFIFNMDYLMTERVCVQSQKDY
IWSLDPTSVKFPARLIIQIWDNDFFYPDDFLGVLEMDLSDMPLPAKNSRQCSLKMMETES
KWPFTPQKHISLFKKTNVTGWWPCQVHEDDKWRLSGKIKMTLEMLSEKEALIRPAGQGQS
EPNQFPTLHAPERNDSFLLWYRSPIKNFCYAVCKRYRSKIICLVVILVIGFILFKFVYSA
PNYLTMNWIKPKLRLYPPIKIVNVIGSVNTSSLNSSLFTMEGSKLKPLKDHGPTLVKYPG
IT
NT seq 6129 nt   +upstreamnt  +downstreamnt
atgctcagggttgttgtggagtctgccacaattaaccctcccctcagccccacacccaaa
gcctgcgtaactgtctacttcagagagatgaagaaaagaactcgtgtggaggaaggaaac
gaccccatatggaatgagaccctaatctggcacctctggaaccagccgctgggaaatgac
tccttcctgaaggtcatacttcaggattcaggctctaaaaagaaagaaaggttcattggc
ctggccactgtactgctcaagcaactggtgcaaagaccaaacgaagtcttttatgtgaag
aacctgaccctgctcaaccattccatgaaccccactgattgtaccatcaccctacaggtg
gcccaaatagatgaccagggcaccaagatgacaggccatggggagctcctggactcaact
gtaagtgaggtgacccagaagaatcaaatggtccctggcttccccacgcacctgtcttcc
aagcctcagcactttcaggttcggctgaaggtgtttgaagcccggcaactcctgggtaac
aacatcaagcctgtagtaaagataaacatcgcgggcaagcagcatctcactcggatccag
atgggaaacaaccctttcttcaatgagatattcttccagaacttccatgaggttcctgca
aagttctttgaggagaacatcttaatcgaggtggtggactctgccgcatcgagatctaaa
gcagagatcgggagattccagatagacattggatttatctaccattccccagatcacaca
cttcaaaggaaatggttaggcctctgccagcgaaataagaccaccagtggaatcagaggc
tacttgaaagtgaccatctgcgcactcggtgtgggggatgaggcaccggtagatcaaaag
ctgccctatgaggatgacagccaggtcaagatcttcaagtcaacacaagttccagtcagc
ctggcttacttacagttcttcatctactgtgcagaggacctccacttcaggaaccctcag
tcggccactcctgcgttggaggttgaactaattggggacaagctcaggacatatccaaag
agccagtccgacagccccatatggaaccaaatcctcaccttccagattcagctgccctgc
ctctctagctacatcaaattcagagtcttggactgctccaaaagcaattgccgggatgag
attgggtctgccagcttgtgcctcagccaaatctcgtccaccggagaggagatccaaggg
atgtactctggcttcctgccctgctttggtcccagcttcctgactctccgtgggggtgaa
aagccccctttcaggaccacagaggaaggcacttgcatcctcgatgctgttaataaggat
ggtttagcttaccgtggccgaatctttatagagatagtcaccaagatcaagtctcagcaa
gactctgtgatgaaggacctgtctcaggaagtgatcaaggtggagatgcagcagtatcgt
cagaagtatgggctgtgcgttgtcttcctctcctgtaccatgatgcccaaatttaaggac
ctgattcaatttgaggtcagcatgggccactatggaaacaagatggatccaaactacaag
cctcttgtgtccaccacacagcacagcccggtgatatacgatgggactagctaccattat
gtgccctggtacaacacgaagcccgtggtagctgtgacttccaactgggaggatgtcagc
ttccggatgaactgccttaacctccttcacgtcacccgggatcgcctgaaaaccaacctg
gacatcctgaaatccatacggaaccccagggatccagctctgctccaacagtgggagaaa
ctgctgaaggatctgcaggaggactgccggggccctctgccttgtatgactgatcagccc
agagctaacaacttagacaagaataaatggaagcttcgcagctatctcctgcagcaactt
gagcaaagggccaaggaagccaagccagtgaacatggtgggcacagcagaggactggttg
cgccgtctcaacactgtgatccctgagccccaggaaagcctcccggatgtgctgatctgg
ttgatgtccgggcaaaaacgagtggcctatgctcggatacccgcccacactgtcctgttc
tccacagcaggacccatgagctctggcaagttctgtgggaagattcagaacctcctctta
cagtacccagaaggggaaggacagaacatactcccagcctacctccgggtctgcatgtgg
cttggcaacgtcaaacacagcaagaatctaaagctgcttcagcagggcaccatggtggtg
tatgcagagacgtatgaaaatcaagccaagatcaaagacgactggggacagcaagggcta
tactactgccccaacttctcagatgtcatgggacgcaaggctctccccaagacagacttc
agggctcccccagaatggcattggaaggccgactgggtaatagagcctcagaggagactc
cttctggacatagacatcaacaagagccaggttctggaagaggtgtacgagaaccagagt
cgcaacgccacaggtgcctgggtgcctgcagctatccccaacacggatgtgaatggacag
cctgtggaagccccggagaatgtgaagtgtccccaaggctggcactttaagaagaactgg
attgtggagctcaaccatgcagtggacagtgaaggctgggagtatggagtggggatccca
ccctccggcctgccccagatctggaactcggtggaaaagacttaccactcgtgccgccgg
cgacggtgggtgcgcgtgcgctttcggaatcacagggaggtgggccagaagctgagcctg
gaggaggagaccctctccttcctgcagatgcaagacctctctgaggagggaaaggagggc
tgggagtatggcacattcggctctaggttccacctggaccctcagcccacaagccggttc
cgtcgtcgctgctggcaccgacagctggcgcccaacgaggacaggggtgtagctcccata
ttcctcctggagggatctttggaagtggagcagaaaaaacaaccaaagaaggaagtggag
aggacatgggcgtggcagcactggaaggactggaggcgtgccccggaggacccccggatc
cccaccatgcctttcatctactgcaccctcaataagcctcactactaccagcttttctgt
tacatctaccaggcccggaatctgatgtacaaccaggtcctgacctttcaggagtctttc
atccaagtggtcttcctgaaccacagcttgtgcacccagaccctgaaaagctctgcagct
ccgacgtggtcccagacgctcatcttccagcaccttctgctgtttgaagaccccaaagat
accagagagaaccccccacttgtggcactagaattgtggcaacatgactcacggggaaac
aagatcttgtggggacggagcatgtggcccccagtcgtctggctgggcctccaagactgg
gtctttacccccctgaggtggcaccctcttgtaagagagttgggagaggaagagggtgag
atcttggcatcctgtgagctgatcttagaaacacggaagctgaaagagttacatctgcca
atcctaagtgtcccctgtaagaacgggatttacatgctgcccaagaacattcggcctaac
atgaaaatgatggccattgagatcatggcctggggccttcggaacatgaagaatgtgcgt
tacccccagctcttgctggaatgtggggaaaagtccctgaggacagaacccatcagcaac
ttccaggagaatcccaacttccctacatctaccttcttcttcacggtgttcatgcctatg
gaggagtcccacgcacagcccctggtggtgaaagtactggacaaccaggcatatggccag
cagactgtggtcggtcaagccaacattgacttcctccagccctatttctgtgacccctgg
tctctcaactacacaactgtaaagctgccaacactgtctattaagaagcctaacaccttc
ctagacttagtctacaagaagttctggtttgattccagcaaagacgagggtgagtatgag
caggacgtggactggtggagcaagctatcctgggccacgggcaatgaagacaagtccctg
aagtacaactacaaaagctaccataccctaaaggtatatgactgtgagctggagaccatt
caggccttccagggcctgcaggacttttgccagaccttcaaactttaccaagagaagccc
aaggtggacagccctgtggtaggggaattcaagggcctcttccgaatctacccctttcct
gaggacccagatgcccctaaacctccacgtcagttctcggcttggcctgagatcgaggac
ttccctcagatgtgcttggtacgagtgtacctgattcgagccatcaacctgcagccacag
gactacaatggcctgtgcgacccttatgtgatcctgaaactgggacagacaaaactcggc
agccgggactcataccaccccaacactctagaccccatctttggcacgatgtatgagctc
acctgtaacatcccactggagaaggacctggagatccagctgtatgactttgacctaatt
actgctgatgatgaaattggaactacagttattgaccttgagaaccgacttctgtctggc
tttggggcccgttgtgggctctctaaatcctactgcaagtcagggccctttaagtggagg
gatcagatgaccccgagctaccttttgtaccgatatgccaaacagaaagggctgcctcca
cccgtatttgaccttgagggagattcaatttactacaatggggaaaagttcaagttgcag
agttttgagcccacaccccccacctatgagaatttggggcctaagaaggagcgcctggca
ctgtacatcctaaacacacaggggctggttcctgagcacgtagagactcgcacactgcac
agtaacagccagccaggtatcgaccagggaaaaatacaaatgtgggtggatatcttcccc
aagatgctggggcctcctgggccagaagtcaacatcagccccaggaagcctaaacggtac
caactgcgttgtatcatctggagcacggctgaagtggacctggtccgagagactttcagt
agagacaaaatgagtgatatctacgtgaaagggtggctctttgggctagagaaggatgct
cagaagacagatgtccactatcactccttgactggggaggccatcttcaattggaggttc
atctttaacatggactatctgatgacggagcgggtatgcgtccaaagccagaaggactac
atatggagcctggatcccacatcagtgaagtttccggctcgacttatcatccagatatgg
gacaatgacttcttttacccagatgacttcttaggggtcttggagatggatttatcagac
atgccccttccggctaagaacagcaggcaatgctccctcaagatgatggagacggaatcc
aaatggcccttcaccccacagaagcatatctctctctttaagaagaccaatgtaactgga
tggtggccttgtcaggtccacgaagatgacaagtggcgtttgtcgggtaaaatcaagatg
acccttgagatgctgtcagagaaggaagctctaatcaggccagccgggcaaggccagtcc
gaacccaaccagttccctacacttcatgctcctgagcgaaatgactcctttttactgtgg
taccggtcacctattaaaaacttctgctatgctgtctgcaaacgctaccgctccaaaatc
atttgcttggtggtgatcctggttatagggtttatattgttcaaattcgtctattcagct
ccgaactatttaaccatgaactggatcaaacctaaacttcggctgtatccgcccattaaa
atagtcaacgtcatcggttcggtgaataccagcagcctcaactcgtccttgtttaccatg
gaaggctcaaagctgaagcctttaaaagaccatgggccaacattggtcaagtacccagga
atcacgtaa

  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 (7)   
   RefSeq(pep) (7)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

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