KEGG   Austrofundulus limnaeus (annual killifish): 106519587
Entry
106519587         CDS       T06063                                 
Name
(RefSeq) epsin-1-like isoform X1
  KO
K12471  epsin
Organism
alim  Austrofundulus limnaeus (annual killifish)
Pathway
alim04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:alim00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    106519587
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:alim04131]
    106519587
Membrane trafficking [BR:alim04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Other core components
    106519587
SSDB
Motif
Pfam: ENTH ANTH DUF6288
Other DBs
NCBI-GeneID: 106519587
NCBI-ProteinID: XP_013866774
UniProt: A0A2I4BG98
Position
Unknown
AA seq 910 aa
MTSSMLRRQLKNLVQNYSEAEVKVREATSNDPWGPSSTQMADISDLTYNAVACSEIMTML
WKRLKDDKNWRHIHKSLTLLEYLLKTGDDRVLLKMKENIYIVKALTEYRFVEKDGKDQGV
NVREKAKVVLVLMEDDEKLKAEREFAVKTREKTSKGSAASSTDNVKDPNYKPVYVPGASG
LPSLDNIPSVADLTASFAARKEERLKQEAEKKETERRAKLSEDELQWEDAGKGNNLKSDA
WGGEKAEKEEEEEVKPDPWKAPKEPSSDPWGAPVKTEDPFAAPKDKPDPFSAPKDDSFNT
TKDTTDPFNAPKDVEDPFAAPKDKPDPFSSANGDPFIASKDDSFTSPKDDPFNSPKDDPF
NIPKNDPFNAPKDDPFNALKDDPFNAPKDDPFNAPKDDPFNAPKDDPFNAPKDDPFNAPK
DDPFNAPKDDPFSAPKDDPFSAPKDDPFNSPKDDPFSAPKDDPFNSPKDDPFSAPKDDPF
NAPKDDPFTAPKDDPFTTSQEDPFSAPKKDPFITSSDDPFTAPASTLTKEETESALSKAD
SFTSPTTPPKGTFPSPTKPVQGDPFAAPTTPPKEDPFSMSPTSTNKDLFAAPSSPSKQDP
FTVPTSPPKDAASDPFSAPLVGSPQENADTWGAPASSLPTTGSDTWGEPLAPTETKGEDP
WGDGTSASSPLGNSDPFGDASKPDTDPWGAPASAPASTDDAWGTPAPPSISSPSSDPFGD
EASKSNDPWGAPSNTGKQTAKEEMFRKTASFLGSLVDLDDLLASNPKPRQPPLNPFAAQT
PAIGTFKAKGMTSGPLDRSGAFAETLVQYHNPFSSSLTPTQHAVSHTYGGQVAPETVLAP
SVSVRGNPHGELGMMQWGSDVSSALGAGDALTXFFGEKISAEVNPFRGLSSETEGCLDET
FNKSHNPFLD
NT seq 2733 nt   +upstreamnt  +downstreamnt
atgacgtcctctatgctcagacgacarttaaagaacctggtccagaactactctgaggcc
gaggtcaaggtgagagaggcaacatccaatgatccgtggggtccctccagcactcagatg
gccgacatttctgatctcacctacaatgcggtggcttgcagcgagatcatgacaatgctc
tggaaacggctgaaggacgataagaactggagacatatccacaagtctctgacgctgctg
gaatacctcctgaagaccggcgatgatcgtgttcttctgaaaatgaaggaaaatatctac
attgtcaaagccctcacagagtaccgctttgtagaaaaggacggcaaagatcagggtgta
aatgtgagagagaaggccaaagttgttcttgttcttatggaggacgatgagaagctgaag
gcagagagagagtttgcagtgaagacaagagaaaagacatccaaaggttctgctgcctca
tccacagacaatgtcaaagatcccaactacaagccagtctatgttcctggagcctcgggg
cttccgtccttggacaacatcccctctgtcgctgacttgactgcttcttttgctgcccgc
aaagaggaacgacttaaacaggaagccgagaagaaagaaacagagagacgggccaagttg
agtgaagatgagctacaatgggaggatgcaggcaaaggcaataacttgaaaagtgatgct
tggggaggagaaaaggcagagaaagaggaggaggaggaagtgaaaccagacccatggaaa
gcccctaaagaacctagtagtgatccttggggtgctccggtgaaaactgaagatccattt
gcagcaccaaaagacaaacctgatccatttagtgcaccaaaggatgactctttcaacaca
acaaaagatacaaccgaccctttcaatgcaccgaaggatgtggaggatccattcgccgct
ccaaaggataaaccagatcctttcagttcagccaatggtgatccattcattgcttcaaaa
gatgattcgtttacttctccaaaagatgatccattcaattctccaaaggatgatccattc
aacattccaaagaatgatccattcaatgctccaaaggatgatccattcaatgctctgaag
gatgatccattcaatgctccgaaggatgatccattcaatgctccgaaggatgatccattc
aatgctccaaaggatgatccattcaatgctccaaaggatgatccattcaatgctccaaag
gatgatccattcaatgctccaaaagacgatccattcagtgctccgaaagatgatccattc
agtgctccaaaggatgatccattcaactctccaaaagatgatccattcagtgctccaaag
gatgatccattcaactctccaaaagatgatccattcagtgctccaaaggatgatccattc
aatgctccaaaagatgatccatttactgctccaaaagatgatccatttaccacttcacaa
gaggatcctttcagtgcccctaaaaaagacccttttatcacctcatctgatgatcctttc
actgctccagcatcaacactcactaaagaagaaacagaatcagcattatctaaggctgac
tccttcacgtcgcccacaacgcctcctaaaggtacttttccatctccaaccaaacctgtt
caaggcgacccttttgctgcaccgacaacaccgcctaaagaggatcccttttccatgtcg
cccacatctacaaacaaggacctgtttgctgcaccatcatcaccttcaaagcaagacccg
ttcacggtgccaaccagtccaccaaaagatgctgcctcagatccattcagcgcccctctg
gtgggctcgccccaagaaaatgcagacacatggggagctccagccagttctctaccaacc
acagggtctgacacttggggggaaccacttgctccaactgaaacaaaaggtgaagatccc
tggggtgatggaacaagtgcctcttcrccccttggtaattctgacccttttggagatgcg
tccaaaccagacactgacccatggggagccccagcttcagctccagcctctacagatgat
gcctggggaacacctgctcctccctccatctcctctccatccagcgacccgtttggagat
gaagcatctaaaagcaatgatccctggggtgcaccaagcaatacaggaaagcaaacggca
aaagaagagatgtttagaaagactgcttcattcttgggctctctggttgacttggatgat
ctcttagcctccaacccaaaacccagacagccacctctcaacccattcgctgcccaaaca
ccagccatcggcactttcaaagccaaaggaatgacatctggtcctttggacagatcaggg
gcatttgctgaaactttagtccaataccacaatcccttcagttccagcctaacacccact
cagcatgcagtttctcacacttatggaggccaggtggccccagaaactgtgctggcaccg
tctgtgtctgtcagagggaatccacacggtgaactggggatgatgcagtggggatctgac
gtaagcagtgctttgggagcaggagatgctctgaccrgtttctttggagaaaaaatctca
gcagaagtgaatccattcagaggtttgtcttcagagacygaaggctgcctggatgagaca
ttcaacaaaagccacaatcctttcctggactga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (15)   

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