KEGG   Coturnix japonica (Japanese quail): 107315189
Entry
107315189         CDS       T04297                                 
Symbol
ATG2B
Name
(RefSeq) autophagy-related protein 2 homolog B isoform X1
  KO
K17906  autophagy-related protein 2
Organism
cjo  Coturnix japonica (Japanese quail)
Pathway
cjo04136  Autophagy - other
cjo04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:cjo00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    107315189 (ATG2B)
   04136 Autophagy - other
    107315189 (ATG2B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cjo04131]
    107315189 (ATG2B)
   03029 Mitochondrial biogenesis [BR:cjo03029]
    107315189 (ATG2B)
Membrane trafficking [BR:cjo04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    107315189 (ATG2B)
Mitochondrial biogenesis [BR:cjo03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    107315189 (ATG2B)
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N ATG2_CAD VPS13_DH-like VPS13_ext_chorein
Other DBs
NCBI-GeneID: 107315189
NCBI-ProteinID: XP_015720735
UniProt: A0A8C2SQP6
Position
5:complement(42100386..42143889)
AA seq 2077 aa
MPWPFSESIKKRACRYLLQRYLGHFLQEKLSLEQLSLDLYQGTGSLTQVPLDKWCLNEIL
ESADAPLEVTDGFIQSISLSVPWGSLLQDNCALELKGLEMVFRPRPRLASGSEPMYWSSF
MTSSMQLAKECLSQKLTDEQGEGSQPFEGLEKFAETIETVLRRVKVTFLDTVLRIEHVPE
NSKSGTAVEIRIERTMYCDETADECSGINVHQPTAFAHKLLQLSGVSFFWDEFPASTKSS
PVCSATQLATEPKLSPSWNPKITYEPHPQLTRNLPEITPSDPVQISKLIGRMELSLTLKQ
NEVLPGAKLDVDGQIDSIHLFLSPRQVHLLLDMVAAIAGPESLSRIELSNKDRKNRPMQQ
EDEYRIQMELKRYLRKESLSAGASSEQSFYETETARTPSSREEEVFFSMAEMDMSHSLSS
LPPLGDPPTMDLDLSLTSTYTNTPAGSPLSTTVLQPMWGDFLDRNKQELQPPRGSSLAAN
VVHQASLRRTSIPSRSVSVDESRPELLFRLTVGTFSVSVLHIDPLPPPESSLNHNPLTPM
ARDFFAQIEKIEPSKFATEDFLSFREVFSEACSHDHLRFIGTGIKVSYEQRQRSASRSFS
TDLSIGNMELLECLFSTDSHSIQPHYTELLTFRSEEENDSHALPCLQLHYKHSDNRGPQG
SQGRLSSIPQKAELQIKLSPVFCELDISIVDRLNSLLQPQKLTSVEMMASHMYTSYNKHI
NLHKAFTEVFLDDSHTPANCRVSVQVTAPALNLSVRFPIPDLRSDQERGPWFKKSLQKEI
LHLEFTDIEFKTEFIGGSTPEQVKLELTFKELTGSFEEDKTQAPVKFFQVSGGVDGDITS
SDNFDWPRIVLKINPLAVHSILERIAAEEEEGDGNFQEEEEGGPHSLKDVCDIRRPEPSP
FSSRRVMFENEEMVMPGDVVEMTEFQDKTINNSHYVLELMLPNIHLTLPNKSFYEKLYNR
ISNDLLLWEPTAPSPVETFENLSYGVGLSVASQLINTFSKDSFSQFKSAVNYDDESGSEE
ETLQYYSTVDPNYRSRRRKKLDSQNKHLQSFLSVQLNVTHGLVSIFTDVKQDDGKTLEGK
YGEFWLEFNNGSLFSVTKYEGFEDRHYVCLHSSSLNLYHQGMVDGAVPSSEIRLPSTIRP
HWLEPTICFSEEDGLSRTSSDGVGENCPNMLTVAVKIQSDKIESNTKEFLVAVGLRGATL
QHRVLPSGLSWHEQILYFLNISDEPVLGYNPPATVTTFHVHLWSCALDYRPVYLPVRSLL
TVETFSISSSVAVDKSYSTLRVILDEAALHLSDKCNTVMVNLHRDYVRVMDMGLLELTIT
TVKSDSDGERTKPRFELRCSSDVIHIRTCSDSCAALMNLIQYIASYGDLHPPSKTEIKCG
VNKPKMKVETFSQPSSHGPLLAESQQQILRDLMSDAMEEIETHQSSSAAKKEPNGVLDDR
SQTQEPCCSDLFLFPDESGNVSQDPSPTYTSFTHHLINETVGDVPAESDDFCILFAPKAA
VSEKEEEPVIKKLVDDAIVIKENHFSQPVKKTDASKAPLHFPVPLVRYVVKEISLIWHLY
GGRDFGSAPPTSPAKSFVSPHSSPSHTPTRHGRSTACGGRGRNPDFLMEIQLSKVKFQHE
VYPQSGAEGESGLLEQPVSRQIFIVQDLEIRDRLATSQMNKFLYLYCSKEMPRKAHSNML
TVKALHVRPESGRSPQECCLRVSLMPLRLNIDQDALFFLKDFFTSLSAEVELLVTPDPEV
KKSPGAEVTCSLPRYSSSLKDPSPVISFSSHKQTSENGSIDSMDVINGDDHRFSEEVTSY
SDQPVFFREFRFTSEVPIRLDYHGKHVSMDQGTLAGILIGLAQLNCSELKLKRLCYRHGL
LGVDKLFSYAISEWLNDIKKNQLPGILGGVGPMHSLVQLVQGLKDLVWLPIEQYRKDGRI
VRGFQRGAASFGTSTAMAALELTNRMVQTIQVAAETAYDMVSPGPNFIETKKIKRFPRHR
LAHQPVDLREGVAKAYSVVKEGITDTAQTIYETAAREHENRGVTGAVGGVLRQIPPTVVK
PFIVATEATSNVLGGMRNQIRPDVRQEESQKWRLGED
NT seq 6234 nt   +upstreamnt  +downstreamnt
atgccgtggccgttctcggagtccatcaagaagagggcctgcaggtatctgctgcagagg
tacctgggccacttcctgcaggagaagctcagcctggaacagctcagcctggatctctac
cagggcaccggctctctgacgcaggtcccgctggacaagtggtgtctgaatgagatcctg
gagtctgcagatgcacctctggaagtcacagatggttttatccagtcaatttccttatct
gttccatgggggtcattactacaggataactgtgcattagaattaaaaggattagagatg
gtcttcagaccaagaccaaggcttgcatctggctctgaacctatgtattggtcaagtttt
atgaccagtagtatgcaacttgcaaaagagtgtcttagccagaaattgacagatgaacaa
ggagaagggtcccagccttttgaaggacttgaaaaattcgcagaaactattgaaacagta
ttacgaagagtgaaagtcaccttcttagatactgttctgcgaatagaacacgtgccagaa
aattccaaaagtggaactgcagttgaaattcgaattgaaagaactatgtactgtgatgaa
actgctgatgagtgctctggaattaatgtacatcagcccacagcttttgctcacaagtta
cttcagctctcaggtgtctctttcttctgggacgagtttcccgcatcaacaaagtcctcc
ccagtctgttcagctacacagctggcaactgaaccaaagctttcacccagctggaaccca
aaaatcacttatgagcctcacccacaattaacaagaaatttgccagaaattactccttct
gaccctgtacagatcagtaaactgattggtagaatggaactgagcctcacattaaagcaa
aatgaagtacttcctggagcgaagttggatgtagatggacagatagactctatacatcta
tttttgtcacccaggcaagtgcatcttctactggacatggtagcagctattgctggacca
gaaagcctaagcaggatagaattgtcaaataaagataggaagaaccggccaatgcagcag
gaagatgagtatcgaattcagatggaattgaaacgttatttaagaaaagagtctttatct
gcgggagcctcatctgaacaaagcttctacgagacagagactgccagaacgccttctagt
cgtgaggaagaagttttcttctcaatggctgaaatggacatgtctcacagcctttcctcc
ctgccgcctctcggggaccctccaactatggatctagacttgtctttaactagtacatat
acaaacacaccagcaggatctccactgagcacaacagtgcttcaaccaatgtggggtgat
tttcttgatcgtaacaaacaagaactacagcctccaagaggttcttcacttgcagccaat
gtggttcatcaggcttccttaaggaggacgtctattccatccagatctgtttctgtggat
gaatccagacctgagcttctttttagactcacagtgggaactttctcagtgtctgtactt
catatcgaccctttacctccacctgaaagttcactgaaccataaccctttgacaccaatg
gctcgagatttctttgcccaaatagaaaaaattgagccatctaagtttgcaactgaagat
tttctgtccttccgagaagtattttcagaagcttgttcccatgaccatcttagatttata
ggtactggcatcaaagtgtcctatgaacaaagacaaaggtctgcttctcgaagttttagt
acggatttatccattgggaatatggagcttctggaatgccttttctctactgactctcat
tccattcagcctcactatacagagctgctgacatttcgttctgaagaagaaaatgattct
catgctctgccatgccttcagcttcattataagcattcagacaatagaggacctcagggt
agtcaaggcagacttagttctattccacagaaagcagagctacaaataaagttaagtcca
gtgttttgtgagctggatattagtattgtggacagattaaattccttgcttcaaccacag
aagttaacttcagtggagatgatggcatctcacatgtatacttcttacaacaaacacata
aatctgcataaagcattcactgaagtttttctggatgattcacacactcctgcaaactgt
agagtttcagttcaagtcactgcccctgcattaaatttgtctgttcgcttcccaatacct
gacctgcggtcggatcaggaaagaggaccatggttcaagaagtcacttcagaaagagatt
cttcatctggaatttacagatatagaatttaaaactgagtttataggagggtcaactcca
gaacaagttaaattagaacttacttttaaagagctgactggttcatttgaagaagataaa
actcaagcaccagtaaaattttttcaagtgtctggtggtgttgatggtgatataacatca
tcagacaactttgactggcctcggattgtactgaaaataaaccctctggctgtgcattcc
attctggaaaggatagcagctgaggaggaggaaggagatggtaactttcaagaggaagaa
gaaggagggcctcattctttgaaagatgtctgtgatattagaagaccagagccttctcct
ttttcttctcgtagagtcatgtttgaaaatgaagagatggtgatgccaggagatgtagtt
gagatgactgagtttcaggataagacaattaacaattctcattatgtactggagctcatg
ttaccaaacattcatctaacattaccaaataaaagcttttatgaaaaactgtacaacaga
atcagcaatgatttgctgttgtgggaaccaactgctccatctcctgtagaaacatttgaa
aacctttcttacggtgttggactatctgtggccagtcaactcatcaatactttcagtaaa
gacagcttcagtcaatttaaatctgcagttaattatgatgatgagagtggatctgaagag
gaaacactacaatattattccactgttgatccaaattatcgttcacgcagaaggaaaaaa
cttgactctcagaataaacatttgcaaagctttctatcggttcagctaaatgttacacat
ggattagtgtcaatattcacagatgtaaagcaggacgatggaaaaacattagaaggaaaa
tatggagaattttggttggaattcaataatggttcactttttagtgtgactaaatatgaa
ggttttgaagatagacactacgtttgtctccattctagcagcctcaatttgtatcatcaa
ggtatggtggatggggccgtcccttcgtctgaaatacgactgcccagcacaatacgtccc
cattggttagaacctactatttgtttttcggaagaagatggtcttagtagaacatcttca
gatggcgtgggagagaactgcccaaatatgctgaccgttgcagtcaaaatccaatcagat
aaaatagagagcaatacaaaggaatttctagttgctgttgggctaagaggagccaccctt
caacacagagtgttgccttcaggtctaagctggcacgaacagattttatattttttgaat
atttctgatgagcctgttttgggatataatcctccagctacagttacaacctttcatgtg
catctatggagttgtgctcttgattacaggcccgtgtatttgccagtcagatctctactt
actgttgaaactttcagcatttccagcagcgttgcagtagataaatcctattctactctc
agggtaattttagatgaagctgctttgcatctgtctgacaagtgcaacaccgtcatggta
aacctccacagagattatgttcgtgttatggatatgggcctgctggaactaactattaca
acagtaaaatctgattcagatggggaaagaactaaaccacgttttgagctgcgctgttcc
agtgatgtaatccatattcgcacttgctctgattcgtgtgctgcgctaatgaaccttata
cagtatattgcgagttacggtgatttacatcctccaagtaaaacagagattaaatgtgga
gttaacaagccaaaaatgaaggtggagacgtttagccagccctcttcacatggaccgctg
ctcgctgaatcacagcaacagattttacgggatttgatgagtgatgctatggaggaaatt
gagactcatcagtcttcttctgctgcgaagaaagagcctaatggagttttggatgacaga
tctcaaactcaggaaccatgttgctcagatctcttcctatttccagatgagagtgggaat
gtctcacaagatccaagtcccacttacacttcattcactcatcacctgataaatgagact
gtgggagatgttcctgcagaaagtgatgatttctgcattctttttgcacccaaagctgct
gtttctgagaaagaagaagaaccagtaataaaaaaactggttgatgatgcaattgtgata
aaggaaaatcattttagtcaacctgtgaaaaaaacagatgcaagtaaagctccccttcat
tttcctgttcctctggtacgctacgttgtgaaggaaatctctcttatttggcatctttat
ggtggaagggattttgggtctgcaccaccaacatctccagctaaaagtttcgtaagtccc
catagctctccttcacatacacccacaagacatggaaggagtacagcatgtgggggaaga
ggaagaaacccagatttcctcatggaaatacaattaagcaaggtgaaattccagcatgaa
gtgtacccccaaagtggtgcagaaggcgaatctggtctgttggaacaacctgtgtcacga
cagatttttattgttcaagacttagagatcagagaccgcttagctacatcgcagatgaac
aaatttctctatctatactgtagtaaggagatgcccagaaaagcacattcaaacatgtta
acagttaaagcattacatgtccgaccagagtctggcagatccccacaggaatgttgttta
cgtgtttcattaatgccacttcgcctcaatattgaccaggatgccttgtttttcctgaag
gactttttcactagcctctctgcagaagtagagcttttagttactccagatcctgaagtt
aaaaagtctcctggcgctgaagttacgtgtagtttgcccaggtattccagtagccttaag
gacccgagtccagtcatttctttctcatcacacaagcaaacaagtgagaatggtagcatt
gattctatggatgtgattaatggggatgatcatcgtttctcagaagaagtgacatcatac
agtgatcagcctgtatttttcagagagtttcgttttacatctgaagttcctatacggctc
gattaccatggcaaacatgtatctatggatcaggggacactagctgggattcttattggg
cttgcacagttaaactgctcagaattaaagctgaagagactttgttacagacatggttta
ttaggtgtcgataaattgttttcctatgccatcagtgaatggcttaatgatataaagaaa
aaccagctaccaggaattttgggaggagtaggacctatgcattcactggtgcagttagtt
caaggtctgaaggacttggtgtggctaccaattgagcagtatcgaaaggatggccgtatt
gtaagaggctttcagagaggagcggcatcttttggtacttcaactgcaatggcagccctg
gagctaacaaacagaatggttcagacaatacaggtggctgcagaaacagcgtatgatatg
gtatcaccagggccaaattttattgaaactaaaaagatcaaacgattccctcgccatcgt
ttggctcatcagccggtagatctgcgggaaggtgttgccaaagcatacagtgttgtaaaa
gagggaattacggacacagcccaaaccatctatgagactgctgctcgtgagcacgaaaac
agaggagtaacaggagctgtaggaggagtcctccgccaaattccaccaactgtggtgaaa
cctttcattgttgcaacagaggcaacctcaaatgtcctaggtggaatgagaaaccagatc
aggccagatgtgcgtcaagaagagtctcagaaatggcgcctcggggaagactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (22)   

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