KEGG   Columba livia (rock pigeon): 102087226
Entry
102087226         CDS       T02912                                 
Symbol
ATG2B
Name
(RefSeq) LOW QUALITY PROTEIN: autophagy-related protein 2 homolog B
  KO
K17906  autophagy-related protein 2
Organism
clv  Columba livia (rock pigeon)
Pathway
clv04136  Autophagy - other
clv04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:clv00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    102087226 (ATG2B)
   04136 Autophagy - other
    102087226 (ATG2B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:clv04131]
    102087226 (ATG2B)
   03029 Mitochondrial biogenesis [BR:clv03029]
    102087226 (ATG2B)
Membrane trafficking [BR:clv04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    102087226 (ATG2B)
Mitochondrial biogenesis [BR:clv03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    102087226 (ATG2B)
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N ATG2_CAD VPS13_DH-like
Other DBs
NCBI-GeneID: 102087226
NCBI-ProteinID: XP_013223680
Position
Unknown
AA seq 2084 aa
MPWPFSESIKKRACRYLLQRYLGHFLQEKLSLEQLSLDLYQGTGSLTQVPLDKWCLNEIL
ESADAPLEVTDGFIQSISLSVPWGSLLQDNCALEVKGLEMVFRPRPRLASGSEPMYWSSF
MTSSMQLAKECLSQKLTDEQGEGSQPFEGLEKFAETIETVLRRVKVTFLDTVLRIEHVPE
NSKSGTALEIRIERTMYCDETADECSGINVHQPTAFAHKLLQLSGVSFFWDEFPASAKSS
PVCSATQLATEPKLSPSWNPKITYEPHPQLTRNLPEITPSDPVQISKLIGRMELSLTLKQ
NEVLPGAKLDVDGQIDSVHLFLSPRQVHLLLDMVAAIAGPESLSRIELSNKDRKNRPMKQ
EDEYRIQMELKRYLRKESLSAGASSEQSFYETESARTPSSREEEVFFSMAEMDMSHSLSS
LPPLGDPPTMDLDLSLTSTYTTTPAGSPLSTTVLQPTWGDFLDRNKQELQPPRGTSLTAN
MVHQTSLRRTSIPSRSVSVDESRPELLFRLAVGTFSVSVLHIDPLPPPESSLNLNPLTPM
ARDFFARIEKIEPVKFSTEDFLSFREVFAEACSHDHLRFIGTGIKVSYEQRQRTASRSFS
TDLSIGNMEFLECLFSTDSHSIQPHYTELLTFHSEEGSDSHAMPCLQLHYKHSDNRGPQG
SQGRLSAVPQKAELQIKLSPVLCELDISIVDRLNSLLQPQKLTTVEMMASHMYASYNKHI
NLHKAFTEVFLDDSHTPANCRVSVQVTAPALNLSVRFPIPDLRSDQERGPWFKKSLQKEI
LHLEFTDVEFKTEFIGGSTPEQVKLELTFKELTGSFEEDNSEAPIKFFQVSGGIDGDITS
SSDNFDWPRIVLKINPLAVHSILERIAAEEEEGDNNFQEEEEGGSHSLKDVCDIRRPEPS
PFSSRRVMFENEEMVMPGDIVEMTAFQDKTISNSHYVLELMLPNIHLTLPNKSFYEKLYN
RISNDLLLWEPTAPSPVETFENLSYGVGLSVASQLINTFSKDSFSQFKSAVHYDDESGSE
EETLQYYSAVDPNYRSRRRKKLDSQNKNLQSALSVLLNVTHGLVSVFTDVKXXXGNTLEG
KYGEFWFEFNSGSLFSVTKYEGFEDRHYVCLHSSSFNLYHQGMVDGVVPSSEVRLPSTIR
PHWLEPTICFSEEDGLSRTTSDGVGVDCPSMLTVAVKIQSDKIESNTKEFLVAVGLRGAT
LQHRVLPSGLSWHEQILYFLNISDEPVLGYNPPATITTFHVHLWSCALDYRPLFLPVRSL
LTVETFSISSSVAVDKSSSTLRIILDEAALHLSDKCNTVMVNLHRDYVRVMDMGLLELTI
TTVKSEKKYLITNKIKXNTKPHFELHCSSDVIHIHTCSDSCAALMNLIQYIASYGDLHPP
AKTEIKRGVSKPKMKVETFSQPSSHGPGLAESEQQILRDLMSDAMEEIETQTASAMKPES
NGVLDDRSQTQEPSCSDLFLFPDESGNVSQDPSPTYASFTHHLINEAMGDVPTESDDFCI
LFAPKVAVAEKEEEPVIKIMVDDPIVIKENHFSQPIKKTDTSKAPLHFPVPLVRYVVKEI
SLIWHLYGGRDFGTAPPTSPAKSFISPHSSPSHTPTRHGRSAAPGGRGRNPDFLMEIQLS
KVKFQHEVYPPGGAEGESSLLEQPVSRQVFVVQDLEIRDRLATSQMNKFLYLYCSKEMPR
KAHSNMLTVKALHVRPESGRSPQECCLRVSLMPLRLNIDQDALFFLKDFFTSLSTEVELL
VTPDPEVKKSPGAEITRSMPRHVNSLKDPSPVISFSSQKQANENGSIDSMDVVNEDDNNF
SQEVTSYSDQPVFFREFRFTSEVPIRLDYHGKHVSMDQGTLAGILIGLAQLNCSELKLKR
LCYRHGLLGVDKLFSYAISEWLNDIKKNQLPGILGGVGPMHSLVQLVQGLKDLVWLPIEQ
YRKDGRIVRGFQRGAASFGTSTAMAALELTNRMVQTIQAAAETAYDMVSPGPTFIEAKKI
KRFPRHRLAHQPVDLREGVAKAYSVVKEGITDTAQTIYETAAREHENRGVTGAVGGVLRQ
IPPTVVKPFIVATEATSNVLGGMRNQIRPDVRQEESQKWRLGED
NT seq 6255 nt   +upstreamnt  +downstreamnt
atgccgtggcccttctcggagtccatcaagaagagggcctgcaggtacctgctgcaaagg
tacctgggccacttcctgcaggaaaagctcagcctggaacagctcagcctggatctctac
cagggcaccggctccttgacgcaggtccctctggataaatggtgtcttaatgagatcctg
gagtcagcagatgcacctctggaagtcacagatggatttatccagtcaatttctttatct
gttccatgggggtcattgctacaggataactgtgcgttagaagtgaaaggattagagatg
gtcttcaggccaagaccaaggctcgcatctggatctgagcctatgtattggtcaagtttt
atgaccagtagcatgcagcttgcaaaggagtgtcttagccaaaaattgacagatgaacaa
ggagaagggtcccagccttttgaaggacttgagaaatttgcagaaactattgaaacagtt
ttaagaagagtgaaagttacctttttagatactgttttgcgaatagaacatgtaccggaa
aactctaaaagtggaactgcacttgaaatccgaattgaaagaactatgtactgtgatgaa
actgcagatgagtgctctggaattaatgtgcatcaacccacagcttttgctcacaagtta
ctgcaactctcaggtgtctctttcttctgggatgagtttcctgcatcagcaaagtcctcc
ccagtgtgttcagctacacagctggcaactgaaccaaagctttcacctagctggaatcca
aaaatcacttatgagccacatccgcaattaacaagaaacttgccagaaattactccttct
gaccctgtgcagatcagtaagctgataggtagaatggagttgagcctaacattaaagcaa
aatgaagtgcttcctggagctaagttggatgtagatggacaaatagactctgtacatcta
tttctgtcaccaaggcaggtgcatcttctattagacatggtagcagctattgctggacca
gagagcctaagcaggatagaattgtcaaataaagataggaagaaccggccaatgaaacag
gaagatgagtatcgaattcagatggagctgaaacgttatttaagaaaagagtctttatct
gcaggagcatcatctgaacaaagcttctatgagacagagagtgccagaacaccttctagt
cgtgaagaagaagttttcttctcaatggctgaaatggacatgtctcacagtctttcctcc
cttccacctcttggagaccctccaactatggatctggacttgtctttaaccagtacctac
acaactacaccagcaggatctccactgagcactacagtgcttcaaccaacttggggtgat
tttcttgatcgtaacaaacaagagctacaacctccaagaggtacttcacttacagccaac
atggttcaccagacttccttaagaaggacatctattccatccagatctgtttctgtggat
gaatccagacctgagcttctttttagactggcagttggaactttctcagtgtctgtactt
catattgaccctttacccccacctgaaagttcactgaaccttaacccattgacaccaatg
gctcgggatttctttgcccgaatagaaaagattgagccagttaagttttcaacagaagat
tttctgtccttccgagaagtatttgcagaagcttgttctcatgatcaccttagatttata
ggtactggcatcaaagtatcttatgaacaaagacaaaggactgcctctcgaagttttagt
accgatttatccattgggaatatggagttcctggaatgccttttttctactgactctcat
tccattcagcctcactatacagagctgctgacatttcattctgaagaaggaagtgattct
catgctatgccttgccttcagcttcattataagcattcagataatagaggacctcagggg
agtcaagggagactcagtgctgttccacagaaagcagagttacaaataaagttaagtcca
gtgctttgtgagctggatattagtattgtagacagactaaattccttacttcaaccgcag
aaactaactacagtggagatgatggcatctcacatgtatgcttcttacaacaagcacata
aatctgcataaagcttttactgaagttttcctggatgattcacatactcctgcaaactgt
agagtttcagttcaggtcactgccccagcattaaatctctctgttcgcttcccaatacct
gacctacgatcagatcaggaaagaggaccatggtttaagaaatcacttcagaaggagatt
cttcatcttgaatttacagatgtggaatttaaaactgagtttataggaggctcaactcca
gaacaagttaaattagaacttacctttaaagagctaactggttcgtttgaagaagataat
tcagaagcaccaataaaattttttcaagtgtctggtggcatagatggagatataacatca
tcatcagacaattttgactggcctcggattgtgttgaaaataaaccctctggctgtgcac
tctattctggaaaggatagcagctgaggaggaagaaggtgataataactttcaagaggaa
gaagaaggaggatctcattctttgaaggatgtctgtgatattagaagaccagagccttct
cctttttcttctcgtagggtcatgtttgaaaatgaagagatggtgatgccaggagatata
gttgaaatgactgcgtttcaggataaaacaattagcaattctcattatgtactggaactc
atgttaccaaacattcacttaacattaccaaacaaaagcttttatgagaaactttacaat
aggatcagcaatgatttattgttgtgggaacccacagctccatctcctgtagaaacattt
gaaaacctttcttatggtgttggactatctgtggccagccagctcatcaacactttcagt
aaagacagctttagtcagtttaaatctgcagttcattatgatgacgagagtggatctgag
gaagaaacactacagtattattctgctgttgatccaaactatcgttcacgcagaaggaaa
aagcttgattctcagaacaagaatttgcaaagtgctctgtctgttctgctaaatgtgaca
cacggattagtgtcagtattcacagatgtaaagnnnnnnnatggaaatacactggaagga
aaatatggcgaattctggtttgagttcaacagtggttctcttttcagcgtgactaaatat
gaaggctttgaggacagacactatgtttgtctccattctagcagcttcaatttatatcat
caaggtatggtagatggggtcgtcccttcctctgaagtacgactgcctagcacaatacgt
ccccattggttagaacctactatttgtttttctgaagaagatggtcttagtaggactact
tcagatggtgtaggagtggattgtccaagtatgctgacggttgcagtcaaaatccaatca
gataaaatagaaagcaatacaaaggagtttctagttgctgttggactaagaggagccacc
cttcagcacagagttctgccttcaggtttaagctggcatgaacagattttatattttttg
aatatttctgatgagcctgttttgggatataatcctccagctacaattacaacatttcat
gtacatctgtggagttgtgctcttgattacaggcctttgtttttgccagtcagatctcta
cttactgttgaaactttcagcatttccagcagtgttgcagtagataaatcctcttctact
ctcaggataattttagatgaagctgctttgcatctgtctgacaagtgcaacactgttatg
gtgaacctccatagagattatgttcgtgttatggatatgggactgctggaactaaccatt
acaacggtaaaatctgaaaaaaaatatttaatcacaaataaaataaaataaaatactaaa
ccacattttgagctgcactgttccagtgatgtaatccatattcatacctgctctgattca
tgtgctgcactgatgaatctcatacaatatattgcaagttatggtgacttacatccacct
gctaagacagagattaaacgtggagttagcaagccaaaaatgaaggtagaaacttttagc
caaccatcttcccacggaccaggccttgctgaatcagagcaacagattttacgggatttg
atgagcgatgcaatggaggaaattgagactcagactgcttctgccatgaagccagagtct
aatggagttttggatgacagatctcaaactcaggagccatcttgctcagatctcttcctg
tttccagacgaaagtggaaatgtctcacaagatccaagtcccacttatgcttcattcact
catcacctgataaatgaggccatgggagatgttcccacagaaagtgatgatttctgcatt
cttttcgcacccaaagttgcagttgctgaaaaagaggaagagccagtaataaaaataatg
gttgatgatccaattgtcataaaagaaaatcacttcagccaacctattaaaaaaacagac
acaagcaaagctcctcttcattttcctgttcccctggtacgctatgttgtaaaggaaatc
tctcttatttggcatctttatggtggaagggattttgggactgcaccaccaacatctcca
gctaaaagtttcataagtccccatagttctccttctcatacaccaacgaggcatggacgg
agtgcagcacctgggggaagaggaagaaacccagatttcctaatggaaatacagttaagc
aaggtgaaattccagcatgaggtataccctccaggtggtgcagaaggtgaatccagcctg
ttggagcagccagtgtcacggcaggtttttgttgttcaagacctggagattcgagatcgc
ttagcgacgtcacagatgaataaattcctctatctctactgcagtaaggagatgcccaga
aaagcgcattcaaacatgttaacggttaaagcgttacatgtccgtccagagtctggccga
tccccacaggagtgttgtttacgtgtttcactaatgccacttcgcctcaatatcgaccag
gatgccttgtttttcctgaaggattttttcactagcctctctacagaagtagaactctta
gttactccagatcctgaagtgaaaaagtctcctggtgctgaaattacacgtagtatgccc
agacatgtcaacagccttaaggacccaagtccagtcatttctttctcatcacaaaagcaa
gcaaatgaaaatggtagcattgattctatggatgtggttaatgaagatgataataatttc
tcacaagaagtgacgtcatacagtgatcagccagtatttttcagagaatttcggtttaca
tcagaagttccaatacggcttgattaccacggcaagcacgtgtcaatggatcaggggaca
ctagctgggattctcattgggcttgctcagttaaactgctcagagttaaagctgaagaga
ctttgttacagacatggattattaggtgtggataaattgttctcctatgccatcagtgaa
tggcttaatgatataaagaaaaaccagctaccaggaattttgggaggagtggggcctatg
cattcactggtgcagttagtccaaggtctgaaagacctggtgtggttgccaatagagcag
taccggaaggacggccgtattgtgagaggtttccaaagaggagcagcttcttttggtact
tccactgcaatggctgccctggagctcacaaacagaatggttcagactatacaggcagct
gcagaaactgcatatgacatggtatcaccaggacctacttttattgaagcaaaaaagatc
aaacgattccctcgccatcgtttagctcatcaaccagtagacctacgggaaggtgtagcc
aaagcatacagtgtagtaaaagaggggattactgacacggcccaaacaatctacgagact
gctgctcgtgagcatgaaaacagaggagtaactggagcagtaggaggagtcctccgccaa
attccaccaactgtggtgaaacctttcattgttgcaacagaggcaacctcaaatgttcta
ggtggaatgagaaaccagatcaggccagatgtgcgtcaagaagagtctcagaagtggcgc
cttggggaggattga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (37)   

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