KEGG   Nanorana parkeri (Xizang Plateau frog): 108788567
Entry
108788567         CDS       T04897                                 
Symbol
ATG2B
Name
(RefSeq) autophagy-related protein 2 homolog B
  KO
K17906  autophagy-related protein 2
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04136  Autophagy - other
npr04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:npr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    108788567 (ATG2B)
   04136 Autophagy - other
    108788567 (ATG2B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:npr04131]
    108788567 (ATG2B)
   03029 Mitochondrial biogenesis [BR:npr03029]
    108788567 (ATG2B)
Membrane trafficking [BR:npr04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    108788567 (ATG2B)
Mitochondrial biogenesis [BR:npr03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    108788567 (ATG2B)
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N VPS13_DH-like ATG2_CAD
Other DBs
NCBI-GeneID: 108788567
NCBI-ProteinID: XP_018413862
Position
Unknown
AA seq 2053 aa
MPWPFSESIKKRACRYLLQRYLGHFLQEKLSLEQLTLDLYQGTGSLSQVPLDKWSLNEIL
ESADAPLEVTEGFIQTISLSVPWGSLLQDNCALEVKGLEMVFRPRPRPRSASEPMYWSSF
MTSSMQLARECLSQKLTDEQESSQPFEGLEKFAETIETVLRRVRVTFIDTVLRIEHIPDN
SKTGTALEIRISRTMYSDETVDEQSGINVHRPSAFAHKVLELSGVSFFWDEFSASAKTSP
VCSTSKVETEPKLSPSWNPKPVFEPHPQFTRSITEVTPSDPVQIASLVGSIELGLILKQN
EVLPGAKLDVDGRVDSFHVFLSPRQVHLLLDMLSAIAGPESSSRIGMSSKDRKSRPMQQE
DELRLQMELKRYLKREAMSGGPSAEHSFYETDTAKTPSSHDEEVFFSMADMDMSHSLSSL
PPLGDPPTVDLDLSLSSTYTSSPVGSPLGAAYECAFVYLQTTWGDYQEHLRMEETLLRGA
SYKPSVNQNTHRRSSLPARSASVDESRPELVFRLAVGSLSISVLHIDPLPPTEATSSPNP
LTPLSLGFFNRIEALQPQTFTQSDFACLRNIFAEACTHDHLRFLGTQLKISHEQRQRSGA
RSFSTDVCIGQTELLECLYPSDSPSVPPHYTELLKFDLEKDGDSRSSPCVHLHYKHSENR
GAQASSGRLGSAPQRSELQIQLTSASCELDVTIVDRLNSLLQVQKLGTVEMMTSHLFTSY
NKHISLHKDFPEVLLDDSRSPVTTRTSVLVSAPSLHLAVRFPIPDLRSDQERGPWFKKSL
QKEILHLRFSDAEFKTEVLGGSSPEQLKLEFTFKELAAAFQEESNGPEIQFLKVVKKSND
LDGDMTTSDNFDWPRIVLKINPVAMHSILERVAAEEDDDGQFQEDDEGASHSLKDVCDFK
RPEPSPFSSRWVMFENEEMVMPGDTIEMTEFQEKAISNSHFVLELTLPSVYLMLPNKVFY
EKLYNSMVATFENLSYGIGLSVASQLINTFSKDANCGFKSTHYEDDSGSEEETLQYEYIL
DSNYHCRRRKKLECQSKHSQSYLSVLVNINHGLVSVYTDAKHPDGQIMEDKHGEFWLEFN
TGSLFTVTKYEGFEDKHYLCLHTGTLNLCHQGILDNAVVPVDPRLPSLPRPHWLEPTIYP
SGEDGASHRVASNGVGVDSLSMLTMAVKIQSDKSENNTKEFLVAVGLRGATLQHRVLPSE
LTWHEQILQFLNITDEPVLGYNPPASITTFHVHLWSCALDYRPLYLPIRALLTVETFSIS
CSVALDKSSSSLRIILDEAALHLSDKCNVVSVNLNRDFNGKRCATKCGQSKPRFEMYCSS
DVIHIRTCSDSCAALMNLIQYIANYGDLNPPPRTQTSPGPHNKAKKVSRGASSSRCPLLA
EAEQQILRDLMIDAMEDMDVSEDAAPVKPQLNGISDGKFESQDPPCSDLFLFPDESGTVS
EEPSPTFMMAAPHLMSEAILDGPLDSDDFCILYAPKTPAMNKDEEPSVRKLVEDLIIIKE
NYFSSPDGKTDTSKAPVHFPVPVIRYVVKEVSLVWHLYGGKDFGSTHPSTSPAKHYMSPH
SSPSSTPTRRANSIIRGGRGRNQDLLMEIQLTKVKFQHEVYPQADLATAAALSEQLVSRQ
VFIVQDLEIRDRLASSQMNKFLHLYSSKEMPRKAHANMLTIKALHVRPESALSPQECCLR
VTLMPLRLNIDQDALFFLKDFFTSLSAEVEILVTPDPEVRRSPGSDVTCSLPKHLNAHGR
VPVISVIGQNQPLKNGDVYFTEFSDASDTLKDDTSFSDQPVFFREFRFTSEVPIRLDYHG
KHLSMDQGTFTGILIGLAQLNNSELKLKRLCYRHGLLGVDKLFSYAINEWLTDIKKNQLP
GILGGVGPMHSLVQLVQGLKDLVWLPIEQYCKDGRIVRGFQKGAASFGTSTAMAALELTN
RVVQTIQAAAETAYDMVSPGPSPIELKRAKRFSHHRLVHQPVDLREGVAKAYNVVKEGIT
DTAQTIYETAAREHENRGVTGAVGGVLRQIPPAVVKPFIVATEATSNVLGGMRNQIRPDV
REEESQKWRLEEG
NT seq 6162 nt   +upstreamnt  +downstreamnt
atgccgtggcccttctcggagtccatcaagaagcgtgcctgccgttacctcctgcagaga
tatctgggtcacttcctgcaggagaagcttagcctggagcagttgactctagatttgtac
cagggcaccggctccttgtcacaagttccgctcgataaatggagtcttaatgagatactg
gagtcagcagatgctcccctggaggtgacggagggcttcatacagaccatctctctgtct
gtcccctggggctccttactgcaggataactgtgcactggaggtgaaaggcctagagatg
gtgttcaggccaagacctcggccacgttctgcttctgagccgatgtattggtcaagcttc
atgaccagcagtatgcagctggcccgggagtgtctgagtcagaagctgaccgatgaacag
gagtcctcacagccctttgaggggctagagaagtttgcagagactatagaaaccgtgctg
agacgtgtcagagtgacgtttattgacaccgtgttgagaatagaacatatacctgacaac
tctaaaacaggaactgcccttgaaatacgaatcagcagaacaatgtattctgatgaaaca
gtggatgagcagtcgggaattaatgtgcacagaccgtcagcattcgctcacaaagtcctg
gaactgagcggcgtttccttcttctgggatgaattctcagcatctgcaaaaacctctcct
gtttgttcaacttcaaaagtggaaactgagcccaaactgtctcccagctggaatccgaag
cctgtctttgagccgcacccccagttcaccagaagtataactgaggtcaccccctctgac
cctgtgcagattgcttctctggtgggcagtattgagctgggcctaattctgaaacagaat
gaagtgcttcctggggcaaagctggatgtggatggacgtgtcgactctttccacgtcttc
ctctctccccggcaagttcacctattgctggatatgttgtcggccattgctggaccagaa
tcctccagcaggataggaatgtccagcaaagatcggaagagccgtcccatgcagcaagaa
gatgagcttcgcctccagatggaactcaagcgctacttaaaaagagaagcgatgtctgga
ggaccgtctgctgagcacagcttctatgagacggacacagcaaaaaccccttccagccat
gatgaagaagtgttcttctcgatggcagatatggatatgtctcacagcctttcttctctc
ccaccacttggtgacccgcctacagtggatttagatttgtcattaagtagcacttacacc
agttctccagttggctcccccctaggagctgcatatgaatgcgcttttgtttatttacag
acaacatggggcgactatcaggaacatctgaggatggaggagacacttttacgaggggcc
tcatacaagcccagcgtgaaccaaaacactcatagacgaagctcactgccagcccgttcg
gcctctgtggatgaatctagaccagagcttgttttcagactggccgtaggctctttgtcc
atctccgtgctccatatagaccctctgccgccaacagaagccacgtcaagccctaaccca
ttgacccctctgtcgctcgggttcttcaaccgcattgaggctttacagccgcagaccttc
acgcagagtgactttgcctgtttacgaaatatctttgcagaagcctgcactcatgatcac
ctcaggttcctagggactcaacttaaaatttcccatgaacagcgtcagaggtccggtgct
cggagtttcagcactgacgtgtgtattgggcagaccgagctcctagagtgcctttacccc
agcgattctccgtctgttccacctcactacacagagctactgaaatttgacctagaaaag
gatggggacagcagatcatctccatgtgttcacctgcactataagcattcagagaacaga
ggagctcaggccagttctgggcggctaggttcagctccacagagatcagagcttcaaatc
caattgacttccgcctcgtgtgagctggacgtcaccattgtagatagactgaactccttg
ctccaggtacagaaactgggcactgtggaaatgatgacctcgcacttgttcacctcctac
aacaaacacattagtctgcacaaagactttccagaggtgctcttggatgattcccgatcc
ccagtgaccacgcggacctctgtgctagtctctgctccatctctccaccttgcagtgcgg
ttccccattccggacctgcgttcggaccaggagcgggggccttggttcaagaagtcactg
caaaaagagatcctgcacctgaggttctccgatgctgaatttaagactgaggtccttggc
ggttcttccccagagcaattgaaactggagtttacttttaaagagctagcagctgccttc
caggaagaaagtaatggaccagagatccagttcctaaaggtggtcaagaaaagcaatgat
ttagatggggatatgacaacatccgacaattttgattggccaagaattgtgttgaaaatc
aatcccgtagccatgcattctattctggagcgagtagctgcagaggaggatgatgacgga
cagtttcaggaagatgatgaaggggcctctcactcactaaaagatgtctgcgacttcaaa
cgtcccgagccatcacccttctcctcccgttgggtcatgtttgagaatgaagagatggta
atgcctggagacaccatagaaatgacggagttccaggaaaaagccattagcaattcccac
tttgtcctagagctgaccctgcccagtgtttacttaatgctaccaaacaaagtcttctat
gagaaattatataacagtatggtggcaacatttgaaaacctgtcctatggaatcggcctc
tctgtcgccagccagctgattaacaccttcagtaaagatgccaactgtggcttcaaatcc
acccattatgaagatgacagcggctcagaagaggagaccctacaatatgaatatatcctg
gactcgaactatcactgtcgcagacgaaagaagctggagtgtcagagtaaacactcgcag
agttacctgtctgtcctagtaaacatcaaccatgggctggtctcagtgtatacagatgca
aagcatcctgatgggcagataatggaagataaacacggggagttctggctggaatttaat
actggatccctctttactgtgaccaaatatgaaggatttgaggacaaacactacttatgc
ctgcacactggcactctaaatctttgtcatcagggtatattggacaatgccgttgttcct
gttgatcccagactccccagccttcctcgacctcattggttggagcccaccatctatcct
tccggagaggatggagccagtcaccgtgtagccagcaatggtgtgggagtggacagtctc
agcatgctaaccatggctgtaaaaatccagtctgataaatctgaaaacaatacaaaggaa
ttccttgttgctgtgggattaagaggggcaacactacagcaccgtgtgcttccttctgaa
ctgacctggcatgagcagatattacaatttctgaatattaccgatgagccagttctaggc
tacaacccaccagcctccataaccacttttcatgttcacctctggagttgtgctcttgat
tacagacctctctacctgccaattagagccctgctgactgtggagactttcagcatttcc
tgcagcgtagcactggacaaatcttcatccagtttacggattatcttggatgaagctgcg
ctgcatttatcagacaagtgcaatgtggtgtctgtcaatttaaaccgggacttcaatggg
aaacgttgtgcgaccaaatgcggtcagtccaagccacgctttgagatgtattgttctagc
gacgtgatccatatcagaacatgctcggactcctgtgctgcattaatgaacctcattcag
tacatcgccaactacggggatctgaatccgcctccccgaacacagacctcacccggaccc
cacaacaaagccaaaaaggtaagcaggggagcatccagctctcggtgccctctgctagct
gaggcagagcagcaaatactccgagatctaatgatcgatgccatggaggatatggacgtc
agtgaagatgcagcaccagtaaaaccccagctaaatggaatttcagatggcaaatttgaa
tctcaggatcccccgtgctctgaccttttcctttttcctgatgaaagcggtaccgtgtcg
gaagagcccagtccaacattcatgatggctgctccccatcttatgagcgaagccattctt
gatggtccacttgacagtgatgacttctgtattttgtatgctccaaaaacgcctgctatg
aataaggatgaggagccaagtgtgagaaaactggttgaagatttgatcataattaaagag
aattactttagttccccggatgggaagacggacaccagtaaggctccggtacatttccca
gttcctgtaatccggtatgtggttaaagaggtctcgctggtctggcacctgtacggtgga
aaagattttggaagtactcatccttctacatcaccggctaagcattatatgagtcctcac
agctccccgtcaagtacccccaccagacgagccaacagcataatccgagggggccgtgga
cgaaaccaggacttgctaatggaaatccagttaaccaaggtgaaattccagcatgaagtt
taccctcaggctgatctggccacagccgccgctctatcagaacagctggtatcacgtcag
gttttcatcgtccaggatttagagattagagatcgtctggcctcgtctcagatgaataaa
ttccttcatctctacagcagcaaggagatgccacggaaagcgcatgccaacatgctgaca
atcaaagccttacatgttcgcccagaatccgccctctcaccacaagaatgttgtcttcga
gtgaccctcatgccacttcgcctcaacatcgaccaggatgccttgtttttcctgaaggac
tttttcacaagcctgtctgcagaagtggaaatattggtgaccccggatcctgaagtaagg
aggtcaccgggttctgatgtcacatgcagtctgccaaaacatctgaacgcgcatggtcga
gtgccggtgatttcagtaataggacagaaccagccattgaaaaatggggatgtatatttt
acagaattcagtgatgcctcggacacgttgaaggatgacacgtctttcagcgaccagcct
gtatttttccgagaattccgattcacctctgaagtccccataagactagattaccacgga
aaacatctctcaatggatcagggtacgttcactggaatattgatcggcctggcccagttg
aacaactctgaactaaagctgaagaggctgtgctaccgtcacggcctcttgggcgtcgat
aagcttttctcttatgccataaacgaatggctgacagacatcaagaagaaccagttgccg
gggattctgggaggagtggggccgatgcattctttggttcagcttgttcagggtcttaag
gatctggtgtggttgcccattgagcagtactgcaaagatggccgcatcgtgcggggcttc
caaaaaggtgctgcatcgttcggcacgtctacggcaatggctgccctggaacttaccaat
agggtcgtccagactattcaggctgctgcagagactgcctatgacatggtgtcccctggg
ccaagccctatagagctgaaaagagctaaaagattttctcaccaccgattggttcatcag
cctgtcgatctcagagaaggcgtggccaaagcctacaatgtggttaaagagggaataacg
gacactgctcaaacaatctatgagacggcagcccgcgagcatgagaacagaggggtgacg
ggagccgtaggaggagtccttagacaaatcccacccgcggtggttaagccttttatagta
gcgacggaagccacctccaacgtcctgggcggaatgcgcaaccaaatccgtccggacgtt
cgggaggaagagtcacagaaatggcggttagaggaaggttag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   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 (47)   

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