KEGG   Populus euphratica (Euphrates poplar): 105107940
Entry
105107940         CDS       T05872                                 
Name
(RefSeq) uncharacterized protein LOC105107940 isoform X1
  KO
K17906  autophagy-related protein 2
Organism
peu  Populus euphratica (Euphrates poplar)
Pathway
peu04136  Autophagy - other
Brite
KEGG Orthology (KO) [BR:peu00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04136 Autophagy - other
    105107940
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:peu04131]
    105107940
   03029 Mitochondrial biogenesis [BR:peu03029]
    105107940
Membrane trafficking [BR:peu04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    105107940
Mitochondrial biogenesis [BR:peu03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    105107940
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N ATG2_CAD Atg2_N
Other DBs
NCBI-GeneID: 105107940
NCBI-ProteinID: XP_011000353
Position
Unknown
AA seq 1979 aa
MFSWNFAKSAEALLSRWAMKRLCKFVLKKKLGKFILGDIDLDQLDVQLAEGTIQLSDLAL
NVDCLNEKFGAAASVMIKEGSIGSLSVKMPWKGIGFEVEVDELELVFAPCLKKRNSPADD
ETSSSSQESRHGHKEVGRFGNDLMENAQKSSFVDVHEGVKTIAKVVKWFLTSFHVKVRKL
IVAYEPYFEKDEKKVGCQETLVLRVPEIECGTCVSEDANLSSDERVENFLGISQLMNFVK
FQGAVLELLKTDGVDSQSYSPRVSDSSFSEQFSGRCRSKPTTPIVTGKKGGFSGNLKLSI
PWKNGSLDIHKLDAEVCVDPVELRLQPSTIKWFLLSWETYKNIDQDGRGDAHYISTEPVY
FNSSSHFHSSLSTPGVVANDKVSPVRGSFTSAFSSFTGKESVSEAMLPGSHLISDWVPNS
IQNEKDGIQEELDLGASVDQFFECLDGMRSSQSALGSSGMWNWTCSVFSALTAASSLASG
SFQIPSEDQHVQTTLKATLAGVSVLLSFQDEDQEYLYGQKSDQNTVGLEIRCLIAECKDI
FVVLQVCPQEMRFEGTVKCIEVIDYLYDKNDAMNSHSTEFSSDSNSQTVLIQNLQSEVQG
VLPPFPHSDELSTLIAPGVPFGSATKMKLLGTSGVTRCQFTVYSDSSDGNFTGTKSFSLQ
LPLLIFWVNFASVNMILNLLKNAGKSVERSIQRNGFPSVNKKHELSYGNMKKGSSSRVST
VASTENLQGSISVLKARVILCFPFVSGGDIGGHSPWNQFIAVDISSPSILESPTSNSSSW
KRHAPRTICSLHLNVGNLKVYLVNPACNDDGTTLSTLMPRYRFCAQNIVSVSNRAGCLCT
ISMHWQEDPVTGPWIAEKAKSLATSEESRSRKKIKVKGYEFASATAAKDLGDINLQTREE
LILSSAFFLHVHLLPVVVDLSSSQYRNLHCFLDQMINGLSGMACDVVGVRELSPGSQTSI
LVKCESLDFSIRPDIKDDIKSSLQSELPGSWHCLKLKIQKFDMLSVSNIGGIRGANFFWL
AHGEGKLWGSITGVPDQEFLLISCSNSTMKRGDGGGSNALSSSLAGSEIIHIWDPKSSHD
FTSVSVRCATVIAVGGRLDWLDAISSFFIFSSPKVEKENDENLPKGDLNAPSETSFILKL
VDIGISYEPYLKKSVVRDLHSESGPSYSKEETGEPQVACLLAASLFSLSNTTTEDSIDSD
YKIRVQDLGLLLGAAHENIGGTHSVEYLHKMGYVRVAHEALVEAILRTDCKNGLLWEVEC
TKSHIYVETCHDTTHGLMFLAAQFQQLYAPDLEESVVHLQNRWNGVCQAQERNEFNDEGQ
ISNHDCAPSTSQVHAPTADTRSNLGVVGLMDEICEDAFHLHGIQACRFDSSGSEIHVSLD
ESLLGEACSLSVETPDFFSNDLSYDWPVPLIGLESNQTTFLQSGSFPEFIEGYCVSDLRP
LSELSMGRQSPPEKLCMSKNFGNADHGRGNGGWYGDAPLSIVENHISGASSEDQLPTLHS
ARSDDFGKATGRVLFKNIDVSWRMYAGSDWQAYKKNSDPSSHTCGRDTTVCLELALSGMQ
FQYNVFPVGGVCASKLCLTVEDFHLSDKSKTAPWKQILGYYHSKDHPRESTSKAFKLDLE
AVRPDPLIPLEEYRLRITLLPLLLHLHQSQLDFLISFFGPKSFSAGQSSEQDQNLDGVKT
SATNSCNLAGHTIANEALLPFFQKFEIWPIILRVDYSPHHVDLAALSCGKYVELVNLVPW
KGVELQLKHVHAVGVYGWGSVCETIVGEWLVEISRNQMHKILQGLPTIRSLVAVGSGAAK
LVSLPVGGYRKDHKIIKGMQRGTSAFLKSISLEAVGFGVHLAAGAHDILLQAEYILTNIP
SPPVSWSVQAKTKDNVRCNQPKDAQQGIQHAYESLSNGLGKSASALVQTPLKKYQHGGST
ATALATAVRAVPTAAIAPVSACAGAVHYALLGLRNSLDPEHKKESMEKYLGSSKPNDWD
NT seq 5940 nt   +upstreamnt  +downstreamnt
atgttttcgtggaactttgcgaaatcggcggaggcgttactgtcgcggtgggcgatgaaa
aggctgtgcaagtttgtattgaagaagaaactagggaagtttatattaggagatattgat
cttgaccagctcgatgttcaactcgctgaaggcactattcaactcagtgatcttgctctc
aatgtcgattgtcttaatgaaaagtttggggcagcggcatcagtgatgataaaagaaggg
tcaattggctcattgtcggtcaaaatgccatggaagggtataggttttgaggttgaggtg
gatgagcttgagcttgtatttgcaccctgtttgaagaaaaggaattcaccagctgacgac
gagactagtagttctagtcaagagagtagacatgggcacaaggaggtggggaggtttggg
aatgatttgatggaaaatgctcaaaaatctagttttgttgacgttcatgaaggcgtgaag
acaatcgcaaaggtggtgaagtggtttttgactagtttccatgtaaaggttaggaagttg
attgttgcatatgagccatatttcgagaaggatgaaaagaaggtcgggtgtcaagaaact
ttggtacttagagtacctgaaatagaatgcggaacctgtgtttctgaagatgctaactta
agttctgatgaaagagttgagaactttctaggcataagtcagttaatgaattttgttaag
tttcaaggagcagtgcttgaacttctcaaaacagatggtgttgacagtcaaagttacagt
ccacgagtgtcagattcaagttttagtgagcaattttcagggcgctgccgatcaaaacct
acaactcctattgtgacagggaaaaaaggtggattttcagggaatttaaagttaagtatt
ccttggaagaatggttcattagacattcacaaattagatgcagaggtttgtgtggatcct
gtagaattaagacttcaaccaagcacaatcaagtggttcctactttcatgggaaacttat
aagaatattgatcaagatggcaggggggatgcacattatatatcaaccgaaccagtctac
tttaattcttcttctcatttccattcttcgttatctacccctggtgtggttgctaatgat
aaagtgagccctgttcgtggtagctttacatctgccttttcttctttcaccgggaaagaa
tcagttagtgaagcaatgctacctggatcacatcttatatctgactgggtgccaaattct
attcaaaacgagaaagatggtatccaagaagaattagaccttggagcaagtgtggaccaa
ttttttgaatgtttagatggaatgagaagttcacaatcagctctgggaagcagtgggatg
tggaactggacatgttctgttttcagtgcattaactgcagcatccagccttgcttctgga
tcttttcaaatcccttctgaagaccagcatgttcaaaccacccttaaagcgactttggct
ggagtttctgtcttgctatcctttcaggatgaagatcaggaatatctgtatggtcaaaag
agtgatcagaatactgttggactggagattcgttgtcttattgcagaatgcaaagatatt
tttgttgttttgcaggtttgtcctcaagaaatgaggtttgaaggaacagtgaagtgtatt
gaggttattgattacttgtacgataaaaatgatgccatgaatagtcactcgacggagttt
agtagtgatagcaacagtcaaactgttttgatccagaatctgcaatccgaagtccaaggt
gttctccctccatttcctcattcagatgaattaagtacattaattgcaccaggagttcca
tttggaagtgcgaccaaaatgaaactgcttggtacctcaggtgtcactcgatgccaattt
actgtatattctgattcgtcagatggaaattttactggaacaaagtcattctcattgcaa
ctgccgttgttaatattctgggtgaactttgcttcagtaaacatgatactgaatcttctg
aagaatgctggaaaatctgttgaaaggagtatccagaggaatggatttccatctgtcaat
aagaagcatgaattatcttatggaaatatgaaaaaaggttcaagttctagggtttcaaca
gtggcctctacggaaaatttgcaaggtagtatatcagtccttaaggcgagggtaatacta
tgtttcccatttgtaagtggtggagatattggaggccactctccctggaatcaatttatt
gctgttgatatttcttcaccgtcgatcttggaaagcccaacatcaaattccagttcgtgg
aaaaggcatgcaccaaggaccatatgttctttgcatttgaatgttggtaatctcaaggtt
tacttggtcaatccagcatgtaatgatgatggaactaccttgtctactttgatgccaagg
tatagattttgtgcacagaacattgtgtctgtgagtaatagagctggctgcctatgtact
attagcatgcattggcaggaagaccccgtgactggtccttggatagctgagaaagccaag
tctctggcaacttcagaggaatccaggagcaggaaaaaaatcaaggtgaaaggatatgaa
tttgctagcgcaactgctgcaaaggatctaggagacataaatttgcaaaccagagaagag
ttaattttgagctctgcattcttcttgcatgttcatctgcttcctgttgtggttgatctt
agcagttctcagtatagaaatttgcattgctttctagatcagatgattaatggattatca
ggcatggcctgcgatgtagtcggtgttagggaattgtctccaggcagtcaaacatcaatt
cttgtgaagtgtgaatcactagatttttcaatcagaccagatataaaggatgacataaaa
agttcattgcagagtgaacttcctggatcatggcattgtttaaaactgaaaattcaaaaa
tttgatatgctgtccgtctcaaatattggaggtatcaggggtgctaatttcttttggcta
gcccatggagaaggtaaattatggggttccatcaccggagttccagatcaagagtttctt
ctgatttcttgtagcaactccactatgaaacgtggagatggaggaggttccaatgcattg
tcttctagcttggctggttctgaaattatacacatatgggatccaaagagctcacatgat
tttacatctgttagtgtcagatgtgccacagttattgctgttggtggtcgcttggattgg
ttggatgcaatatcgtccttcttcattttttcctctcctaaagtggagaaggaaaatgat
gaaaatctgccaaagggggatttgaatgccccttctgaaacttctttcattctaaagttg
gttgatattggaataagttatgagccttacttgaagaagtcagtggttagggatcttcat
tctgagtctggcccctcatattccaaagaagaaacaggtgagccgcaagttgcttgtcta
ttagctgcatctttgttttctctttccaatacaacaacggaagattctattgatagtgat
tacaaaattagagtgcaagatttagggcttcttcttggtgcagcacatgagaatattggt
ggcactcatagtgtggaatatcttcataagatgggttatgtgagagttgcccatgaggcc
ctggttgaagcaattttgagaactgactgtaagaatggccttctctgggaggtagaatgc
acaaaatcccatatttatgtggaaacttgccatgacactactcacggtctcatgttcctg
gctgctcaattccaacagctctatgcccctgacttggaggaatcagttgtgcacttgcag
aataggtggaatggtgtttgtcaggcccaagagagaaacgagttcaatgatgaaggtcag
atttctaatcatgattgtgcgccttcgacctcccaagttcatgcccctactgcagataca
aggagtaaccttggggtggttggtttaatggatgagatatgtgaagatgcatttcacttg
catgggattcaggcatgccggtttgattccagtggatcagaaattcatgtttcacttgat
gaaagtctcctcggagaagcttgcagcctaagtgttgaaactcctgacttcttctcgaat
gatctctcttatgattggccagtgcctttaataggcctggaaagtaatcaaaccacattt
ctacagagtggttctttcccagaatttatagaaggctattgtgtgtctgatttacgccct
ttgtcagaattatccatgggcaggcagtcaccacctgaaaaactatgcatgtccaagaat
tttggcaatgcagatcatggaagaggaaatggtggatggtatggggatgcccctttgagc
attgttgaaaatcacatttctggagcaagtagtgaagaccagcttccaactttgcattct
gcaagatctgatgattttgggaaggccacaggacgtgtactttttaagaacattgatgtg
agctggagaatgtatgctggttctgactggcaggcatataaaaagaatagtgatccatct
agtcatacttgtggaagggatacaactgtttgtctagagcttgcattgtctggaatgcaa
tttcaatacaatgtcttcccagttggtggagtatgtgcatctaagctttgtcttacggtt
gaagattttcatctttctgataagagtaaaactgcaccgtggaaacagatacttggatat
tatcattcaaaagatcatcctagggaatccacttcaaaagcattcaagctggacttggaa
gctgtcagaccagatcctctaatccctcttgaggaataccggttacgcataactctcctt
cctttgctattgcatcttcatcaaagccaactcgattttctcattagcttttttgggccc
aaaagcttttcagcaggccagtcttccgaacaagatcaaaacttagatggtgtaaagact
tctgcaacaaatagctgtaatcttgcaggacatacaattgcaaatgaagcattgcttccc
ttttttcagaagtttgaaatatggcccattattcttcgagttgactacagtccccatcat
gttgatctagcagcattgagctgtggaaagtatgtggaacttgtgaaccttgtcccctgg
aagggggttgaactacagctaaaacatgttcatgccgttggtgtctatggctggggcagt
gtatgtgaaacaattgtaggggaatggttggtggagatctctcgaaatcagatgcataaa
atcttgcaaggcctccctaccatccggtccctggttgctgttggttctggtgctgcaaag
cttgtttccttgcctgttggggggtacaggaaggatcataaaataatcaagggaatgcaa
agaggtacaagtgcatttctaaaaagtatatcgcttgaagctgttggatttggggtgcat
ttggcagctggggctcatgatattttgctccaagcagagtatattcttacaaatatacct
tctcctcctgtgtcatggtctgtacaagccaaaactaaagacaatgtaagatgcaatcag
ccaaaagatgcccagcaaggaattcaacatgcatatgagagtctcagtaatggcctggga
aagtccgcttctgctttagtgcagactccattgaaaaaataccagcatggaggcagcaca
gcaactgccctggcaactgctgtacgggctgttcccactgctgccatagctcctgtttct
gcttgtgcaggtgcagtgcattatgctcttcttggccttagaaatagccttgaccctgaa
cacaaaaaagagtccatggagaagtatctgggttcttcaaagccaaatgattgggattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (4)   
   Pfam (4)   
All databases (20)   

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