KEGG   Drosophila serrata: 110185336
Entry
110185336         CDS       T06108                                 
Name
(RefSeq) autophagy-related protein 2 homolog A
  KO
K17906  autophagy-related protein 2
Organism
dsr  Drosophila serrata
Pathway
dsr04136  Autophagy - other
dsr04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:dsr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    110185336
   04136 Autophagy - other
    110185336
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dsr04131]
    110185336
   03029 Mitochondrial biogenesis [BR:dsr03029]
    110185336
Membrane trafficking [BR:dsr04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    110185336
Mitochondrial biogenesis [BR:dsr03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    110185336
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N VPS13_DH-like ATG2_CAD
Other DBs
NCBI-GeneID: 110185336
NCBI-ProteinID: XP_020809773
Position
Unknown
AA seq 1923 aa
MSWFNPWDGLKTKMCRYLLQRYLGQFFENNLNLEQLKVDLYNGKAVVEDIFLKVDAFNDL
FEDQGWAFEVVSGHIGCLTVVVPWNALMTNDSSLEISNLTITLRPVTRHQSGTTMLESMW
SSVSSSMQMAEECMKQVDDDVPFLNHNNALIGLEKFAETIDNVLNRIRAKLTNTTLNIEY
LLPRSDRKLVLSVQASHVEYKNKTGYEMMSMSTSQNTDTETDAHEEDPNGSFNALPMIAK
HNLVIEGLSLHTSEVLDVFLPTPYEQLCKIVELKGAQNIQINIKQTENIVGPKVSLELSL
DDIYFMLTPRQIHLLIELSKGFNSGGQQERPKKGRSLKSAPPSEYQPHQQQQPTRMTGIL
GQNADWSTGLSEPEPSEYSGGFAPRSVYARSRKMSESTNSMLTSCTNTLQQELGYTEKSG
EILKFKVQISKLYGVALHNDILVQNTAHIDSCSTVFDQTSYLRYSDTASVFFQGALLANH
LPLEKQHYLLLRAAPIIVSGSQQRYFQELTSRTTLSATAVDLCEVLDNAREHLLLFDRQR
NCPDGYHIRPEIVITQSSSFMFKQNHNRCTNKIECILDECTAELDVSIYDRLGALFGCSP
FVRDSDEVPPADAYPDPDPSQTELSVKCENLRLQLRFPVVDGRAANDPQKIPWWQKNVRQ
DFLALEFRVLVVSFRSQISIASDELDAYYCDADKQSAVHLLRCQQTNKKIQIDVLQFKES
SDGRAKKPTRKSPFSSKCTFGYTSHVEGLDSSFDKTDSLLPGDTEEINEFCDSCTQSSKL
KIFAFIPLVKVVLESKGMYELIYNRLNGDLFMWEPRSPHYESNLEGEPRESNHLAAEPQL
EEFRRNQLLSTSTMESSIYFSMAETTLPGSGPSPPTPVAKVPNEAFSFELFVEEGSLILF
SHFLDPETNQRAKECGKFQVNLKELRLFTVNGLDNDANRSFFCIQLGEIEALHCGNTQQD
LVLAWSDVPDKNLLPTIHNFPKSQQEAGDRRRLEVLSVVAEIKKQPEQRIKRMKMSFGIT
GAILQHHSCHSEHSWLNQLMDFMDVADFPIEEYEPFALVSELQLHVWNAGIDYRPRFFPQ
RAFLDLGYCTLSSNIISSMSGCTLRLLAEDCVLQLGWAKAPQDALIPVLNLGLLNISFRL
NDEGKGQPRVDLRSSIHDMHLKTCYDSASALAQLIAYVANDRDLTPPPEEPVLNEDAAHT
EPKSFEDQEVSDQTQNHVNKLMADAVMDVKCSPNPKATKSPGGREEGIEIFYFPDEPKEK
RKSTPVKPQSKSLMVESPSVIGDILDFESNVILQSYYEQSQVQQPQTGLGTEVQLELGSL
CNGSLMEERDFDIIHDKEISGMDKFGVKQIYVSEEPLQIVDNHFCLPHEKVDLLRPPANF
PVAESSYTLCEMTFTWHLYGGQDFPDESPKKSAPAASSGFGMSDTYKYGVSQAQDQEKPE
RKGSRRGLPKEPKGSNRNLEVLVEIQLSKIRFSYETYPLTSIYSSRQVLLVSEIEIRDRL
RSSDINKFLYHPAGNNLSHKPDENMVIVKALNVRPNPQKSSAEECSLRVSILPIKLNIDQ
DTLLFLEDFFSGMFRNSSSSSSSSSKAAGSASSNSTDMPVMSVSKLPDDLSDELPAESEV
KEMVERNLNVLIEENSLDTELEEDPATTSPVFFREVIFSPALPICFDYHGRRIELSRGPV
TGLIMGLAQLQGSGICLREIVNRRGILGWNKLCEFLAKEWLKDIKRNQLPNILSGIGPTN
AVLQLFQGVYDLFRLPIEQYNKDGRIIRGFQLGAQSFTARTALAALEITSRIIHLLQFTA
ETTFDMLSAGPSLKKRKGGRNGGKRRRQGRPKDLREGVANAYTIVREGINESANTLIEAA
ITEHDQKGYSGAVGAVVRQIPQLVVCPAVLATQATTNILGGAKSSLVPEAKLEARDKWKQ
EIH
NT seq 5772 nt   +upstreamnt  +downstreamnt
atgtcgtggttcaatccctgggatggactcaagaccaagatgtgtcgctacctcctgcag
aggtatttgggccagttttttgagaataacttgaacttggagcagctgaaggttgatctc
tacaatggcaaggcggtggtggaggatatattcctaaaagtggacgctttcaatgatctc
ttcgaggatcagggctgggcctttgaggtggtatcaggtcacattggctgcctgaccgtg
gtcgtgccctggaatgcgctgatgaccaatgacagcagcctggagatctccaacttgacg
ataaccctgcggcctgttacgcggcatcagagcggcaccacgatgctggaatcgatgtgg
tcgtccgttagcagttccatgcaaatggcagaggagtgtatgaagcaggtggacgacgat
gtgcccttccttaatcacaataacgccctgattgggctggagaagttcgcggagaccatt
gacaatgtgctgaatcgcatccgcgccaagctgacgaacacaacactgaatattgagtat
ctgctgcctcgatcggaccggaaactggtgctttccgtccaggccagccatgtggagtac
aaaaacaagactggctacgagatgatgtccatgtccacgtcccaaaacaccgatacagag
acggatgcccatgaggaggatcccaatggtagctttaatgccctgcccatgatagccaag
cacaatttggtgatagagggactgagtctgcatacctccgaggttctggatgtatttctg
cccactccctacgagcagctatgcaagatcgtggagctcaagggcgcccaaaacatacag
atcaatatcaagcagacggagaacatagtggggcccaaggtgagccttgaactcagtctg
gacgacatctactttatgctcacgccccggcaaatacatttgctcatcgagctatccaag
ggcttcaacagcggtggccagcaggagcgaccaaagaagggacgcagcctgaagtcagcg
ccgcccagtgagtaccaaccgcaccagcagcagcagcccacaaggatgacgggaatactc
ggccagaatgcggactggtccacaggtcttagcgaaccagaaccttcggaatactccggc
ggctttgccccccgcagcgtttatgcgcgaagtagaaaaatgagtgagtctaccaatagc
atgctcacatcctgcacaaatacgctgcagcaggagctgggctacacggagaagtccggt
gagatactcaagttcaaggtgcagatctccaagctgtatggcgtggcactacacaatgat
attctcgtccagaatacggcccatattgatagctgcagcacggtctttgatcagacgagt
taccttcgatattcggatactgccagtgttttctttcagggcgcactcctcgctaatcac
ctgcccctggagaagcagcactatctcctgttgcgcgccgctccgatcatagtgagtggc
agccagcagcgctactttcaggagctcacatcgagaacgactctgtcggcgacagcggtg
gatctctgcgaggttctggacaatgcccgtgagcacctgctgctgttcgatcgccagcga
aactgcccggatggctatcacatccgacccgagattgtgatcactcagagctcctcgttt
atgtttaagcaaaaccataatcgatgcaccaacaaaatcgaatgcattctggacgaatgt
actgcggaattggatgtatccatttacgatcgactgggtgccctctttggctgttctccc
ttcgtccgggattccgatgaagttcctccggcagatgcctatcccgatccggatcccagc
caaacggagctgagtgtaaaatgtgagaacctgcgactgcagctgcgtttcccagtggta
gacggcagggcggccaatgatccgcagaagattccctggtggcagaagaatgtgcgtcag
gactttctcgctttggagtttcgcgtcctggtggtcagcttcaggtctcagattagcatt
gcttcggatgaactggacgcgtattactgtgatgcggacaagcagagtgccgtgcatttg
ctccgatgccagcagacgaacaagaagattcaaatcgatgtgctccagttcaaggagagc
agtgatggccgggcaaagaagccaacgcggaagtcgcccttcagctcaaagtgtaccttc
ggctatacgtcacacgtcgagggattggacagtagttttgataaaacagattcccttttg
cccggcgacacggaggagatcaacgaattctgcgatagctgcacccagtcctccaagctg
aagatcttcgcctttattccgctggtcaaggtggtgctggaatccaagggtatgtatgaa
ttgatatacaatcgactgaatggcgatctctttatgtgggagccccgttcgccgcactac
gaaagcaatctggagggggaaccgagagaatccaatcacctggcggctgagccgcaactg
gaggaattccggcggaaccaactcctaagtacgagcaccatggagagcagcatttacttt
tcaatggcggagacgacgctgccgggttctggtccttctcccccgactcctgtagctaag
gttcccaatgaagccttctccttcgagctgtttgtggaggagggatctctgatcctattc
tctcacttcctggatcccgagactaatcagcgggccaaggagtgcggcaagttccaggtg
aatctcaaggaactgcgtctcttcaccgtcaatggcctggataacgatgcgaatagaagc
ttcttttgcatccagctgggcgagattgaggctctgcattgtggcaacactcagcaagat
ttggtgttagcttggagtgatgtaccggacaagaaccttctacccaccatccacaatttc
ccaaagtctcagcaggaagcaggggacaggaggagactggaggttctatcggttgtggca
gagatcaagaagcaaccggagcagcggataaagcgcatgaagatgtcatttggcatcacg
ggagccatcctgcagcatcactcgtgccactcggagcacagttggctgaatcaactcatg
gacttcatggacgtggctgattttcccatcgaggagtacgagccgtttgccctggtctcc
gagctgcagctgcatgtgtggaatgccggcatcgactaccgccccagatttttcccccaa
cgtgcgttcctggacctgggctactgcacattgagcagcaacattatatcctccatgagc
ggctgtactctgcggctcctggccgaggattgtgtactccagttgggctgggccaaggcg
cctcaagacgctctgatccccgtgcttaatcttggcctacttaacatatccttcaggttg
aacgacgagggcaaggggcagccacgcgtggatcttcgctcctccattcacgacatgcac
ctgaagacctgctacgactcggcgtcggctctggctcagcttatagcttatgtggccaac
gacagggacctgacaccaccgcccgaggaacccgttctgaatgaggacgctgcacacact
gagcccaagtcgtttgaagatcaggaggttagcgatcaaacccaaaaccatgtgaacaaa
ctaatggccgatgccgtaatggatgtaaagtgctcgcctaatcccaaggccaccaagtca
ccaggagggcgagaggaaggcatcgagatcttctactttccggatgagcccaaggagaag
agaaaatcaacgcctgtgaagccgcagagtaaatccctgatggtggagagtccatcggtg
attggcgacatccttgactttgagtcgaacgtgatcttgcagtcctactacgaacagagt
caggtccagcagccgcagactggtctaggtaccgaggtgcagctggagctgggatcactg
tgtaacggatccttaatggaggaacgcgacttcgatataatccacgacaaggagatctcg
ggcatggacaagttcggtgtcaagcagatctacgtctccgaggagccgctccagattgtt
gacaatcacttctgcctgcctcacgaaaaggtggatctgctgagacctccggccaacttc
ccggtggccgagagcagttataccctctgcgaaatgaccttcacgtggcatctttatggc
ggacaggatttccccgatgaatcgccaaagaagtccgctcccgccgcctccagtggcttt
ggcatgtcggatacgtacaagtatggcgtgtcccaggcacaggatcaagagaaaccggag
cgaaagggctcgaggaggggtttgcccaaagaacccaagggctccaaccgcaatctggaa
gttctggtggagatccagctgtcgaagattcgcttttcctacgaaacctatcccctgaca
tccatttattcgtcgcgtcaagtgctcctggtatcggaaatcgaaatcagggatcggctg
cgctcctcggacattaacaagtttctctaccatcccgctggcaacaatttgtcccacaaa
ccggacgagaatatggtgatagtgaaggctctgaatgtgcgtcccaatccgcagaagagc
agcgccgaggagtgttccctgcgcgtttccattctgcccatcaaactaaacatcgaccag
gatactcttctattcctcgaggacttcttttcgggcatgttccggaattctagcagcagc
agcagctcctccagcaaagcggcgggcagtgcctcctccaattcaacagacatgccagtg
atgtcggttagtaagctaccggatgatctatccgacgagctgcccgccgagtccgaagtc
aaggagatggtcgagcggaatctgaatgtgttgattgaggagaacagcctggacacggag
ttggaggaggatccggccaccacttcgcctgtgttcttccgcgaggtgatcttcagtccg
gcgctgcccatttgcttcgattaccatggtagacggatcgaattgtcgcgcggacctgtc
accggactcattatgggattggctcagctccagggatctggcatctgcctgcgtgagatc
gtcaatcgtcgaggcatcctcggctggaataaactgtgcgaatttctggccaaggagtgg
ctgaaggacatcaaacgtaaccagctgcccaacatcctgagcggcataggacccacaaat
gcggtcctgcagctcttccagggcgtctacgacctcttccggcttcctatcgagcagtac
aacaaggatggccggattattcgaggtttccagctgggcgcacagagtttcacagctcgc
acagctctggctgccttggagatcacctccaggatcatacatttgctgcaatttacggcg
gagactactttcgatatgctctcggcggggccatccctgaagaagcgaaagggcggacgg
aatggaggaaagagacgacgccagggacgacccaaggatctgcgagagggcgtggccaat
gcctacaccatagtgagagagggcatcaacgaatcggccaacacactcatcgaagcggcg
atcacggagcacgaccagaagggttacagcggagctgtgggcgccgtagtacgccaaatc
cctcagctcgtcgtctgccccgcggtgctggccacccaagccaccaccaatattctgggc
ggtgccaagagctcgctggtgccggaggccaagctggaggcccgtgacaagtggaagcag
gagatccactaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

Download RDF
DBGET integrated database retrieval system