KEGG   Mus musculus (house mouse): 329015
Entry
329015            CDS       T01002                                 
Symbol
Atg2a, 1810013C15Rik, A830054M12, mKIAA0404
Name
(RefSeq) autophagy related 2A
  KO
K17906  autophagy-related protein 2
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04136  Autophagy - other
mmu04140  Autophagy - animal
mmu05010  Alzheimer disease
mmu05014  Amyotrophic lateral sclerosis
mmu05016  Huntington disease
mmu05017  Spinocerebellar ataxia
mmu05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    329015 (Atg2a)
   04136 Autophagy - other
    329015 (Atg2a)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05010 Alzheimer disease
    329015 (Atg2a)
   05014 Amyotrophic lateral sclerosis
    329015 (Atg2a)
   05016 Huntington disease
    329015 (Atg2a)
   05017 Spinocerebellar ataxia
    329015 (Atg2a)
   05022 Pathways of neurodegeneration - multiple diseases
    329015 (Atg2a)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mmu04131]
    329015 (Atg2a)
   03029 Mitochondrial biogenesis [BR:mmu03029]
    329015 (Atg2a)
Membrane trafficking [BR:mmu04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    329015 (Atg2a)
Mitochondrial biogenesis [BR:mmu03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    329015 (Atg2a)
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N ATG2_CAD VPS13_ext_chorein
Other DBs
NCBI-GeneID: 329015
NCBI-ProteinID: NP_919329
MGI: 1916291
Ensembl: ENSMUSG00000024773
UniProt: Q6P4T0
Position
19:6291508..6312332
AA seq 1914 aa
MSRWLWPWSNCVKERVCRYLLQHYLGHFFQEHLSLDQLSLDLYKGSVALRDIHLETWSVN
EFLRSMESPLELVEGFVSSIEVAVPWAALLTDHCTVCVSGLQLTLQPRQGSGPGAADSQS
WASCMTTSLQLAQECLREGLPEPSEPPQPLEGLEMFAQTIETVLRRIKVTFLNTVVRVEH
SLGDEDRSVAVEVRVQRLEYCDEAVRDPSQAPPVDVHQPPAFLHKLLQLSGVCLYFEELP
SQADPPQPPLQIGSCTGYVELMVRLKQNEAFPGPKLEVSGQLGSLHLLLTPRQLQQLQRL
LSAVNLADPAGLADKLNKSRPLGAEDLWLIEQDLNQQLQAGAVAESLSLYPITNPLNLDS
TDLFFSMAGLTSSVTSAVSELSVYSVDLGSSVHSNMAFHRPSTPPHSGGKMAPTPLLDTT
RPDSLVKMTLGGVSLTLLQTASPSSGPSDLPTHFFAEFDAAKDGPFGSRDFSHLRPRFQR
ACPCSHVRLTGTAVQLSWELRTGSHSRRTSSTEVHFGQLEVLECLWPRAATEPEYTEILS
FPSHSGSEASARPCAHLRHTQTIRRVLKSRSRRSTACHCHSELSLDLADFQSDVELGSLD
RLAALFRQVTTPSEPPAGLLTEPPQATELQTVFRLSAPRATLRLRFPIPDLRPDRDPWAG
QAVRAEQLRLELSEPQFRSELNSGPGPPAPTRLELTCSDLQGIYEDGEKPPVPCLRVSKA
LNPRSTEAKYFLPQVVVTLNPQSSGTQWETAYEKGRDLELSTESPCELQQPEPSPFSSKR
TMYETEEMVIPGDPEEMRTFQSRTLALSRCTLDVIMPSAHIFLPSKEVYESIYNRINNDL
LMWEPADLLPTSSAAARPPGSSGFKMCKSAFKLDSDSDEEDAQFFSMASGVPQTPAPEPS
RRQSQSTFSTLVTVLKGRITALCEAKDETGKRLDVTHGELVLDVEQGTIFSVAQYRGQPG
LGYFCLEAEKAKLYHRAAIEDYLLPTHLEVPSFAPPAQLAPTIYPSEEGVTERGTLGRKG
QGPPMLSAAVRIHLDPHKNVKEFLVTVRLHKATLRHYMAPPEQSWHSQLLDFLDVLDDPV
LGYLPPTVITVLHTHLFSCAVDYRPLYLPVRVLVTAETFTLSSNIVMDTSTFLLRFILDD
SALYLSDKCEVESLDLRRDYVCVLDIDLLELVIKTWKGSTEGRLSQPLFELRCSNNVVHV
HSCADSCALLVNLLQYLTSSGDLHPPPRPPSPTEIAGQKLSESPASLPSCLPVETALINQ
RDLTDALLDTERRGLQELAQSSGGPLPQASPVSVYLFPGERSGAQAPLPPPGASSHTLGS
KAKEHENEEEGDGDTLDSDEFCILDAPGLGIAPRDGEPIVTQLHPGPIIVHDGHFSQPLG
STDLLRAPAHFPVPSSRVVLREVSFIWHLYGGRDFGLHPTYRARVGLTGPRVSPSRSSGP
NRPQNSWRTQGGIGRQHQVLMEIQLSKVSFQHEVYPEESAIAGGLGQELDERPLSRQVLI
VQELEIRDRLATSKINKFLHLHTSERLPRRTHSNMLTIKALHVAPTSSVGGPECCLRVSM
MPLRLNVDQDALFFLKDFFTSLAASINPMVPGDTSEAPRETHSRPGSPQEGQSEDTETAS
NPPEAPGSSHSSSDQQPIYFREFRFTSEVPICLDYHGKHVTVDQVGTFMGLLIGLAQLNC
SELKLKRLCCRHGLLGVDKVLCYALNEWLQDIRKNQLPGLLGGVGPMHSVVQLFQGFRDL
LWLPIEQYRKDGRLIRGLQRGAASFGSSTASAALELSNRLVQAIQATAETVYDILSPASP
VSRSLQDKRSSRKLRRGQQPADLREGMAKAYDAVREGILDTAQTICDVASRGHEQKGLTG
AVGGVIRQLPPTVVKPIIVATEATSNVLGGMRNQILPDAHKDHALKWRLEEAQD
NT seq 5745 nt   +upstreamnt  +downstreamnt
atgtcacgatggctgtggccatggtcgaactgtgtgaaagagcgtgtctgccgctacttg
ctacagcactacttgggtcacttctttcaggagcacctcagcctggaccagctcagcctg
gatctgtacaagggcagcgttgccctgcgggatattcacctggaaacctggtctgtgaac
gagtttttgaggtcaatggagtcaccactggaactggtggaaggctttgtgagctccatc
gaggtggctgtcccctgggctgcacttctcactgaccactgcactgtgtgtgtgtcaggc
cttcagcttaccctgcagccccgccagggttcaggaccaggggctgcggactctcagagt
tgggcctcatgcatgaccacaagcttgcagctggctcaagagtgccttcgggaagggttg
ccagaaccctcagaaccaccacagcccctggaggggctggaaatgtttgcacagaccatt
gagactgtgctccggaggatcaaggtgaccttcctgaacactgttgtgagggtggagcat
tcactgggtgatgaggatcgaagtgtggctgtggaggtccgagtgcagagactggagtac
tgtgacgaagcagtgcgggaccccagccaggccccacctgtggacgtgcaccagccgcct
gccttcctgcacaagctgctgcagctgagtggggtctgcctatactttgaggagctgccc
tcccaggcagacccaccacagccacctctgcaaatcggcagctgcacggggtacgtggag
ctcatggtgaggctgaagcagaacgaggcctttccaggccccaagttggaggtatcagga
caactgggatccctgcacctgcttttgaccccgcgtcagctccagcagctccagaggctg
ctcagtgccgtcaaccttgcagaccctgcaggcctggccgacaagctgaacaagagccgt
ccactgggtgctgaggacttgtggctcattgagcaagatctgaaccagcagctgcaggcg
ggtgctgtggctgagtccctcagcctgtaccccatcaccaaccccctcaatttggacagc
acggacctcttcttctccatggccggcctcacaagcagtgtgacatcggctgtctctgag
ctctccgtgtacagcgtagacctgggctcctctgttcacagcaacatggccttccaccga
ccctcaaccccaccccactcgggtggcaagatggccccaactccccttctggacaccaca
cgccctgactcactggtgaagatgaccttgggcggtgtgagcttgaccttgctgcagact
gcttccccgtcttcaggaccatctgacctccccacccacttttttgctgagttcgatgct
gccaaagatgggccattcggctcccgggacttctcccatctcaggccacgcttccagagg
gcctgcccttgtagccacgtccggttaactggcacagccgtgcagctgtcctgggagctg
cgcacgggcagccacagccggaggacaagcagcaccgaagtgcactttggacagctggag
gtgctggagtgcctatggcccagggctgccacagagccagagtacacggagatcctgagc
ttccccagtcactctggctccgaagcctcagcccgaccctgcgcccatctgcgccacaca
cagaccattcgccgggtgctcaagagccggtcccggcgctccactgcctgccattgtcac
tcagaactgtccctggacctggccgacttccaatctgatgtggagctggggtccctggac
cgccttgctgccttgttccgtcaagtcaccacaccctctgagccacctgctggcctacta
acagagcccccacaggccactgagctgcagacagtgtttcgtctctcagcaccccgggcc
accctgaggctacgcttccccatcccagacctacggcctgaccgggacccctgggctggc
caggctgtgcgggctgagcagctgcgactggagctgagtgagccccagttccgctcagag
ctcaacagtgggcctggccccccagctcctacccgcctggaacttacttgctcagacctg
caaggaatctacgaagatggagagaagccaccagtcccctgcctgcgggtctccaaagct
ctgaatcccaggagcactgaggccaagtactttctacctcaggtagtggtgaccctgaac
ccccagtccagtggcacacagtgggagacagcctatgagaaaggccgggatctagagctg
tccaccgagagtccgtgtgagctacagcaacctgagccctcgcccttctcctccaagcgg
accatgtacgagactgaggaaatggtgatccctggagaccctgaagagatgaggacattc
cagagccggacactggcactgtcccgctgtactctggatgtgatcatgcccagtgcccac
atcttcctgcccagtaaggaggtctacgaaagtatctacaacaggatcaataacgacctg
ctcatgtgggagcctgcagacctgcttcccacatccagcgctgctgctcggccgcctggc
tcttcggggttcaagatgtgcaagtcagccttcaagctagactcggattcagatgaagaa
gacgcccagttcttctcgatggcatcaggtgtcccccagacacctgccccagaaccttcc
cgtcgtcagtcccagagtaccttctccacactggtgacagtgctgaagggtcggatcact
gcgctctgtgaggctaaggatgagacagggaagcggctggatgtcactcacggggagctg
gtactagatgtggagcaaggcaccatcttcagcgtagcccagtaccgtggccaaccaggg
cttggctacttctgcctggaagctgaaaaggccaaactctaccatcgagcggccattgaa
gactacctgctacccactcatttggaagtgcccagctttgctccccccgctcagctggct
ccaaccatctacccatcagaggaaggggtgactgagcgaggaaccttgggccgcaagggc
cagggtccccccatgctgtctgcagctgtccgtatccacctggaccctcacaagaatgtc
aaggaatttttggtgacagtacggctgcacaaagccactctacgccactacatggcccca
cctgaacagagctggcactcccagctcctggacttcttggatgtgctggatgaccctgtg
ctgggatacctgcccccaaccgtcatcactgtcctgcacacacatctcttctcctgcgct
gtggactacaggcccctctacctccctgtgcgtgtcctggtcactgctgagaccttcacc
ctctccagcaacattgtcatggacacgtccaccttcctgctcaggttcatccttgatgac
tccgctctgtacctgtctgacaagtgtgaggtggagagcctggatctgcggcgagattat
gtctgtgtcctggatattgacctcctggaacttgtcatcaaaacctggaagggcagcact
gagggcagactgagccagcctctgtttgagctgcgctgctccaacaacgtggtgcacgtg
catagctgtgctgactcctgcgccctgctggtcaacctgctccagtacctaaccagctcg
ggtgacctgcaccccccaccccggccccccagccctacagagatcgctggccagaagctt
tcggagagccctgcctccctgccctcatgcctacctgtggagacagccctcatcaaccaa
cgagacctgactgacgcccttctggatactgaacggcgcggcctgcaggagctggcccag
tcatcgggtggcccacttcctcaggcctctcccgtctccgtctatctgttcccaggtgaa
cggagtggggcccaggcccctttgcctcctcctggggcctcttctcataccttgggttct
aaggcaaaggaacatgaaaacgaagaggaaggggacggagacaccctggacagtgatgag
ttctgcatccttgacgcccctggcctaggcattgcgcctcgagacggggagcccatcgtg
acacagctgcatccaggccccatcatcgtgcacgacggtcacttctcccagcccctggga
agcactgacctgctgcgcgctcctgcccacttcccagtgcccagcagccgtgtggtacta
cgggaggtctccttcatctggcacctctatgggggtagagactttggccttcaccccact
tacagagcaagagtaggcctcacaggccccagggtctcaccttcccgctcctctggtccc
aaccgtccccagaactcctggcgtacccagggtggcattggacggcaacaccaggtcctc
atggagatccagctcagcaaagtgagcttccagcatgaagtgtacccagaagagtcggcc
atagctgggggcctgggccaggagctggacgagcgaccactgtcgcgccaggtgctcatt
gttcaagagctagagatccgagaccggctggccacctccaagatcaacaagtttcttcat
ttgcacacgagtgagcggctgccacggcgcacacactccaacatgcttaccatcaaggca
ctgcatgtggctcccaccagcagcgtcggagggccggagtgctgtcttcgagtctccatg
atgcctctgaggctcaatgtggaccaggatgccctcttcttcctcaaggactttttcacc
agcctagcagccagtatcaaccccatggtcccaggggacacttctgaggctccccgagag
acccacagccggcccggcagcccccaggaagggcagtctgaggacacagagacagccagc
aacccaccggaagctccaggcagtagccacagctcctctgaccagcagcctatctacttc
agggagttccgcttcacatctgaggtgcccatctgcctggattaccatggcaagcatgtc
actgtggaccaggtgggcactttcatgggactcctaatcggcctggcccagctcaactgc
tcagagctgaagctcaagaggctctgctgccggcatgggctcctgggtgtggacaaggtg
ctgtgctatgccctcaatgaatggctgcaggacatccgtaagaaccagctgcccggcctg
ctgggaggcgtgggccccatgcactcggttgtgcagctcttccaagggttccgggacctg
ctgtggctacccatcgagcagtacaggaaagatgggcgcctcattcgggggctgcagcgt
ggggctgcctcctttgggtcatccacagcctctgctgctctggaactgagcaacaggctg
gtccaggccatccaggctacagctgagacagtgtatgacatcctgtccccggcttctcct
gtctcccgatccctacaagacaagcgctcttcgcggaagctacgcagaggtcaacaacct
gctgacctccgggaaggcatggctaaggcttatgatgctgttcgagagggtatcctggat
acagctcaaaccatctgtgatgtggcatccaggggccatgagcagaagggactgacaggt
gccgtggggggtgtgatccgacagctccccccaaccgtggtaaaaccaataatcgtagca
acagaggcaacatccaacgtgctagggggcatgcgtaaccagatccttccagatgcgcac
aaggaccatgctctcaagtggcgattggaggaggcccaggactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (7)   
   KEGG PATHWAY (7)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (27)   
   RefSeq(nuc) (9)   
   GenBank (9)   
   EMBL (9)   
Protein domain (4)   
   Pfam (4)   
All databases (104)   

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