KEGG   Salmo salar (Atlantic salmon): 106612100
Entry
106612100         CDS       T04363                                 
Name
(RefSeq) autophagy-related protein 2 homolog A-like
  KO
K17906  autophagy-related protein 2
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04136  Autophagy - other
sasa04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    106612100
   04136 Autophagy - other
    106612100
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sasa04131]
    106612100
   03029 Mitochondrial biogenesis [BR:sasa03029]
    106612100
Membrane trafficking [BR:sasa04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    106612100
Mitochondrial biogenesis [BR:sasa03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    106612100
SSDB
Motif
Pfam: ATG2-VPS13_C Chorein_N ATG2_CAD VPS13_DH-like EKLF_TAD1 VPS13_ext_chorein
Other DBs
NCBI-GeneID: 106612100
NCBI-ProteinID: XP_014068429
UniProt: A0A1S3SVR3
Position
ssa09:complement(77550681..77600921)
AA seq 2010 aa
MSRWLFPWSGSIKKRACRYLLQHYLGHFFQERLSLEQLSLDLYNGSGVIKEINIDVWAVN
ELLESLGAPLEIVDGFVSSIEVTIPWSALVTDHCTLVISGLQITCRPKYRTRGGLDSQGW
STCMTSSMQLAQECLKDPPEVSEEPPAPLEGLEMFAQTIETVLRRIKVTLLDTIIRIEHQ
PLDMETGIALEVHIKRLEYCDEAVKDPSQTVPVDIHQPPAFLHKILQLSSVQLLYETTGG
PQGPLRADTPGSASASEEEVEGEDNDPPATSLPLATQRPLLIGSCSGFMETTVKIKQNDM
LPGPKLELDGKVGCLHLLLSPDQITHLTDLLSALCIDTEPEASGAGVHSRPLDSEDLRLI
EEDLSKQLSSSPGDGDPDWDEEPEMEPYLTGLENGDMFFSMGPGMTSSVTSALSGSSLSD
SMASSTHSQASYAQGLPQGPRRYPVPGSLSSLPQCNRIPASPRPGRRSQSEPLKPEALLR
LSLGGLTLTLLEREPHPGPDGVSSLTQVSQVFFRELAFFKDSMFSERDFHHLRASFAKAC
PHSHLRMTGAAVQVACEMRSAGRHSRAMTSDLSFSRLELLECLWEPGKPQYTELLQFQRA
GMFTVGATARPCAQLHYSLTEKHLRKGRQRVVRRDSVVRVELGELSAELDLDILSRLEPL
SRACSHCPTQTGGGPVHTQTQSRELHSSLSLLSPHAILKLRFPIPDLRPLPFRRPPSQRA
VRQETLVLELCDLDICSQEGLDLQPDHHAPPGPSHSSLTQLLEASFSDMHGTYEGWEGGS
FPCIRVKKSQDSMAKLSVRVSGGEGLGSALGGVGVGLMRDLGSMSFENPCELREKTSSPF
SSNRTMFETEEMVIPADPEGMQQFQSQCVSQCQCVVDVFLPLAYIFLPSKQAFQSIYNRI
NNDLLMWEAPPPSGSKSDHSPLHHRQDDDNFQLCKSAFRLDSDSEEEDAQFYTASESTRR
RQSEPRPNHTLSLLSLTIVIGKGRLQAMTDSKGETGSPEDRCHGELLLDLEGGKMFSVAQ
HQNNPHLSFLCLESRRVELYHKAVVKDSPVPGRLEMPSFTPPGHLDLTIYPTELGLSSVS
GRETEVQMLSTAIKITLDPQKNVKEFLVAIRLHGATMQHRMAQTNHSWHEQLVDFLDVID
DPILGFTSPVVITVLHTHLATCVVDYRPLYLPLRVLFTAESFSLSSNIIVDTATFHLRFI
LDDSALFLSDKCESDVVDLRRDYVCVLDIDLLELAITTWKGSDTGKLSQPLFELRCSNNL
VHLHTCADSCAALVNMLQYLVSQGDLHPPPRHTSPTEIAGQKLPLSESPASLPPCPPAET
AEINQYDLLDALIDTERSHPDEDMDSGSPTIPRGSPVSVYLFPGEAPKLRPPVVIEGEES
KLDRLVATATEVKVEMMSEEGSDGSEDNEDFCILEAPGMGIPPRDGEPLVTVLAEGSIRV
REGHFSRPRGSSDLLRAPSRFPVPESRVVLREVSVVWHLYGGRDFGGKAMSTHTQHGNRG
RSAPSGMRGSPSRSTAPSRPQNSWRWVGGRGRQHNLLMEIQLTKVSFQHESYPVVVSAAG
PALEGEGPGVGAVGEQPLSRQVFIVQELEVRDRLASSQLNKFLYLYTSESMPRRTHSNML
TVKALQVCPDSGVGGPECCLRVSLLPLRLNIDQDALFFLKDFFSSLAAGVNPYLPVDPAA
EMKTDPSQKPAEDGVSGTETTAGLGPDLTASVETTYSEQSSSSAGSTSSTDQPIYFREFR
FTSEVPIWLDYQGKHVVIEQGTFAGILIGLAQLNCSELKLKRLCCRHGLLGVDKVIQYAV
TEWLTDIRKNQLPGILGGLGPMHSVVQLFHGVRDLFWMPIEQYRRDGRIIRGLQRGAASF
GTSTASAALELSNRLVQAIQATAETVYDILSPTPPVNRYITEGRPPSNRPRRAHQPADLR
EGVAKAYDTVREGMMDTAQTLCDVASRGHEQKGLPGAVGGVLRQIPPTVVRPLIVASEAT
SNLLGGIRNQIKPDARKEDFLKWRSEEGQE
NT seq 6033 nt   +upstreamnt  +downstreamnt
atgtctcgctggcttttcccctggtcaggctcaatcaagaagcgggcctgtcggtacctc
ttacagcattacctcggtcacttctttcaagaacgactgagtttggaacagctgagtttg
gacctgtacaatggtagtggtgtcatcaaagaaatcaacatcgatgtttgggcagtcaac
gagctcttggagtctcttggggctccacttgagattgtggatgggtttgtgagcagcata
gaggtcacaattccctggtcagctcttgtcactgaccactgcaccctcgtcatctcaggc
cttcagataacatgcagacccaagtacaggacccgtgggggtttggactcccagggctgg
tccacatgcatgacctccagcatgcagctggcccaggagtgcctaaaggacccccctgag
gtgtccgaggagccgcccgctccactggagggcttggagatgtttgcacaaactattgag
actgtcctgcgtcggataaaagtcaccctcctggacaccatcatccgaatcgagcaccag
cccctggacatggagacgggcattgccttagaggtgcacatcaaacggctggagtactgt
gacgaggcggtaaaggaccccagccagacggtgcctgtggacatccaccagccccctgcc
ttcctgcacaagatcctccagctcagctctgttcaactgctgtacgagaccaccggaggg
ccccagggtcctttaagagctgacacccctggctcagcctcagccagcgaagaggaagtt
gagggggaggacaatgaccctccagccacctccctccctctggccacccagcggcccctc
ctcatcggcagctgctctggcttcatggagaccacggtcaagatcaaacagaacgacatg
ctgcctggacctaagttggagctggatgggaaggtgggctgcctccacctgctgctctct
ccagaccagatcactcacctgaccgaccttctgtctgccctctgcatcgacacagagcct
gaagccagtggtgctggggttcacagccgtcccctggactctgaggacctgcgtctgata
gaggaggacttgagcaaacagttgagctccagccccggagatggagatccggactgggat
gaagagcccgagatggagccctacctcaccggtctggagaacggggatatgttcttctcc
atgggtcctggtatgactagcagtgtgacgtcagcgctctctggcagctctctctccgac
agcatggcgtcgtctacacacagccaggctagctatgcccagggccttccacagggtccc
aggcgttatcctgtaccaggatcactatccagcctgccccagtgtaaccgaataccagcc
tctcctcgtccagggcgacgtagccaatctgagcccctgaaaccagaggcattgctccgc
ctctcgcttggcgggctcaccctaaccctactggagcgggaaccacaccccgggccggac
ggagtgtcctcattgacccaggtgtctcaggtgttcttccgggagctggccttcttcaaa
gacagcatgttcagcgagagagacttccaccacctcagagctagcttcgctaaagcctgc
ccccactcacacctcaggatgactggagcagcggtacaggtggcgtgtgagatgcgcagt
gcaggtcgccactcccgtgctatgacctctgacctatccttcagtaggctagagctgctt
gagtgtctctgggagccaggaaagccccaatacactgagttgctccagttccagcgtgct
gggatgttcacagtgggagctacagccagaccgtgtgcacagctacactacagtctcaca
gagaaacacctgcgcaaggggaggcagcgtgtggtgcgtagagacagtgtagtgagggta
gagttgggagagctgagtgctgagttggacctggacatactgagtcgactggagcctctg
agcagagcctgcagccactgtcccacacagacaggaggaggacccgtccacacacagacc
cagagcagagagctgcactcctctctctccctcctctcgccccacgccatcctcaagctc
cgcttccccatcccggacctccggccgctccccttccgacgccctccttctcagagagct
gtgcggcaggagaccctggtactggagctgtgtgacctggacatctgctcccaggagggc
cttgatctccagccagatcaccatgcaccccctggcccctcccacagctccctcacacag
ctattggaggccagcttcagtgacatgcacggaacgtatgagggctgggagggaggctcc
ttcccctgtatcagagtcaagaagagtcaagactccatggccaagctgtcagtgcgtgtg
agtggaggagagggtctggggtcagcgttagggggggtaggggtgggtctgatgagagac
ctggggtccatgtcgtttgagaacccctgtgaactccgagagaagaccagctctcccttc
tcctccaaccgcaccatgttcgagactgaggagatggtaatcccagcagacccagagggg
atgcaacagttccagtctcagtgtgtgtctcagtgtcagtgtgtagtagatgtctttctg
cccctggcctacatcttcctgcccagcaaacaggccttccagagcatctacaacaggatc
aataatgacctgttaatgtgggaagcccctcccccctcgggttctaagagcgaccacagc
cccctacaccatcgccaagacgatgacaacttccagctttgcaagtctgccttcagacta
gactcggactccgaggaggaagatgctcagttctacacagccagtgaatcaaccagacgc
aggcagtcagaaccccgccctaaccacaccctcagcctgctctctctcaccattgtcata
ggaaagggtcgcctccaagcaatgacagacagcaagggagagacgggaagtccggaggac
cggtgtcacggtgagctcctattggacctagaaggggggaagatgttcagtgtggcgcag
catcaaaacaacccccatctcagcttcctgtgcctggagagcaggagggtggagctctac
cacaaagctgtagtgaaggactcccctgtccccgggcggttggaaatgcccagcttcact
cccccagggcatctagaccttaccatttaccccacagagttggggctgagcagtgtgagt
ggcagggagactgaggtccagatgttatccacagccatcaaaatcaccctggaccctcag
aagaacgtcaaggagtttctggttgccattcgtctccatggcgccactatgcaacatcgc
atggcacagaccaatcacagctggcacgaacagctggttgattttttggatgtcattgat
gacccgatcctgggctttacatctcctgtagttattaccgtcctacacacacacctggcc
acctgcgtcgtggactacaggcccctgtatcttccattgagggtgttgttcacagcagaa
tccttttctctctccagtaacatcatagtagacactgccacctttcacctcaggtttatc
ctggatgattctgccttgtttctctctgataagtgtgaaagtgacgtagtggacctgaga
cgagactatgtgtgtgttctggacattgatctgctggagctggccatcaccacatggaaa
ggcagtgatacggggaaactgtcccaacctctgtttgagctgcgttgctccaacaacttg
gtccacctccacacctgtgctgactcctgtgctgccctggtcaacatgctgcagtacctg
gtgtcccagggagacctgcacccgcccccccgacacacatcgcctactgagatcgctgga
cagaagctgccgttgtcagaaagtcccgcctccttgccaccctgccctccagctgagact
gctgagatcaaccagtatgatctccttgatgctttgattgacacagagaggagccatcca
gatgaggatatggactcaggatctcccactatccctcggggctcaccggtctccgtctac
ctgtttcctggggaggcccctaagctccgcccaccagttgtcattgagggggaggagtca
aagcttgacagactggtggcgacagccactgaggtgaaggtggaaatgatgtcagaggag
ggctctgatggttcagaggacaacgaggacttctgtatcctagaggctcctgggatgggt
atacctcccagagatggagagcctcttgtgacggtgctagctgagggttctatcagggtg
agggagggccacttctcccggccgcggggcagctctgacctgctgcgggcccccagccgc
ttccctgtccccgagagcagggtggtgctacgagaggtgtctgtcgtctggcatctgtac
ggagggagagacttcgggggcaaggccatgtctacacacacgcagcatggaaacaggggt
cgctctgccccctctgggatgcgtggatccccgtcccgctccactgctccgtcccggcct
cagaactcgtggcgctgggttggaggccgtggacgtcaacacaacttgctcatggagatc
cagctcaccaaggtgagcttccaacacgagtcctacccagtggtggtgtctgcggctggg
ccggctctggagggagaggggcctggggtcggggctgtgggggagcagcctctgtcccgc
caggtgttcattgttcaggagctggaggtacgcgaccgcctggcctcgtcccagcttaac
aagttcctctacctgtacaccagcgagagcatgccccgcaggacacactccaacatgtta
acagtgaaggccctgcaggtgtgtccagactctggtgtaggtggtccagagtgttgttta
agagtgagcctcctccccctccgactcaacatcgaccaggatgccttgttcttcctgaag
gatttcttcagtagtctggctgctggagttaacccctacctgcctgtggaccctgcagct
gagatgaagacagacccttcccagaagcccgctgaggatggggtcagtggcacggagacc
actgctggtctgggtcctgacctcaccgcttctgtagaaaccacctatagcgagcagagc
tcctcgtccgctggctccacctcttccactgatcagccaatctacttcagggagttccgt
ttcacctctgaagtgcccatctggctggactaccagggcaagcatgtggtcattgagcag
gggacgtttgctgggattcttattggtctggcccagctgaactgctctgagctgaagctg
aagagactctgctgccgacacggacttctaggcgtagataaggtgattcagtacgctgtc
actgagtggctgacagacatcaggaagaaccagctgccgggcattctgggaggtctaggc
cccatgcactctgtagttcagctgttccatggagtgagggacttgttctggatgcccata
gagcagtacaggcgggacggccgtattatccggggtctccagcggggggccgcgtccttt
ggcacctccactgcctctgctgctctggagctcagcaacagactggtgcaggctatacag
gccacagcggagacggtgtacgacatcctgtccccaacgccccccgtgaaccgttacatc
acagagggccgaccgccctccaaccggccccgccgcgcccaccagcctgccgacctcaga
gagggcgtagctaaagcctatgacactgtcagagaaggcatgatggacacagctcagaca
ctatgtgacgtggcgtctcgcgggcatgagcagaaaggtctgcctggtgctgtgggtgga
gtcctgcggcagatcccgcccaccgtggtccgtcccctaatagtggcctctgaggcaacg
tccaacctactggggggcatccggaaccagatcaagccagatgcacggaaggaggacttc
ttaaaatggcgctctgaagaaggccaagagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (50)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (75)   

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