Antennarius striatus (striated frogfish): 137602537
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Entry
137602537 CDS
T10427
Symbol
atg2a
Name
(RefSeq) autophagy-related protein 2 homolog A isoform X1
KO
K17906
autophagy-related protein 2
Organism
astr Antennarius striatus (striated frogfish)
Pathway
astr04136
Autophagy - other
astr04140
Autophagy - animal
Brite
KEGG Orthology (KO) [BR:
astr00001
]
09140 Cellular Processes
09141 Transport and catabolism
04140 Autophagy - animal
137602537 (atg2a)
04136 Autophagy - other
137602537 (atg2a)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
astr04131
]
137602537 (atg2a)
03029 Mitochondrial biogenesis [BR:
astr03029
]
137602537 (atg2a)
Membrane trafficking [BR:
astr04131
]
Autophagy
Autophagosome formation proteins
Atg18-Atg2 complex
137602537 (atg2a)
Mitochondrial biogenesis [BR:
astr03029
]
Mitochondrial quality control factors
Mitophagy factors
Autophagy-related proteins
137602537 (atg2a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ATG2_CAD
VPS13_N
Sporozoite_P67
Motif
Other DBs
NCBI-GeneID:
137602537
NCBI-ProteinID:
XP_068181468
LinkDB
All DBs
Position
10:complement(8547940..8574943)
Genome browser
AA seq
2020 aa
AA seq
DB search
MSRWLFPWSGSIKKRACRYLLQHYLGHFLLERLSLDQLGLDLYNGSGVIKEINLDVWAVN
ELLESLGAPLEIVDGFVSTISVTIPWQALLTDHCTLEVSGLQITCRPKYRTSGGCDSQGW
SSSMTSSIQLAQECLKDPPEASEEPPAQLEGLEMFAQTIETVLRRIKVTFIDTIIRIEHQ
PLNLETGVALEVHIKRLEYFDEAVRDPASQTAVPVDIHQPPAFLHKILQLSAVQLLYDKT
GTAQGPPMEQHTESATTSEGEKEQEEEDDNEVEEEEEEDEEDEEEKTSPQISPPCPPPQP
ILIGSCSGFIETTVKIKQNDMLPGPKFELDGKVGCVHMLLSPDQITHLTDLLAALCIDTD
PETKCGGVHGRPLDSDDLRLIEEDLSKQLGSSPRDIEWDSEPTMEPYITGLENGEMFYSM
GPAGMTNSVASVRSGSELSDSDMESSTHSLTSVTQPAALSSQPGMVNCPRRYPVAGCLSS
LPQSSSWTRGRSRSSQTEQLKPDTLLRLTLGGLTLTLLQEDPPSRPDGTSSVAQASQVFF
RELAFFKDSMFSERDFHHLRPGFAKACPYSHLRVTGAAVQVACEMRSGRRHSRSMSSDLS
FSRLEMLECLWEDGKPEYSELLQFQKAGMFTVGSAAKPCAQLHYGLTEKHLRKGKQRMVR
RESVVRVELAELSAELDLDVLGRLQNLQKAFSHCPTQTTGPGLTESQTSELYSSFTLLSP
HAVLRLRFPIPDLRPLLKRRPLTQKAVRHETLVLELTELVLKHQEAPDLQGEQTYPGQPW
TPCLTQLLEASFTDLHGSYEGWQGGSFPCIRVKKNHNSLPRVSVRVRGGEAQDPAAGVDG
VNLGLIKDLGAAFFESHCEFNDKTSSPFSSNRTMFETEEMVIPADPEEMSQFQAQCVAQC
QCAVDISLPMAYILLPSKQAFQSIYNRINNDLLMWEPPPPSANSSNHSRHSHDKFQLCKS
AFRLDSDSEEEESQFYLANDTAGRTQQSASNHNLSLLSLTVLISKGRLQARTDRKEDQSH
GEIVLDIEGGRIFSVAQHRNDPYLNFLCLESKQVELYHRAVVKYSPIPQRLEMPNFTPPK
HLDLTIYPTEVGVSSVSGREGEIQMLSTAIKITLDPQRSVKEFLVALRLQGATMRHYVTQ
TSQSWHEQLVDFLDVTDDPILGYTAPAVITVLHTHLATCAVDYRPLYLPLRVLFTAESFS
LSSNIIVDTATFHLRFILDDSALYLSDKCETDSVDLRKDYVCVLDIDLLELAITTWKGSS
MGKLSQPLFELRCSNNVVLVHTCADSCAALVNVLQYLVSQGDLHPPPRHTSPTEIAGQKL
PMSESPASVLPCPPAETAEINQYDLADALIDTEKSHREESVDPDSPSLPRGSPVSVYLFP
GEASKHNPSLLLGEESELDGLVTTAMEAQADMMSNEGSECSTDNDDFCILEAPGIGIPPK
DGEPVVTVLAKGPIKVKDNYFSRPRGSSDLLRAPSRFPVPQSRVVLREISVVWHLYGGKD
FGRPMSIHSHTNRVRSGPAGVRGSPSRSVPSSRPQNSWRWAGGSGRQHSLLMEIQLTKVS
FQHESYPVGVAGQEGEGSVATGVGPVGEQPLSRQVFIVQELEIRDRLASSQINKFLYLYT
SESMPRRAHSNMLTMKALQVCPDSGLGGPECCLRISLLPLRLNIDQDALFFLKDFFCNLA
SFVNPYLPVESACEVKVDPSQKASEESESAAGLGPDLTASVETTYSEQSSSSAGSTSSAE
QPIYFREFRFTSEVPIWLDYHGKHVVIEQGTFAGILIGLAQLNCSELKLKRLCCRHGLLG
VDKVIQYAVTEWLTDIRKNQLPGILGGVGPMHSVVQLFHGVRDLFWLPIEQYRKDGRIIR
GLQRGAASFGTSTASAALELSNRLVQAIQATAETVYDILSPTPPLNRLTITEGRAPSSRP
RRAAQPADLREGVAKAYDTVREGVIDTAQTLCDVASRGHEQKGLPGAVGGVLRQIPPTVV
RPLIVASEATSNLLGGMRNQIKPDARKEDFLKWRMEDGQE
NT seq
6063 nt
NT seq
+upstream
nt +downstream
nt
atgtctcgctggcttttcccctggtcaggctcgatcaagaagcgggcctgtcggtacctc
ttacagcactatctcggtcactttttgctggaacgactgagtctggaccagctgggtttg
gacctgtataacgggagtggcgtcatcaaagaaatcaacctcgatgtctgggccgtcaat
gagttgctggagtccctcggtgctcctctggagatagtggatggctttgtgagcaccatc
tcggtgaccattccctggcaagctctcctgactgatcactgcaccttagaagtgtctggt
cttcagataacatgtagacccaagtaccgcaccagtgggggttgtgattcccaaggctgg
tcatcaagtatgacctccagcatacagctggctcaggagtgcctgaaagaccccccagag
gcgtctgaggagccacctgcccaactggaaggacttgaaatgtttgcacaaaccattgag
actgtccttcgtcgtattaaagtcaccttcatagacactatcattcgtatcgagcaccag
cccctaaacctggaaacaggcgttgccttagaggtgcacatcaaacggctggaatacttt
gacgaggcagtgagagatccagccagtcagactgccgtgcctgtcgacatccaccagcct
cctgccttcctgcacaagatccttcagctgagtgctgttcagttgctctacgacaaaacc
ggcacagcacagggtcctcccatggagcaacacacagaatcagccacaacaagtgaagga
gaaaaagagcaggaagaagaagatgataatgaggtggaggaggaagaagaagaagatgaa
gaagatgaggaagagaaaacaagcccccagatatctcctccctgtcctcctcctcagcca
atcctcattggaagctgctccggttttatcgagaccactgtcaagatcaaacagaacgac
atgctaccaggaccaaagtttgaattggatgggaaggtgggctgtgtccacatgctgcta
tctccagatcaaatcacacacctgacggacctgcttgctgccctctgcatcgacactgat
ccagagactaagtgtggcggagtacacggtcgaccattagactcagatgacctgcgttta
attgaagaggacctcagtaagcagctgggctccagtccaagagatatagagtgggattct
gagccaactatggagccctacatcactggcctggagaatggagagatgttttactcaatg
ggacctgctgggatgaccaatagcgtggcgtcagtgcgctcaggcagcgagctgtcagac
agtgacatggagtcctctacacacagtcttaccagcgtcacacagcctgcagcactctcc
tcacaacctggtatggtgaactgtcccaggagatatcctgtagcaggatgtctgtctagt
ctgccccagtcaagcagctggactagaggtcgctcccgcagcagccagaccgagcagctg
aagccagacactctgttacgactgacccttggtgggctcaccttaactctgttgcaagag
gacccgccctctcggcctgacggcacctcgtcagttgctcaggcgtctcaggtgttcttt
cgagagctggctttcttcaaggacagcatgttcagtgagagagacttccaccatctgaga
cctggctttgccaaggcttgtccatactcccacctcagagtgacaggagcagcagtccaa
gttgcctgtgagatgcggagtggaagacgccacagtcggtccatgtcgtccgacctctcc
ttcagcaggctggagatgttagagtgcctctgggaggatggaaagccggaatacagtgag
ttgcttcagttccagaaagccggcatgttcacagttggatctgcagccaaaccgtgtgcc
caactacactatggcctcactgagaaacacctacgtaaaggtaaacagcggatggtacgg
cgggaaagtgtagtgcgggtggagttggcagagctcagtgctgaacttgaccttgacgtc
ctcggtcgactgcagaatctacaaaaagccttcagccactgtcccacacagaccactgga
cccggactcacagagtctcagaccagtgagctgtactcctccttcaccctcctctccccc
cacgccgtgctcaggcttcgcttccccatacctgacctgcggcccctgctgaagcgtcga
cctctgacgcaaaaggcagtgcggcacgagactttggtgctggagctcacagaactggtc
ctgaagcaccaggaggccccggacctccagggagagcagacttacccgggacagccgtgg
actccctgcctcactcagcttctggaggcctctttcacagacctacatgggtcatatgag
ggctggcagggtggttcattcccctgcatcagagtcaagaagaaccacaactctttaccc
agggtttcagtgcgtgtgcgtggaggcgaggctcaggacccagcagcaggtgtggatggt
gtgaacctgggcctcatcaaggatcttggggccgccttctttgaaagtcattgtgaattc
aatgataaaaccagctctccattctcctccaaccgcaccatgtttgaaactgaagagatg
gtgattcctgctgacccagaggagatgagtcagttccaggcgcagtgtgttgctcagtgt
cagtgtgctgtggacatcagcctgccaatggcctacatcctcttgcccagcaaacaggcc
ttccagagcatctataacaggatcaataatgatctgttgatgtgggaacctcctcccccc
tcggccaacagctccaaccacagccgccattcccacgataagttccagctgtgcaagtca
gcctttagattggactcagattcagaagaggaagagtcccagttctacttggccaatgac
acagcaggacggactcaacagtcagcttccaaccacaacctcagcctcctctccctcact
gtgctcatcagcaaaggtcgcctacaagccagaacagacaggaaggaggaccagagtcac
ggggaaattgtgcttgacatagaaggggggaggatattcagtgttgcacagcatcgcaat
gacccctatcttaatttcctatgcctggagagcaaacaagtggagctctaccatcgagct
gtggtgaagtacagccccatcccacaacgactggagatgccaaacttcactcccccaaag
cacctggacctcaccatctacccaaccgaagtgggagtgagcagtgtgagcgggagggaa
ggggagatacagatgttgtccacagctatcaaaatcacgctggacccccaaaggagtgtt
aaggagttcttggttgcccttcgacttcaaggtgctacaatgagacattacgtgacgcag
accagtcaaagctggcatgagcagttggtcgacttcctggatgtcactgatgatcccatt
ctgggatacacagcccctgcagtcatcactgtcctccacacacacctcgctacctgtgcg
gtggattacagacctttgtatttgccactgagggtattgttcacagcagagtctttctct
ctgtcgagtaatatcatcgtagacacagccaccttccatctccggttcatcctggatgac
tctgctctctacctctctgacaaatgtgagactgactctgtggacctgaggaaagactat
gtgtgtgttctggacattgacttgctggaactcgctatcaccacttggaaaggcagcagt
atgggcaagctgtctcagcctctctttgagctccgttgctccaacaatgttgtcctcgtc
cacacctgtgctgactcttgtgctgccctggtcaatgtgctgcagtacctggtctcccag
ggtgacctgcaccccccaccaagacacacctcacctacagaaatcgctggccagaaatta
ccaatgtcagaaagcccagcgtctgtgctgccctgccctccagctgaaaccgctgagatc
aaccagtatgacctggctgatgctttaattgacaccgagaagagccacagagaagagagt
gtagatccagattcaccctccctgccgagaggctcgcccgtctccgtctacctgttcccc
ggtgaagcctcgaaacacaacccctctctcttactgggtgaagaatcggaacttgatgga
ctggttacgacagcaatggaagcccaggcagatatgatgtcaaacgaaggctccgagtgc
tccaccgacaacgatgacttctgcatcttggaggcacctggcataggcattccccccaaa
gatggggaacctgtggtgacagtgttggccaaggggcccatcaaggtgaaggacaattat
ttctctcggccccggggaagttcagaccttctccgagccccaagccgcttcccggtgcca
cagagtcgggtggtgctgcgagagatttctgtggtctggcatctgtatggaggcaaagac
tttggcaggcccatgtccattcattcccacacaaatagagttcgttcaggcccggctggt
gttcggggatcgccgtctcgctctgtcccttcctcacgtccccagaactcctggcgctgg
gctggaggcagcggacgccagcactcactgctcatggaaatccagctcactaaagtgtct
ttccagcatgagtcctaccctgtgggagtggcaggacaggagggggaaggttcagttgcc
actggggttgggcccgttggtgagcagcctctctccaggcaggtgttcatcgtccaggag
ctagagatccgagaccgactggcctcctcacaaataaataaattcctctacctctacacc
agtgagagcatgccccgccgagcccactccaacatgttgaccatgaaggccctgcaggtg
tgtcccgattctggcctcggtggtccagagtgctgtctacggatcagcctgctaccacta
cgacttaacattgaccaggatgcactatttttcttgaaggactttttctgtaatctagct
tcctttgttaatccgtatcttcctgtggaatctgcatgtgaagtgaaggtagacccgtcc
caaaaggcgtctgaggaatctgagtcagctgctggtctgggacccgacctcacagcctct
gtggaaactacgtacagtgagcagagctcctcctctgccggctccacctcctctgccgag
cagcctatctacttccgggagtttcgtttcacctctgaagtgcctatctggctggactac
cacggcaaacatgttgtcattgaacagggaacgtttgcaggaatcctgattggtctggcc
cagttaaactgttctgagttaaagctgaagaggctctgctgcagacacggtctcctcggt
gtggacaaagtgatccagtatgccgtcacagagtggttgacagacatcaggaagaatcag
ctgccaggcattctggggggtgttgggccaatgcactctgtagtccagctattccatggg
gtgagggatctgttctggttgcccatagaacagtacaggaaggatgggcgcattattcga
ggtctccagaggggggcagcatcctttggcacctccacagcatcggctgctctagagctc
agcaacaggctggtgcaggccatacaggccacagcggagacagtgtacgacatcctgtct
ccaactccccctttgaaccgcctgaccatcactgaagggcgggccccttccagccggccc
cgcagagccgctcagcctgcagacctcagagaaggcgtggcaaaggcctacgacactgtc
agagagggagtaatagacacagctcagaccctgtgtgatgtagcatcccgtggtcacgaa
cagaagggtctacctggtgctgtgggtggcgttctgcggcagatcccccccaccgtggtc
cggcctttaatagtggcctctgaagccacctcaaatctgcttggcggcatgcggaaccag
atcaagccagatgcccggaaggaggatttcctcaagtggcgcatggaggatggccaagaa
tga
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