KEGG   Tuber melanosporum: GSTUM_00007150001
Entry
GSTUM_00007150001 CDS       T01282                                 
Name
(RefSeq) hypothetical protein
  KO
K17906  autophagy-related protein 2
Organism
tml  Tuber melanosporum
Pathway
tml04136  Autophagy - other
tml04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:tml00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    GSTUM_00007150001
   04136 Autophagy - other
    GSTUM_00007150001
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tml04131]
    GSTUM_00007150001
   03029 Mitochondrial biogenesis [BR:tml03029]
    GSTUM_00007150001
Membrane trafficking [BR:tml04131]
 Autophagy
  Autophagosome formation proteins
   Atg18-Atg2 complex
    GSTUM_00007150001
Mitochondrial biogenesis [BR:tml03029]
 Mitochondrial quality control factors
  Mitophagy factors
   Autophagy-related proteins
    GSTUM_00007150001
SSDB
Motif
Pfam: ATG2_CAD ATG2-VPS13_C Atg2_N VPS13_DH-like
Other DBs
NCBI-GeneID: 9181802
NCBI-ProteinID: XP_002839266
INRA: GSTUM_00007150001
UniProt: D5GG14
AA seq 1891 aa
MEDMDVEGVTNIAPAGSAGVSELKAKRRKEGKRCITLENIRGYIISDPSLFESPSSPEAS
AMFGTMSEMTERGMEQSTDGIIRSNSVDSTTASTSTIRTPTPQPPPGSASLGTTLDSSNP
STHRGREIIVDDLGEGAQVGKEDGLDGSLFPDSDALADSEDSSSDEELAFAPIRSTNKTH
PPLRSPSQALRTMPDEYDDEDSEDEGGATFASGTFFLEQPRSPVHIPTGSVKPLVLDPDP
TVSQLDKHPSDHDSNSSGDDEMDAETSRLLSESTLFTHSEAGSLYLSATSGVLHDSLPSE
RDEEMGRRKDEEDEEEVGEEEIDARLDKLLSCGIRTPASGATESSSPDVPAAGLASEAGS
YKVEKRLRKQVFDLNTIEIFLPSLSGESGTPVDISSSMTESASSLRGASHMSDSSHPPIP
GAFSMYASSRPSRFPSSKPATAPSSPPNPAPRKPAVRILDAHHQTRPRNYLPGETRPDIE
VVVGDIDVSVDVVTAKILRMISETLSVAFAEGPIEEPKSRGKPAIDKPDTATDGGLCLEV
AIGAIGLRVLQNLVGVYITEHSEEEDKTGAEGGVDEHLILGCVLRQIKVSHKVLQKNVTT
TKIDIKTFTLGDGKIDYLSFIQPPPTAAKSRKRGSHPPLATGSVPENDVTLIISQSLVKK
RINVITLPLKVQLNLLNLEETLRAFGGFGGFMASTSASTATISMGRPTESPDRGGFVPEA
PLVVHTKVDCKIGGLMVEVVGETGKIALEATPLKIRSETSDQSSISLSMDKIAIYGPVAP
WDSPSVPIDANILVENTRVEFLGTPEQEDLGRLLELLTPSKDRYEADDDILIDTLLRQRE
QGSLLRIGVGAIKVEIGDIGMGEKLKELGNEVAKVLTVTEFVAQDERPGLLTLLNIDSLY
GKADLGPGVGLLEVHIRGVGIAHVSLPSLVALAIMQMNVRRNGEEELVGEGLERRIYDKA
DEGKPMLMVRMVGDDPEPVIKLKFWNLRVEYRVETLMSMMRAPENASAEVLAQEMVQSIV
HIAEEKAATVQGPPLGFDIILKDCVLGLNPLGLKSRALVALTDSRLQAALPNGGMLSAGL
EIKKANLMVVDDVSNLAPPSERHGSRRRGEPIDRHLMGYTAMGYVSVITISSAMATLCVV
EMGGAGGEKAVDLEIHDKLLLMESCADSTQTLVAIVNGLKPPLPEGEEVKYCTEVMPVDM
LRSLTEDAFVHPSRTRAQETPFRMDDEDGDMVVDDVPSNLTFVESYYGHNTSSTSEASTY
SKDELADSMLDEDLGKLAPGRSKPPGIGEKGMLASFTEQVHVLDDSPLSIVGDYVKQSER
QRQASMASKRPARETVNKWDSFRKRYVPSRGIDGRAQYFPLRVKIRDVHVIWNLHDGYDW
QRTREAINQAVRDLENKALERKNRQVSFDASDDDGSEIGDFLFNSIYIGVPNNRGPGDLA
SAISKNFDDHMSETSMGTSIPESRPSSHSRNTEFGGGHRGSGRHLRLGRSRSHKMQIELK
GLCLDFLLFPPDMGETQSSVDLRVRDLEIFDNIPASTWRKFVTYMQDAGVRETGSNMVHV
EIMNVKPVPGFEIPAKKYTVRLPFFEFKDDSIAPPASPAEIPFLQRVEVNSIRIKLDYKP
KKVDYTGLRSGRTTEFMNFFILEEADMVLRHVVLFGISGFPRMGEELNATWMPDIRSHQL
GDVLAGVAPVRSLVNLGSGMKDLVVVPMREYQKDGRIVRSLQKGAWRFAKTTTSELVRLG
AKVAVGTQNMLQNAEGLFVPTILDDGTESVEYLISDSEEEGDMGPNEHGQKKAISLYADQ
PLTVAQGLRGAGDSLRRNFGNARDAIMAVPVDIAERGSAQGAAKAVVRAAPVAIIRPMIG
ATEAVSRTLLGVTNALDPDQKRRVDDKYKKH
NT seq 5676 nt   +upstreamnt  +downstreamnt
atggaagacatggatgttgagggggtcaccaacattgcccctgcaggtagcgcgggggtc
tctgaattgaaagccaagagacgaaaagagggcaagcgatgcattaccctggaaaacatc
agggggtatatcatttccgacccttctctattcgaatcgccatcctccccggaagcgagt
gctatgttcggaacaatgtcggagatgacagagaggggtatggagcagagcacagatggt
atcattcggagtaattcggtagacagtacaacggcatctaccagcaccattaggacccca
accccgcaacctccccccgggtcagcctcactcggtaccaccctggattcatcgaatccg
tcaacccacaggggtcgggagataattgttgatgatttgggtgaaggtgcgcaagtggga
aaagaagatggtcttgacggaagcctttttcccgacagtgatgcgttggctgactctgaa
gactcctcatcagatgaagagcttgccttcgcgccaattcgctccactaacaagacccac
ccacctctgagatctccatcccaggccctgcgcacaatgcccgatgagtacgatgatgaa
gatagcgaagatgagggcggtgccacatttgcatctggcacttttttccttgagcagcct
cggtcccctgtccacatcccaaccggttcggtcaaaccactcgttttagaccccgaccca
acagtatcccaactggacaagcacccaagtgaccatgatagcaatagctccggtgatgat
gagatggatgccgagactagtagacttttgagtgaatcaaccctcttcacacatagcgaa
gctggaagcctctatctttctgctacaagtggagtccttcatgattcacttccttcggaa
cgcgatgaggaaatgggtcgccggaaggatgaggaagacgaagaggaagttggtgaggaa
gaaattgatgctaggttggacaagttattaagttgtggtattagaactcccgcctccggg
gctacggagtcgtcatcgcccgatgttccggccgctggattggcttctgaggcaggatcc
tataaagttgagaagcgactgagaaagcaggttttcgacctcaacaccatagagatattc
ctgccttcgctttccggggaatctgggactccggtagatatatcaagctccatgaccgag
tctgcctcttctctgaggggtgcatcgcatatgagtgacagtagccatcctccaattcct
ggtgcattctcgatgtatgcttcttctcgcccatcaagattcccgagttcgaagcccgct
actgctccctcgtcgcctccgaatcctgctccacgaaagccagcagttcgtatattggac
gcacatcaccagactcgtccaaggaactacctacccggggagacacgtccagatatcgaa
gttgtcgttggtgatattgatgtgtctgtggatgtagtgaccgccaaaattctccgaatg
atttctgagacactaagtgtcgcatttgcggaggggccaatcgaggagcccaagagcagg
gggaaaccagcaatagataagcccgatacggctacggatggcgggctctgtcttgaggtt
gcgattggtgctattggactacgcgtgctccagaatctcgttggcgtttacattacagaa
catagcgaagaggaggataagacgggagccgaagggggtgttgacgaacatctgatcctg
ggctgtgttttacggcaaatcaaggtttcacacaaggttctgcaaaagaatgtcacaaca
acgaagatcgatatcaaaacatttaccttgggcgatgggaaaatcgactatttatccttt
attcaacctccccctactgcagctaagtccaggaaacggggctcccacccccctttagca
acaggctctgttcctgagaacgacgtgaccctcataatatcccaaagcctggtcaagaag
agaatcaacgtcataacacttcctcttaaggtccagctaaatctcttgaacctggaagag
actctacgcgctttcggaggatttggtggttttatggcctccacctccgcgtctactgcg
actatatcgatgggccgacccactgaatccccggacagaggcggcttcgttccggaggct
ccacttgttgttcacacgaaggttgattgcaagattgggggcttgatggtagaggttgtg
ggggaaactggaaagatagccctagaggccactccattaaagatacggagtgaaaccagc
gaccagagtagtatatcccttagtatggacaaaattgctatctatggtcctgtcgccccc
tgggattctccttcggtaccgattgatgcaaatattctggttgaaaatacaagagttgaa
ttcctgggcacaccggaacaggaggacctagggagattgctggagcttttgacaccgagc
aaggatcgatacgaggcagatgatgatatcctaatcgacacgttacttcgccagagggaa
cagggtagtttgcttcggattggtgtcggcgcgataaaagtggagattggggacattggg
atgggtgaaaaactaaaagagttggggaacgaagttgcgaaggttcttactgtgaccgaa
tttgttgcgcaagatgaacgacctgggctcctcacgttattgaacatcgattccctatac
ggaaaagccgatctcgggcccggggtcgggctgctcgaggtgcatatacgtggtgtagga
attgcccatgtttccctacctagcctggtcgccctcgctataatgcagatgaatgttcga
cgaaacggggaggaggaattggtcggcgaagggctcgagaggcggatttacgacaaggcg
gatgaagggaaaccaatgctgatggtgaggatggttggcgacgacccggaaccagtcatt
aaacttaaattttggaacctccgagtagaatatagggtcgaaaccctaatgtcaatgatg
cgggcgccggaaaacgcttctgccgaggttttggcacaggaaatggttcagagtattgtc
cacattgccgaagagaaggctgctaccgtccagggcccgccattagggtttgatatcata
ctcaaggattgtgtactcggacttaatccgttaggtctcaaaagtcgggctctggtggct
ctcacagactctaggttacaagctgcgctgcccaatggcgggatgcttagtgctggtctc
gaaatcaagaaggctaacctcatggtggtggacgatgtttcgaatcttgcgcccccatcc
gagagacatgggtctagaagacgcggagaaccaatcgatcgtcatcttatggggtacacc
gcaatgggctacgtttcggtcatcactatatcttccgccatggctacgctctgtgtagta
gaaatggggggtgcaggcggcgaaaaagctgtggatcttgagattcatgataagttgcta
ctaatggaaagctgcgccgattccacgcaaactctcgtggcaatcgtcaatgggcttaag
cccccacttccagaaggagaagaggtcaagtattgcaccgaggttatgcccgttgacatg
ttacgatccctgacggaagatgccttcgttcacccgtctcgcacgagggctcaggaaaca
ccgttccgtatggatgatgaagacggcgacatggttgttgacgatgtaccgagtaatctc
acttttgtggagagctactatggccataatacctctagtacatccgaggcatcaacctat
agcaaggatgagctcgccgatagtatgctagacgaagatctcggaaagcttgcgcccggg
cgtagtaagcccccggggatcggcgaaaaaggtatgctggctagctttactgaacaagta
catgttctcgacgactctccactatctatcgtgggcgattacgtcaaacaatccgaacgg
cagcgtcaggcatctatggctagcaaacgacccgccagagagactgtcaacaaatgggat
tcttttaggaagagatacgttccttctcgtggcatcgatggcagggctcaatactttcct
ctaagggttaagatcagagatgtccatgtgatttggaatctacacgacggttacgactgg
cagaggacaagagaagccatcaaccaggctgtaagagacctcgaaaacaaagctttggag
cggaagaaccgccaggtgtctttcgatgccagtgatgatgacgggagcgaaattggagac
ttcctcttcaattccatatacatcggagttccaaacaacagaggtccgggtgatctcgca
agtgcaattagtaaaaacttcgacgatcacatgagcgagacctccatggggaccagtatc
cccgagtcgcggccctctagtcactcgagaaacacagaattcggcggtggtcataggggc
tcgggaaggcatctccggctcggccgatcaagaagtcataagatgcagatcgagctgaag
ggtctatgtctggatttcctcctattcccgccggatatgggtgagacgcaaagcagtgtg
gatttgcgagtccgagacttggaaatctttgacaatattccggcaagcacctggaggaag
tttgtcacctatatgcaggatgccggtgtgagagagactggtagcaacatggttcatgta
gaaattatgaatgtcaaaccagttcctggttttgagatacctgctaagaaatatactgtc
aggctaccattctttgagttcaaggatgacagcattgcgccaccggccagcccggccgaa
attccgttcctgcagcgagtagaggttaactctatccgtattaagcttgattacaagccc
aagaaggtcgattatactggccttcgctccggtcgcacgaccgaatttatgaactttttc
atcctcgaagaggccgatatggtattgcgtcatgtggtcctcttcggcatatccggtttc
cccagaatgggcgaggagctgaatgctacctggatgccggatatcaggtcccaccagttg
ggagatgtcctcgctggtgttgcccccgtcaggagtctcgtgaatctgggaagcggcatg
aaagatctggttgttgtcccgatgcgcgaatatcagaaggatggcaggatcgtgagatcg
cttcagaagggcgcatggagatttgccaaaacaacgacctccgagcttgttcgtctcggt
gctaaagtcgcagttgggactcaaaacatgttacagaatgctgaagggcttttcgttccc
actattttggatgatggaaccgagtctgtcgagtacctgatcagtgatagcgaggaggag
ggtgatatggggccaaatgaacatggacagaagaaggccattagcctttacgccgatcag
ccgctcactgttgctcaagggcttcgaggtgcgggtgacagtcttaggaggaactttgga
aatgccagagatgctatcatggcggtgccggttgatatcgcggaacgagggagtgctcag
ggagccgcaaaggcggtagtgagagcagcgccggtggccataatccggcccatgataggt
gctaccgaggcggtcagcagaacgttattgggagtgacgaacgcgttagaccctgaccag
aaaagacgggttgatgataaatataagaagcattag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   INRA (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (46)   

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