KEGG   Trichoderma reesei QM6a: TRIREDRAFT_2759
Entry
TRIREDRAFT_2759   CDS       T02991                                 
Name
(RefSeq) hypothetical protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
tre  Trichoderma reesei QM6a
Pathway
tre04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:tre00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    TRIREDRAFT_2759
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:tre04121]
    TRIREDRAFT_2759
Enzymes [BR:tre01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     TRIREDRAFT_2759
Ubiquitin system [BR:tre04121]
 Ubiquitin ligases (E3)
  HECT type E3
   TRIREDRAFT_2759
SSDB
Motif
Pfam: HECT HEAT_EZ HEAT CLASP_N
Other DBs
NCBI-GeneID: 18484387
NCBI-ProteinID: XP_006962507
JGI: Trire2_2759
UniProt: G0RBD8
Position
Unknown
AA seq 1865 aa
MSPRITRSSARQAASQAARAPGASPASAAALPEPSPPTAPPTSLSRKRKVSSAEKSLATE
PQPTSSVRRSKRQKIPEAAAPSEPIENPSHSSVPRNRRLPVDMDGTDHAAGSRRSARSKR
APTQSQATATSMPPGRDPQPITGQLSDEDATMSGMGENKEEDTPLPPRKEDAGPKKGKVD
GHAEEDDVSRGEEDEEEEEDEDEDDEDENDDDPFGAYGGPGDHDSSLSSTLRALTGMMTG
LSSRLRELLGNLRSDDPSIQVVALQELSEIFLVSNEDNLSGHFSPDAFVKELVQLMIKEE
SPEIMLLACRCLANLMEALPASIANVVYGNAVPVLCQKLLEISFIDLAEQALSTLEKIST
EYPSSIVREGGLTACLSYLDFFATSTQRTAVTTAANCCRNIPDDSFPVVRDVMPTLLNVL
NSNDQRVVEQASLCVSGIVESFKYHPSKLEELISVGLLRAILRLLVPGTTNLIGPNIHTQ
FLRVLAFTARASPRLSSELFKLNVVETLYQILTGVSPPTGTEDVASKLDSVVVMQALIHR
PREQIVEALNVICELLPGLPRNVGIAGGDFMELHDAIEPTTPSSLGGRCHPTHNDRRLEL
LEDCKDQVRRFVLIIFPTLTDAFSSTINLNVRQKVLTAQIKMLSNLDEGLLAEALAPVPY
ASFLASILSQEDHPSLVILGLQATELLLTRLGNVYRYQLYREGVILEIQKLAKGDGQPST
KEDPSKPKNAPQRSSLHDIGGSSTPSPGRDFDDHENEDEEVEDEADATAAHGHHSSGGND
DEDVDNDLNASDASPASSRGSSMSLDATSLPYVSNILSMKSRIVTIARRFLNVHEQDGRS
QDMRMRATQILDTLSHLAEELESFYLTRTPRFYPPETGRMLFSKLSSYFDIDILESITSA
ELLASGLVRVLLAVFSNPDEALAHSAQASFLEVFMSPAVKPRPRTGAVEPQATPFSVLIH
KLQDLLSRSEHFEVITVHQNSFEGNRSSPASMLGKQLKLRLVADDEASIPRPYRNIMVSI
HAIATFKSLDDYLRPRISLAERPRISRRDGLSRTLAAIASSGLSQNAATGAGSTGPSVML
GSAQQSPFSPAAASSGPRYSGSINDKPSPLAGPSHEKGSLRRSSRLLRSPSDAPTPPTRP
PDDDSALQRTLECADEKQLTDDEDDVAGDGGALDAIVGELDEDIEGKTEADTSAVNLEVA
AENSPASRREGESRVAAPTGSNLLQSHDRVLYRGNASATPHSSTRQPSYSSILQTVPQDW
HIEFTLDDKVIPNETTIYRAVHMSTSSANDHSNKNIWSSTHPIKFRRVPGQPPAETKTTN
LTVETDREAGKGIPASLAKHPVTASILQLLNILHDLNANIEDVLVENRNSIVGLRVEPLS
QFVNTKLTAKLNRQLEEPLIVASSCLPSWSEDLARLYPFLFPFETRHLFLQSTSFGYARS
MARWQNAHSTDDNRRDRSNERPFLGRLQRQKVRISRLKILESALKVMDLYGASQSILEVE
YFEEVGTGLGPTLEFYSTVSKEFSKKKLKLWREVDSAGSDEFVTGQTGLFPRPLSPEETT
TPNGERILHLFKALGKFVARSMIDSRIIDIHFNPIFFRIGDASLTGVKPSLGAVKVVDPG
LARSLITIKKFVLAKKEIDEDPARTPAQKVADTERIMIDNMRLEDLCLDFTLPGYPEIEL
VEHGSLKRVTMENVDVYLEKVIDMTLGSGVKRQIDAFRAGFSQVFPYTALRAFTPDELVS
LFGRVEEDWSLETLMDSIKADHGYNMDSRSVKNLLQTMSELDAKQRRDFLQFTTGSPKLP
IGGNLTPMFTVVCKPSEPPYTSDAYLPSVMTCVNYLKLPDYSTMEVLKRQLYTAIREGQG
AFHLS
NT seq 5598 nt   +upstreamnt  +downstreamnt
atgtctcccagaataactagatcttctgcccgccaagcagcgagccaggcggctcgagct
cctggtgcatcacctgcctctgccgcagccttgccagagccctcgcctccaactgctccc
ccaacgtcgctgtcccggaagcgaaaagtttcgagcgccgagaagagccttgcgactgaa
ccacagcctacctcttcagttcgacggtccaagagacagaagattcctgaagctgctgca
ccatcagaacccatagagaacccctcccactcgtccgtgccgcgaaatcggaggcttcca
gtggatatggatggcactgatcacgctgctggcagccgaagatcagctcgaagcaagcga
gcccctacgcagtctcaagctaccgccacctcaatgccgcctggtcgagatccgcagcca
atcacaggtcaactttcagatgaagatgctactatgagcggcatgggcgagaacaaggag
gaggacaccccactgccgccgcggaaggaagatgctgggcctaagaagggcaaagttgac
ggccatgcagaagaagatgatgttagcagaggcgaagaagacgaagaagaagaagaggac
gaagacgaagacgacgaagacgagaatgacgacgatccatttggggcatacgggggccca
ggagaccacgattccagcctttctagtaccctgcgagccttgaccggcatgatgactggg
ctgtcaagtcgacttcgggaactcctgggcaatctgcgtagtgatgacccgtcaatccag
gtggtagccttgcaagagctgtccgagattttcttagtgtccaatgaagataatctgtcg
ggccacttttcccctgacgcgttcgtcaaggagctcgttcagctcatgatcaaggaagag
agcccagagatcatgctcctggcctgtcgctgccttgcaaatctcatggaggctctgccg
gcgagcattgcaaacgttgtttacgggaacgccgtcccagtcctctgccagaagctgcta
gagatatcctttatagacctggccgagcaagctctgagcacgcttgagaagatctcaacc
gagtacccttccagcattgtccgcgagggcggacttacggcctgtttatcctacctcgac
ttctttgcgactagcactcaacgaacagctgtgacgactgcagccaactgctgccggaac
atccccgacgactcgttccccgtcgtaagggatgttatgccaaccctcctcaatgtgctg
aacagtaacgatcagcgagtcgtcgaacaggcctccctgtgcgtttcgggcatcgtcgaa
agtttcaaataccatccctcgaagctcgaggagctgatcagcgtcggcctgctgcgagcc
atattgcgtctgctcgtgcccgggactaccaatctcattggccccaacatccacactcaa
tttctccgagtgcttgcctttaccgctagggcgagccccagactgtcctctgagcttttc
aagctgaacgtcgtcgaaacgctttatcaaatcttgacgggcgtctcccccccgacaggc
acggaagacgtggcgtccaagctggacagcgtggttgtgatgcaggcactcattcaccga
ccccgcgagcagatcgtggaagccctcaatgttatatgcgagctactgcctggcttacct
cgcaatgtgggaatcgcagggggggactttatggagttgcacgatgccattgagccgact
acaccgtcctctttgggcggcagatgccatccgactcacaacgaccgtcgacttgaactt
ctggaagattgcaaggaccaagtccgccgctttgtcctcatcatcttccctactttgacc
gatgccttctccagcacgatcaacctcaacgttcgccagaaagtcttgaccgctcagatc
aagatgctctccaatctggacgaaggtctgctcgcggaagcactggcgccagtgccctat
gcatcctttctggcgtccattttgtcacaggaggaccacccttccctggtaatattgggc
ctccaagcgacggagttgctccttacacgcctcggcaacgtctatcggtatcagctctat
cgcgagggcgtgatactcgagattcagaaactcgcaaagggcgatggccagcctagcaca
aaagaggacccctccaagccgaagaatgcgcctcagagatcgagcttgcacgatattggt
ggtagcagcacaccatcaccaggacgcgatttcgacgaccatgagaatgaggacgaagag
gtcgaggatgaagccgatgccaccgccgctcatgggcaccactcctccggcggtaatgac
gatgaagacgttgataatgacctcaatgctagtgacgcatcccctgccagttcccgcggc
tcatcaatgtccttggatgccacatctttgccctatgtttctaatatcctatcaatgaag
tctcgcattgtcaccattgccagaaggttcttgaatgtccacgagcaggacggccgcagt
caggacatgaggatgagggccacccagatactcgacactttatcccacctggcagaggag
cttgagtctttctatttgacacggacgccgagattctaccctcctgaaacgggacggatg
ctcttctccaagctgtcgtcctacttcgacatcgacattctggaaagcatcaccagcgca
gagcttctggcctctggcctagtaagagttctgctcgcagtcttcagcaacccagacgaa
gcgctggcgcattctgcccaagcaagctttctagaggtgtttatgagtcctgcggtcaag
ccgagaccccgaacaggcgcggtcgagccccaagcaacgccgttcagcgttttgattcac
aagttgcaagatctgctcagtaggtcagagcatttcgaggtcattaccgttcatcaaaac
agctttgaggggaatcgcagcagcccggcgtccatgcttggcaagcagctcaaacttcgg
ctcgtcgcggacgatgaagcatcgattccgcggccataccgaaatatcatggtttccatt
cacgcaattgccaccttcaagtcccttgatgactacctgcgccctcggatcagcttagca
gaacgacccaggatatctcggcgggatgggctttccaggactcttgcggctatagctagc
tccggtctgtctcaaaacgctgcaacaggtgccggctcaactgggccttccgttatgctt
ggttccgcgcaacaatcgccgttctccccagcagctgcgtcttccggtcctcgatattcc
gggagtatcaatgataaaccgtctccgcttgctgggccttcgcatgaaaagggatcttta
cgacgctcctccaggctcttgagatcgccgtccgatgccccaacccccccgactcgccct
cctgacgacgacagtgcactacagcgcaccctggagtgtgccgacgagaaacagctcacc
gatgacgaagacgacgttgctggtgatggcggtgccttggatgcgattgtcggtgagctc
gacgaggacatagaagggaaaacagaggcggatacgtccgctgttaacctggaagtcgct
gccgagaattctcctgcgagccggagagagggcgaatccagagtcgctgccccaacaggg
tccaatctcctacagagccatgatcgagtgctgtatagaggcaatgcctcggcaacacct
cactcctccacgcggcagccctcttactcttccatacttcagactgttcctcaagattgg
cacattgagttcactctagacgacaaggttattcctaacgagacaaccatttatcgcgct
gtccacatgtcgacgtcttctgcgaatgaccatagcaataaaaacatatggtcctccacg
catcccatcaaattccgaagggtgcctgggcagcctcctgcagagaccaagacaacgaac
ctcactgtcgagacagatagggaagcgggaaagggaatcccggcttctctggcgaagcat
ccagtaactgcgtccattctgcagcttctcaacatccttcacgatctcaacgcgaacatc
gaagatgttttggttgagaatagaaacagcatcgttggcctgcgcgtggagccgttgtca
cagtttgtgaatacaaagctcacagccaagctcaaccgccaactggaggagccgctgatt
gtggcaagcagctgcttgccaagctggtccgaagacttggcacgcctttaccccttcttg
ttccccttcgagacccgtcacctctttctgcagtcgacatcgtttggatatgctcgatcg
atggctcgttggcagaatgcgcattcgacggatgacaaccggcgggatcgttcgaatgaa
cggccgttcttgggtcggcttcaacggcaaaaggttcgcatttctcgactcaagattctg
gagtcggccttgaaagtcatggatctctatggcgcgtctcaaagtatactggaggtggag
tactttgaggaagttggtaccggcttgggtccgacgctcgaattctactctacagtttca
aaagaattttctaagaagaagctcaagctctggcgtgaggtcgactctgctggatcggac
gagtttgtgacgggacagacgggactattcccccgccccctgagccccgaggagacgaca
acgccgaatggagagcgtattcttcacctgttcaaagcgctgggcaagttcgtggctcgg
tcgatgattgactcacggatcatcgacatccattttaatcccatatttttcaggattgga
gatgcttctttgaccggcgtcaagccgtccctgggagcggtcaaggttgttgaccccggt
cttgctcgctctctcatcacaatcaagaagttcgtgctggccaagaaggaaattgacgag
gatccagcccgcacgccggcacagaaagtggccgataccgagagaatcatgattgacaat
atgaggctggaggatctctgtctcgacttcaccttgcccggctatcccgagatcgagctc
gttgaacatggctctctgaagcgggtgaccatggagaatgttgacgtatatctggaaaag
gtcattgacatgacccttggaagtggcgtcaaacgtcagattgatgcgttccgtgccggt
ttctcacaggttttcccttacacggcattgagagctttcactccagacgagctggtttcc
ttgtttggccgagtagaagaggactggagtctcgagactcttatggattcaatcaaggcc
gatcacggctacaacatggacagccgaagtgtgaagaacttgctgcagaccatgagcgaa
ctggacgccaagcaacgacgggactttctacagtttactaccggcagcccaaagcttccc
attggcggcaatctaactccaatgtttaccgttgtctgcaaacctagcgagcctccgtac
acctccgacgcctaccttccgagcgtcatgacttgcgtgaactatctgaagcttccggat
tatagtaccatggaagtccttaaaaggcagctttatactgcgatcagggaagggcaggga
gcctttcacctgtcttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (54)   

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