KEGG T01020: TTHERM

Tetrahymena thermophila: TTHERM_01094790

Entry

TTHERM_01094790 CDS T01020

Definition

Ubiquitin carboxyl-terminal hydrolase family protein (EC:3.1.2.15)

Orthology

K11869

ubiquitin carboxyl-terminal hydrolase 40 [EC:3.1.2.15]

Organism

tet Tetrahymena thermophila

Class

SSDB

Motif

Pfam:

UCH UCH_1

Other DBs

NCBI-GI:

NCBI-GeneID:

TGD:

UniProt:

AA seq 1237 aa
MLGDMFDTPEDILGGVSNAQILNVQQRRPKNCASFMELPQLRREENGFVGLKNQGATCYL
NSLIQSLFMSPEFRNAIYQLPLCDEDISKKSGFVDSQSKQKLLLGFQKLFGQMQSLDISS
ISTEELTSSFGWEANQSFQQQDIQEANRVIFDVLERALFGTAVQIDPTSFYKGTIVNHIT
CTECQVPREREENFYDLMLQVENISCVEESFMAFITPELLNESNQLFCEICNKKCDTLKG
QKIRKFPDILTLSLNRFTFDYDKLERVKLNQKYEFGLEFNIAPFLENSDIDDSSDEYNYE
LFTVLIHRGSAHGGHYHTYIRDFLGEGNWEEKMKQYSQEREKREQEQKEKLEQQQQEELE
KKQKEEQIKQQKQIEQQEQQKKDQDEELQDVDESNLSAQEKKDLKKKQKQQKKQQNQKSQ
PIKNDKKKQNEEKQNEKKKNFVAEEYEFDDQDFPRMFTNSDLAKNWYNFNDSQVKSINVN
RLQKQYGGSGSENAYILIYRKKTLAKNIPNPSLPKYIEKLIQEENQKLQQERQIYEEASR
HIEVYVDSHAVFQDISYTYINGYDFEKSSQLLRIKTDCTFKQLIQNISETTQISLENLAI
LELYEHPNKYVQTVRLIDVSNSDQTLEQAEVSHFSCWVYYDKSKHQEILDRLKPHIGQDQ
IPLKLNIICPGKSFSILAFSQDKLIDLKIQMQELTNIPENEQYLQNEDLQHINDSLEKEE
MTLNQLKIQNDYDIIIKQIDHSHQQENQQNPSQQGKTAQLSEYQQAQLQGLVSILVENSD
EPGVKRFFIDYKQLDLQKLLAFIKEKFSIEQTSLRRLRNLENKQIYFKDEYSKSLEELGF
QEGGTRLLLERGEIPVSGNIPIKIKNSSKHKVAETQNMIEVLIQDDQSLHQLKCQACTTL
KLDPEQHKLYKTDWMEEPIQLITNENQLIRNMNFKQQEVLVLRDNESPIDKEFEKFSIYH
TINGSSEDTKYVGDLKIKKDELIQDLKNTILAMPYFLNLNKESGENNTACLRVRDMRKDG
LFGQIYRKNDKKISGYNYSTNNIAVQQLSKPDNLEEDDLSLILRKRNCKAKTYEGNTEFI
YKSSKKPTVDELKQQIGTSLGLADMNQFEIVKYFPYEFCWKVISNKEYDNLKETKKKQDQ
KSHKKNKDGKKQEQSEQKKDDKQSDVEQNLKKAPYLLKDGDIIGYVLLEEKEENDDYQTE
NDQKMKLWFEEEKRQKRQISTSKSKQEQHGFTINLDF

NT seq 3714 nt +upstreamnt +downstreamnt
atgcttggcgatatgtttgatactcctgaggatatcctcggaggtgtttcaaatgcatag
attttgaatgtctaataaagaagacctaaaaattgcgctagttttatggagttaccttaa
cttagaagagaagaaaacggatttgtaggattgaaaaaccaaggagcaacttgttattta
aatagcttaattcaatcgttgtttatgtctccagaatttagaaatgcgatctattagtta
cctttatgtgatgaagacattagcaaaaaaagtggttttgttgattcgcaaagcaaataa
aaattattgttaggattttaaaagctatttggttaaatgcaaagtttagatatatcaagc
atcagtactgaggagttgacttctagctttggatgggaagcaaattaaagtttctagcaa
taagatatttaggaagccaatagagttatattcgatgtattagaaagagccttatttgga
actgctgtttaaatagatcctacctctttttataaaggaactattgtcaatcatataaca
tgcactgaatgctaagttccaagagaaagagaagaaaacttttacgacttaatgctttaa
gtagaaaatatttcttgtgttgaagaaagttttatggcttttatcaccccagagttgctt
aatgaaagcaactaattgttttgtgaaatatgcaacaagaagtgtgatactcttaaaggc
taaaaaataagaaagtttccagatattttaactttgagtttgaatagatttacttttgat
tatgataaacttgaaagagttaagttaaattaaaaatatgaatttgggctagagtttaac
atagctccatttcttgaaaactctgacattgatgacagcagtgatgaatacaattacgag
ctgtttactgttcttattcacagaggaagtgctcatggaggtcactaccatacatatatc
agagacttcttaggagaaggaaattgggaagaaaaaatgaagcagtacagttaagaaaga
gagaaaagagagtaagaataaaaggaaaagttagaatagtagcaataggaggagctagag
aaaaaatagaaagaagagcagattaagcagtaaaaatagattgaatagcaagaataacaa
aagaaggattaagatgaagaattataagatgtagatgagtcaaatttgagtgcttaagaa
aagaaagatcttaaaaagaagcaaaaataataaaaaaagcagtaaaattagaaaagttag
cctattaaaaatgataaaaaaaagcaaaatgaagaaaagtaaaatgaaaagaaaaaaaat
tttgtagcagaggaatatgaatttgatgattaagatttccctagaatgttcacaaatagt
gatcttgctaaaaattggtataactttaacgactcataagtaaagtccatcaatgtaaac
agattgtaaaagtagtatggtggttctggaagtgaaaatgcttatattttgatttacaga
aaaaaaactcttgctaaaaatattccaaatccaagtctccctaaatacatagaaaagctg
atttaagaagaaaactaaaaattataataggagagataaatttatgaagaagcttcgaga
cacatcgaagtctatgttgattctcatgcagttttctaagatatttcatatacttacatc
aatggatatgactttgaaaaaagctcttagcttttaagaataaaaacagattgcactttt
aagcagttaatctaaaatatttctgaaacaacttaaattagtcttgaaaatttagctatc
ctagaactctatgagcatccaaataaatacgtttaaactgttagactgatagatgtttct
aattcagattaaactctagaataagctgaagttagtcatttttcatgttgggtatactac
gataaatctaagcattaagaaattctagacagactgaaacctcatattggataagatcaa
atacccttgaagcttaatataatatgcccaggaaaatcttttagcattctagcatttagc
caagataaattgattgatttgaaaatataaatgtaagagttaactaacatacctgaaaat
gaataatacctttaaaacgaagatttataacatattaacgattccttagaaaaagaagaa
atgaccctaaattaattaaaaatataaaacgattacgacattatcatcaagcaaatagat
catagccattaataggaaaatcaataaaatcctagccaataaggtaaaactgcataactc
tctgaatatcaataagcctaactttaaggacttgtctccatcttagtagaaaactctgat
gaacctggagttaaaagatttttcattgattacaagtagttagatttgtagaaactcctt
gcttttattaaagaaaaattttctattgagtaaacttctttgagaagacttagaaattta
gaaaataaatagatttacttcaaggatgaatattctaaatcacttgaagaacttggattc
taagaaggaggtaccagacttcttttagaaagaggcgagatacctgtttcgggaaatatt
cctataaaaataaagaactcatctaaacataaagttgcagaaacttaaaatatgatagaa
gttcttatttaagatgattaatctcttcattagctaaaatgctaagcttgcacaactctt
aagttggatcctgaatagcacaagctttacaagactgattggatggaagagcctatttaa
ttgataacaaatgaaaactagctcatcagaaatatgaactttaaacagtaagaagtactc
gttttaagagataatgaaagcccaatagataaagaatttgaaaaattcagcatttatcat
accattaatggtagctctgaagacacaaaatatgttggagaccttaaaattaaaaaagat
gagcttatttaggatctcaaaaatactatcttagccatgccatatttcctgaatttgaat
aaggaatcaggcgaaaataatactgcatgtttaagagtaagagatatgagaaaagatggt
ctttttggataaatctatagaaagaatgacaagaagatatcaggatataactattcaaca
aataatattgctgtttaataactttcgaaaccagataatttagaggaagatgatctttct
ttgattttgagaaaaagaaattgtaaagcaaagacatatgaaggaaatacagaatttata
tacaaaagctctaaaaagccaacagttgatgaactcaaacaataaataggaactagtctt
ggattagccgatatgaattaatttgaaatagttaaatatttcccatatgagttctgctgg
aaagtgatttcaaacaaagaatatgataatcttaaagaaacaaaaaagaaataagattaa
aaatctcataaaaaaaacaaagatggtaaaaaataagaataaagcgaatagaaaaaggat
gataaatagtcagatgtagaataaaacttgaaaaaggctccttatttactaaaagatgga
gacattattgggtatgttttacttgaagaaaaagaagaaaatgatgactaccaaactgaa
aatgattaaaaaatgaaattatggtttgaagaagaaaaaagatagaaaagataaatttct
acaagtaaaagcaaacaggaatagcatggatttacaattaacttagatttttga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
   TGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (12)   

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