KEGG T01716: MTR

Medicago truncatula (barrel medic): MTR_5g032380

Entry

MTR_5g032380 CDS T01716

Definition

Ubiquitin carboxyl-terminal hydrolase

Orthology

K11855

ubiquitin carboxyl-terminal hydrolase 36/42 [EC:3.1.2.15]

Organism

mtr Medicago truncatula (barrel medic)

Class

SSDB

Motif

Pfam:

UCH zf-MYND

Other DBs

NCBI-GI:

357485573

NCBI-GeneID:

11405494

UniProt:

G7JXP7

Position

AA seq 1096 aa
MVVFEILGFQGLVYLLLVLGFVVIRYVWRNAEEKREEVMRLVQDTTASMTHMEAYSDSDE
ISFSPSNSASFESSNSVSFSHGYQCAVCYSPTTMRCARCKAVRYCSGKCQISHWRQGHKD
ECCPSITTTREVNNENVTSRASASGTEFDLHESKGNHVSVGSYNDSHSNINPSVAARESL
DDNRHETHDSFTKPVSDNTANDTSVASTDNDGTVLHSSFPLESKNPVNIEVKNSSSSKRS
KKKSSNTTDETGFESKVPKAKSDTYHDEASKWGGHQHKRRVSFVEKPITDTSKCRTVPSL
SNSNTDVLADNVEESHLSRYKEARRSSCSSRDRISSTTKEDLISHSKSTKTDNYHALPSK
VSVVPNLQQNVRNGLKTSMQKVVQQFRSSKESRSNLTSVENELGFPYELFVELYCYDKVK
LFPFGLTNCGNRDEISKGIERTEESDTFLLFCYANAALQCLAYTQPLTSYLLQGFHSKRC
QKKGWCFMCEFEYLIQKAKEGTSPLSPIGILSKIHKIGSHLGHGREEDAHEFLRGAVETM
QYICLKEAGVSSPLTEETTLIGYTFGGYLRSKIKCLRCLGKSERYERMMDLTVEIDGDIE
TLEEALGQFTAPEILDKDNKYNCGREKLGSRLSSAPRSLRCAAGQWLAATVRPAAPHIKS
ASAIPGFSEGTALCSLRPYQRTTLEEGVKKSMKETISHHLWPNLSFLATNIFVSWSDLCK
SYEKAKKKLTVLEAPNILTIVLKRFQSGNFEKLNKSVQFPEVLDMTPYMSGRKDKSPFYS
LYAVVVHLDIMNASFSGHYVCYVKNIQGEWFRTDDSRVRTFKHIFFVSEGLFSLLPPKMR
LYKLKKLWHYRDALKATCVEPVELSRVLSESAYMLLYARHSPKPLGSVSSNATFSTGKFK
RRSLEAIPAVSKTRSNSMATNADSPSVQQKQGQHSHRNAVDDSFSNESVPEEWRFNYRGR
NTMVDSASESSVFSSSDASSCSTASTKDSASTADFSDYIFGEAGSNWHGQYGISSNSAAS
SSYDNLHTDFSVDNDADRRLQQNSEDKAILYANKNKNHSGRWGIDLKKFVTAKHHDKSSA
VHVRRTSRDASAQTFY

NT seq 3291 nt +upstreamnt +downstreamnt
atggtggtgtttgagattttagggtttcaaggtttggtttatttgctgttagttttgggt
tttgtggtgattcgttatgtttggagaaatgctgaagagaagagagaagaggttatgagg
ttggtacaagatactactgcttctatgactcatatggaagcttattctgattcagatgaa
atttcattttcaccttcaaattcagcttcttttgaatcatccaattcagtttcattttct
catgggtatcaatgtgctgtttgttattctcctaccaccatgcgttgtgctcgctgcaaa
gctgttagatactgttcgggtaagtgtcaaattagtcactggagacaaggtcacaaggat
gaatgttgtccttcaattaccaccaccagggaggtcaacaacgagaatgttacatctagg
gcatcagcatcaggaacagaatttgatcttcatgaaagcaaaggaaatcatgttagtgtt
ggatcttacaacgattcacattccaacattaatccttctgttgctgcaagagaatcattg
gatgataaccgtcacgagactcatgactcatttacgaaacctgtcagtgataatactgct
aatgacacatctgtagcttccaccgacaacgacggaaccgtgttgcactcctcatttcct
ttggaatctaaaaatcctgtcaatattgaagttaagaattctagttcaagtaaaagaagc
aagaaaaagtctagcaacactaccgatgagactggatttgaatcaaaagttccaaaagct
aaatccgacacatatcatgatgaggcatcaaagtggggtggccatcaacacaaaagaaga
gtttcatttgttgaaaaaccaataacagatacttctaagtgcaggactgtgccttccttg
agtaattcaaataccgatgttctagctgacaatgtggaagaatcgcatttgtccaggtac
aaagaagcacggagatcatcatgtagttctcgtgatcgaatatcttcaactactaaggag
gatttgatttcacattccaagtctacgaaaactgacaattatcatgccttgccttcaaaa
gtcagcgttgttccaaatcttcaacaaaatgttcgtaatggtttgaaaacatcaatgcag
aaagttgtccagcagtttagaagctcaaaagagtcaagatccaatctaacatctgttgaa
aatgagttgggctttccttatgaacttttcgtggaactttattgttatgacaaggtgaaa
ctatttccctttggccttacaaactgtgggaacagggatgagatatcaaaggggatagag
aggactgaggaatctgatacttttttgttgttctgttacgctaatgcagcactccaatgc
ttggcgtatactcagcctctaacatcgtatcttttgcaagggttccattcgaaacgatgt
cagaagaagggatggtgttttatgtgcgagtttgaatatctaattcagaaggcaaaagaa
gggacgtctccactttctccaattgggatattatctaagatacacaagattggaagtcat
cttggacatgggagagaggaagatgcacatgaatttttgaggggtgcagttgagactatg
caatatatttgcctcaaggaagccggtgtatcaagtcctttgacagaagaaacaactctc
attggatacacttttggaggatatctacgatctaagataaagtgcttaaggtgcctgggg
aaatctgagaggtatgagagaatgatggatcttactgttgagattgatggagatattgaa
actttggaggaggctcttggacaatttacagcgcctgaaatattagataaagataataag
tataattgtggcagagaaaaattgggatctaggttatcatcagcgccacgatcgctccgt
tgcgccgcaggacagtggctggccgccacggtgagaccagctgcgccgcacattaagagt
gcgagtgctataccaggcttctcagagggaacggcactgtgcagtttgcgcccatatcag
cgcaccaccctggaagagggggtgaaaaagtcgatgaaagaaacgatttctcaccattta
tggccaaatctgagttttttggcaacaaatatctttgtttcgtggtcagatctatgtaaa
tcgtacgagaaagccaagaagaagttaacggtactggaggcaccaaatattcttacaatc
gtattaaaacgatttcagtctggtaactttgagaagttgaataagtcagttcagttccca
gaagtcctggatatgactccatacatgagtggaagaaaggataaatctccattttacagt
ctttatgcagtggttgtccatttggatatcatgaatgcttcattttcaggccattatgtt
tgttatgtgaagaacattcaaggagaatggttcaggactgatgacagcagggtgagaact
tttaaacatatattttttgtgtctgaaggtctcttttccctcctcccccctaaaatgaga
ttatacaagcttaagaagctatggcattatagagatgctttgaaagctacttgtgtagaa
cctgtcgaattgtcaagagtcttatcagaaagcgcatacatgcttctttatgcaaggcac
tctccgaaacccctgggttctgtaagtagcaatgcaaccttttcaactggaaagttcaag
aggagaagcttggaagccattcctgctgtttctaagacgcggtcgaattccatggctaca
aatgctgattctccctccgtacagcagaagcagggacagcactctcaccggaatgccgtt
gatgattcctttagcaatgaatctgtcccagaagaatggagattcaactatcggggaaga
aatactatggtggattctgctagcgaaagctcagttttcagctcttctgatgcaagctct
tgcagtactgcaagtactaaggactcggctagtactgctgacttttcagattacattttt
ggtgaagcagggtccaattggcatggccagtatggaatttcttccaactcggctgcatct
tcttcctatgataacttgcatacagatttttcagtggacaatgatgctgataggaggctc
cagcaaaactcggaagataaagcaattttgtatgctaacaaaaacaaaaatcatagtggt
agatggggaattgaccttaaaaaatttgtcactgctaagcaccatgacaaaagttctgct
gtacatgtgagaagaacaagtagagatgcatcagctcaaacattttattga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (11)   

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