KEGG T01042: MONBRDRAFT

Monosiga brevicollis: MONBRDRAFT_31374

Entry

MONBRDRAFT_31374 CDS T01042

Definition

hypothetical protein

Orthology

K11840

ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.1.2.15]

Organism

mbr Monosiga brevicollis

Class

SSDB

Motif

Pfam:

UCH UCH_1 Ubiquitin_3

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 2279 aa
MEVFPSQSLEELENKVLAPSWTVPLESNGPLVVCTQALLRLLQANSSFEADDVATRFLHG
VFHESYAKLLDSDAVRTWKSNIISLIEEKMPLFAETLAYVVGASDHPELYNLVALALCDD
AELYHRCGTGASSTSLQSSAFACRQYGLWPDVVNIFGHHGGFQRIAAYAAREDVPFENLL
QLARISVQASPDLKDSVRDQVLAPIWARFNTKFDGMSNDDLKKLAPHVLGKRGLLATFAA
FPRLRDSVSPGRPPVYDCMLRLLKCGSFSVTMSVMQFIHEQARYGPSTADVRSRQATLSQ
EDIAPWIVENDILDILLKGNLHQEQYVRRITKLVTILTSQKMLNQATLKQIWDAQGGKHE
TIVKNLHELLAEIAWDLTGDNLHYLFELFKESWGGSDENRRNLLTLMRRLAEEDTHNTMA
NQVLNLLWDLVHDDTASREIITAALEAHCHILLHGYNQEAERRHWINTLVEAIGAEKDVL
LSVQQLHRILKYYSNSASSHTRHKELFTFIENSKLATHCQHALLQYYDMARSNPAAAGGV
FSHEEILDIYLDNIRFFNETTSSYISLVLVEVIWDKIYCHAISETDARILLTWFAKICTY
NGNDTDLDLGCIARFFDSRIVRQDPTRMNTDAFHLFWAAFKSTNQHHGKLMLSSDGLIIE
SIRDISFGGLDVLWMVALEHDDEQVAELGARALLQLFLASGSAVDFHNAWLEQIFTRLTQ
SYFEICRLEDESAKTRAQALVARAFRILTSYIGATERNYRRIFGLRGHRAAYRGQMLNLV
LHRPRKEGRKPLDLLMHETDTMLSLRREAAAIFSLRLEATALQTYKTTAMYLTSNDMHTL
GEAGVYHGQHFLVRSLNVNTNGPILGPANEMEEAKLPRMILANPQNPFTAKLYQIADEVR
VAPEARSMAQTLLLNLPSNETIMQAVADEVVAKKDLALATLPELSRFRQLYQILALCALL
QPWPDAERSPALRERSQTVQNVYRQSVPFAQLLSVCRISDAEAATPHLEEYEMIFELLKA
VLFLLQISIEAASSLDKATLAHILSELSPLLELTASGRLGQNCSPTVEAKNAVLSVRVLN
LMERLLAQEESEATTFLDVVFKHDLLSQILMHASDAGTRGSLVKLLMIVFPKASPQDRAT
LFAKACGLLDRVHSTPHCSHLFNLVVALVSKHEACANTDADKLFQQQIQALERFEVVDGA
QLDDLQDELAGRFNLARALLPHVGSTTLDNVDRMLKPIVEKFLFPASKRLSELALADEGM
DLDDERVQAICRVPGARTAAFSFLQSYLQARPKSLMQLLLDLATLHFSPSQRLSGFEYIP
VTTDRSSAGFVGLKNAGATCYLNSSLQQLFMQPDIRRFLASELAIPAEDRNDLLLYQLQK
TFVFLDKAEQQYYIPEDMWRTYRHWGEAVNVREQQDANEFLNCFVDQIDEQLKALQRPQI
LSRVLGGMFLDEKIIQKGCNHRYTRDEPFTTVCVEVTLSDRLEDGLAKYVQGEVLEGYKC
EKCAEPRDTLKRQSIKRLPRVLAISLKRFDFDFERMAPTKFNKRYEFPMELDMGPYTAAG
LHAAELRENGTDIETPACPYRLVGVIVHSGQANGGHYYSFIRQRDACGAVQEDSPWLRFE
DTEVSIVEMDSPDTLHEEWFGGSYSSDVLDKATHRYVKRKRERWWNAYMLFYERIDPPAL
HMSDAYDHELDPTLPDHPLPPSDSEPEPYDTVTAEEKAEKEKELATVDLEPSTELHRELK
RANVEFRHKANVFDPAYFSFLLQACKQQTQHFLDQLSAAADADAERAIRAAIQPEVVALV
NRAFQFLSGFALRTDDSYRPALGDWPDVLARLTELSLEGLDQLLNSLTEEPDLFEDLLVL
NTDAESRRVFARILINTCERVHECHGSEVLLSRIEDVLTRLGTLLDTEAIKRPRQFDAAF
EFLERLSALGPFWCQELLARNFALRCFSPTSNTLPWLKQLMFDFNPLVLLLARLIRAGGP
NLPEQTSAPPTNVRNPFILSSDVSPDAPNDEGVLSIIHEHMEPLMNMLVQLEEPYVAEAQ
SLLAFLCWRDDSRLMQVLCPLLLHLDSHSPWPKGEFILNSLKSMMAMPDNNLPLRLRLLH
YNPKENNRVAGLFRILEFYLLVTCHDEGTGMNLTGWTKQSLCSFEMPVLFDYSTHHAKKV
FYTGAFLAWELETIPEAREWLLAVPQVDKWATITSFIETSIASLPIVAGRNLDVDETHVL
RRTESAENVVALLSQHAPADLYPMTISIAPTAQTQSPMSEDGSDVDQGGIDNLLTDIQA

NT seq 6840 nt +upstreamnt +downstreamnt
atggaggtcttcccttctcaatcccttgaagagctcgagaacaaggttttggctccaagt
tggaccgtgcctctcgagagcaatgggcccttggttgtctgcacacaggccttgttgagg
ctgctgcaagccaatagctcatttgaagctgacgatgtggccacacgctttttgcatggt
gtcttccacgaaagctatgccaagcttctggactcggacgccgtccgcacttggaagtca
aacattattagtttgatcgaggagaagatgcccctctttgctgaaacactagcctatgtc
gtgggcgcctccgatcacccagagctgtacaacctcgtcgcgctggcgttgtgtgacgac
gccgaactgtaccaccgctgcggtaccggtgccagttccacaagcttgcagtcgtcggcg
tttgcctgtcgccaatatggcttgtggcctgacgtggtgaacatctttggccatcacggt
ggctttcagcgcatcgccgcctatgcagctcgcgaggatgtgccctttgaaaatctgcta
cagctagcccgcatcagcgttcaagcttcccccgacctcaaggatagcgttcgtgatcag
gtcctcgcccccatctgggctcgcttcaacaccaagtttgatggcatgtccaatgacgat
ctcaaaaagctggctccccacgtgctgggcaagcgcggcctgcttgccacttttgcagcc
ttcccgcgcctgagagactcagtttctccaggccgacctcccgtctatgattgcatgttg
cggctactcaagtgcggttcgttcagcgtgaccatgagcgtcatgcaatttatccacgaa
caagcccgatacggcccatccacggccgacgtacgctcgcgccaggcaactctctcgcag
gaagacattgctccttggatcgtcgaaaatgacattctggacattttgctcaagggcaac
ctgcatcaagagcaatatgttcgccgcatcacaaagctagtcaccatcttgacaagccaa
aagatgctgaaccaggccacactcaagcaaatttgggatgcgcaagggggcaaacacgag
acgattgtgaagaatctgcacgagctgctcgcagaaatcgcctgggatttgacgggagac
aacctgcactacctctttgagcttttcaaggagagttgggggggtagtgacgagaatcgt
cgcaacctgctgaccctcatgcgtcgattggccgaagaggacacccacaacaccatggcc
aaccaagtgttgaatctcttgtgggatcttgtgcacgatgacacggccagtcgtgagatc
attacggctgcacttgaggcgcactgtcacattctgctgcacggctacaaccaggaagcc
gagaggcgccactggatcaacacgcttgttgaagccattggggccgagaaggatgttttg
ctcagcgtgcagcagctccatcgcatcctcaagtactactccaactctgcatccagtcac
acgaggcacaaggagctgttcacgtttattgagaacagcaagttggccacgcactgccaa
catgcgctgcttcaatattacgatatggctcgcagcaacccagcagccgcagggggtgtg
ttttcgcacgaggagatcttggacatttatctcgacaacatccgctttttcaacgagacg
acgtccagctacatctccctcgtcctggtcgaagttatctgggataaaatctactgtcac
gccatttcagagacggacgcgcgcattctgctgacctggttcgccaagatctgcacttac
aatggcaacgacaccgatctggatctgggctgcatcgcccgcttttttgacagccgcatc
gtgcgccaggacccaacgcgcatgaacacagatgcctttcacctgttctgggccgcgttc
aagtcgaccaatcaacaccatggcaagctgatgctgtccagcgatggtttgatcattgag
tccattcgcgacatcagctttggtggcctcgatgttctgtggatggtggctttggagcac
gatgacgagcaggtggccgagctcggcgcccgggccctgctacagctctttctggccagc
ggttccgcggttgacttccacaacgcgtggcttgagcaaatttttacccgcctcacgcag
tcctactttgaaatctgtcgcctcgaggatgaatcagccaagactcgggcccaagcattg
gtcgcgcgtgccttccgcatcctgaccagctatatcggggccaccgagcgcaattaccga
cgtatctttggccttcgcggccaccgagcggcataccgaggccaaatgctcaacctcgtg
ctgcatcgcccacgcaaggagggtcgcaagccacttgatttgctcatgcatgaaaccgat
accatgctctcccttcgccgcgaggctgcagccatttttagtttgcgtctagaggcgaca
gccctgcaaacgtacaagacaacggccatgtacctcacaagcaacgacatgcatacgctt
ggcgaagccggcgtgtaccacggccagcactttttggtgcggtctctcaacgtcaacacc
aatgggcccattctgggcccggcaaatgagatggaagaggccaagctcccgcgcatgatc
ctcgcaaatccgcaaaaccccttcactgccaagttgtatcaaattgcggacgaggtgcgc
gtagctccagaggcccgaagcatggcccagacattgctgttaaaccttccgtccaatgag
acaatcatgcaggctgtggccgatgaagtggttgccaagaaagatctggcgttggctacc
ttgcccgagctgagccgctttcgccaactctatcaaatccttgccctgtgtgcactgctg
caaccttggcccgatgccgagagaagccccgctttgcgcgagcgctcccagactgtgcaa
aacgtttatcgccaaagcgtgccatttgctcagctgctcagcgtgtgccgcatttcagat
gcagaggccgccacgccgcatcttgaggaatatgagatgatctttgagctcctcaaggcc
gttctcttcctcttgcaaatcagcattgaggctgcttcttcgctggacaaggcaaccctg
gcacacatcttgagcgaactcagccctctgctcgagctcactgccagcgggcgcctgggc
cagaactgctcccccacagttgaggcaaagaacgccgtgctgtctgtgcgagtcctgaac
ctgatggagcggctcttggctcaggaggaaagcgaggcgacaacgtttttggacgtcgtc
ttcaagcacgatttgctttcccagatcttgatgcatgcgtcggatgctggaactcgaggc
agtcttgtcaaactgctcatgatagtttttcccaaagcctcgccgcaagaccgggcgacc
ctctttgcgaaggcgtgcggcctcttggacagagtgcacagcacgcctcactgcagtcac
ctcttcaatttggtagttgcgctggtctcaaaacacgaggcctgtgcaaacacagacgca
gacaagctttttcagcaacagattcaagctttggagcgctttgaagttgttgatggggcc
cagctcgatgacttgcaagacgagctggccggacgtttcaatctggcgcgtgcccttttg
ccgcacgtgggttcgacgacgctggacaacgtggaccgcatgctcaagccgattgtggaa
aagttcctctttcccgcctccaagcgtctgagtgaattggccttggcggatgagggcatg
gatcttgacgacgaacgcgtacaagccatttgccgtgttccaggggctcgcacagctgcg
ttcagctttttgcagtcgtacttgcaggctcgcccaaaaagtctgatgcagctcttgctg
gacctcgcaacgctgcatttttcgccgagccaacggctgagtgggtttgagtatatcccc
gtcaccacggaccgctcttccgccggctttgttggcttgaagaacgccggggcaacctgc
tacctcaactcctcgctgcagcagctgtttatgcaacccgacatccggcgcttcttggca
tccgaacttgccatccctgcggaggaccggaatgaccttttgctttatcagctccaaaag
acctttgtgttccttgacaaggccgagcagcagtactacatccctgaggacatgtggcga
acctatcgtcattggggagaagcggtcaatgtgcgcgaacagcaggatgccaatgagttt
ttgaactgctttgtcgatcagatcgatgagcagctcaaggctctgcaacgcccccaaatc
ctgagtcgagttctcggtggcatgttcctggacgaaaagattattcaaaagggctgcaac
catcgctacactcgagatgagccattcacgacggtttgcgtcgaagtgaccctttctgat
cggctcgaggatggcttggccaaatatgtgcagggtgaagttttggaaggctacaagtgc
gaaaagtgtgccgagccccgcgatacactgaagcgccaaagcatcaagcgtctgccacgc
gttctagcaatctcacttaagcgtttcgactttgactttgagcgtatggccccaaccaaa
ttcaacaagcgctacgagttcccgatggaactggacatgggtccttacacagcggcgggt
ctgcacgccgctgagctgcgtgagaacggcacggatattgagaccccagcctgtccctac
cgcctggtgggtgtgattgtgcacagtggtcaggccaatggcgggcattactactcgttc
atccgtcagcgcgatgcctgtggagccgtacaagaggatagcccctggcttcgctttgag
gacactgaggtttccatcgtcgagatggactcgcccgataccttgcacgaggagtggttc
ggaggctcgtacagctcagatgtgctggacaaggcgacgcaccgctacgtcaagcgaaag
cgcgagcgctggtggaacgcctacatgttgttctacgagcgcatcgatccgcctgcactg
cacatgtctgatgcgtatgatcatgagctcgatcccacgctcccggaccaccccttgccc
ccgagtgattcggagccagagccctacgacactgtgacggccgaagagaaggctgaaaag
gagaaagagctggctaccgtcgatcttgaaccaagcactgaacttcatcgggagctgaag
agggccaacgtagagtttcggcacaaagccaacgtctttgatcccgcgtacttttcgttc
ttgctgcaggcgtgcaagcagcaaactcaacacttcttggaccagttgtccgctgcagca
gatgccgatgcagagcgagctatccgtgcggctatccagcctgaggtcgttgcgcttgtc
aatcgggccttccagtttttgtccggctttgcgctgcgcacagatgactcttaccgccca
gctttgggagactggcctgatgtgctggcacgcctcacggagctgtcgctggagggactg
gatcaactactcaacagcctgaccgaggaaccagacctttttgaggatctcttggtcctc
aacacggatgcagaatctcgccgtgtctttgcccgcattctgatcaatacttgtgagcgt
gtgcacgaatgccatggcagcgaagttcttctctcgcgcatcgaagatgtgctcactcga
ttgggcactcttttggacacggaggcgattaaacgtccacgtcaatttgatgctgctttc
gagtttttggaaaggctttctgctctgggtcccttttggtgtcaggagcttttggcccgt
aactttgcgctccgatgtttcagtcccacgtcaaacactttgccttggttgaagcaactc
atgtttgatttcaaccccttggttttgctgctggctcggctgatccgagccggcggtccc
aacttgccggagcagacaagtgcaccacccaccaacgtccgaaacccattcattctgtct
tcggacgtcagcccggatgcccctaatgatgagggtgtgttgagcatcatccatgagcac
atggaaccgctgatgaacatgcttgttcagctcgaagagccttacgtcgccgaagcgcaa
agccttttggctttcttgtgctggcgtgatgatagccgcctaatgcaggtgctctgccct
cttctcctacacttggacagccacagcccttggcccaagggcgagtttattctcaactca
ctcaagagcatgatggccatgccggacaataatttgccgttgcgactcaggctacttcac
tataaccccaaggagaacaaccgcgtggctggacttttccgcatccttgagttttatttg
ttagtaacttgtcatgatgagggaacgggcatgaacttgactggttggacgaagcagtca
ctttgctcattcgaaatgcctgtcttgtttgattacagcacccatcacgcaaagaaggtg
ttctacacaggtgccttcttagcatgggagctggagaccattcccgaggcccgtgagtgg
ttgctggctgtgccacaagttgacaagtgggccaccattacatccttcattgaaacatcg
attgccagcctgccgatcgtggcgggacgcaacctggatgtggatgagacgcatgtgttg
cggcgcaccgagtcagccgagaatgtcgtggcgcttttgtctcaacacgcaccagcagac
ctgtatcccatgactatctcaatcgcgccgaccgcccagacccagtcaccaatgtctgaa
gacggctcggatgtcgaccaagggggtattgacaatttgctcactgatattcaggcttaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-MBR (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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