KEGG T01078: THAPSDRAFT

Thalassiosira pseudonana: THAPSDRAFT_21364

Entry

THAPSDRAFT_21364 CDS T01078

Definition

hypothetical protein

Orthology

K11366

ubiquitin carboxyl-terminal hydrolase 22/27/51 [EC:3.1.2.15]

Organism

tps Thalassiosira pseudonana

Class

SSDB

Motif

Pfam:

UCH UCH_1 zf-UBP

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

AA seq 1576 aa
MPPMHPPRCSSWAPAVSNISADGGNGTDKREIEPSPVLDSTALCSALTQDASRCRHLEEC
MFPRYLTLDCNQLDQFCLSRSGGALVRRNGKNAGRVYIESLHLKAFMKDAETLNSEMNSR
ERPPKRDESTKHSQSPSMKRKEAGSPTKRKKSNGANSYKDGAGGGLASSHCQVLPSSTIH
SADGSEGPDLLKSGVKKKSKKNANTVSPADDKFNGLLASEIKLAYLRKAMKLHDRLALLD
NLIVASGDLPSKEDGEMRQLECLSKPLPGHVQPVSTGDKVGSYFVAEGSKKVDNAQTPVS
TVAPADVPDSSTGSKPIDHTTTVPSPMNVDKVTSSATISDSPHASLIPNATAKDVSSPFE
TFEAPPASPVAGGKVVNEKKPNISTYHSYDYIVREGKEASMAANLLLESFRRNRRQHWAS
KKGGDSAKCVWCPSGNCSGPSGDALIQCLECDLVGCGPKFLDDEGSSNQHIMLHFLISGH
KFGVTCGAMGELFCMGCGDLTYHECFDQERERLFLEHNYPSLCWDETPILRGFDASSFVV
TPENGFVWRGLLATYPSPVSTKFVHASRSVAKRLAMFHGYVGERTVEWGPKSLELTTYQH
QHKNNQLVVPTPVGIYNMGNTCFMSSVLQCLLNCAPLEKLFLLDLAHPSQCCELLRLGGS
QSSCLTCELDKAFLEYYGSAVGIDALDALSETGSSVSSLTGTTVNSIEFGSTCGKKSGHP
IIPTYLLAEVWKNVGMKHLAGQNQHDAQEFFHAFLDCLASHEKSYQKLVLKTKQSLYQAQ
IQRPSENDHRKSSGDGTSDATIGKGTISIGACLEHFTHPETLADLVYCPSCNSKTTTTKQ
HDFASLPKVLCLHLKRFDAGAHRKITEHVAFPAFGLDMGKHLPQWCEKIPDANPNDGEDI
SSPQVLYDLISTVNHNGSLHQGHYVANVKKGDHWYHSNDEFVCNAGEGNGEKEVLAAEGA
YLLFYFVVRLANTSTPTMAESQGNGEHNAASNEGSNSNTIGDTTGLRRRRGRRESEGDDN
QPQRRESSTRRQSNTTAASPNTDRQHYNNNNRSDYGNYMPPRPPLTIGGGHFQSAAVGVG
NCGNGATLTSNATTATTGLGSSTQLTPYKTPTKESAIGLIAATPSSVTTAGETVESTVFS
SPQSVARRNNQLAEMSLRRQYQLLQSQIILLLGSASIGLVLFLLFALPFAAVASLAIMAA
SMAALVPVASSALQTRYQIEMEHPFGFLRYLPDSLRRMLLETSLHEFMTDTTAYMENRYL
LLYFVPGLTPDQLMAYINRLPARHRNALLQPGLGSLMPSVMGRLMRLDNNHNGGGSNVGS
LPAIDEGVRGDMSTSSQLTMDRDDTDSNREDSEMEVTLMEAITSLRQTLVRCSGNDDATT
IHDDVSVTLHAGNLFSSPLPGPELLGDSRRADSSPLVRGNGQNANTEHENVQGDDNTAQI
TGEGEDNESTTAPNQPLRGVVVEMPQSTNTDEEQRELQREYDLEGRVLSEAASTAVSNYS
SQATAAVIEGSVEAVEVASSWVIRIGSFTGLLAGGGGIALATIGNVGGSSSLVQARRSGS
WALALLMWYETVRGLQ

NT seq 4731 nt +upstreamnt +downstreamnt
atgccgccgatgcacccaccaaggtgttcctcatgggcgcctgcggtcagcaatatatca
gccgacggcggcaacggcacagacaagcgtgaaatcgagccaagtccagtgctcgattcc
acagcactctgttccgccctcacacaagacgcctcccgatgtcgccacttggaagaatgc
atgtttccacgctacttaactttggattgcaatcaattggatcaattttgcttgagccgt
tcaggtggtgctctcgtgagaaggaatggcaagaatgcagggcgggtgtacatcgagagt
cttcatctcaaggccttcatgaaggatgccgagacgctgaacagtgaaatgaacagtagg
gaacggccaccgaagagagacgaatctacaaaacattcacagtctccatcgatgaagcga
aaggaagcaggcagtcctacgaaacgaaaaaagtcaaatggtgccaatagttacaaagat
ggagctggaggtggactggcttcttcacactgtcaagtgctaccgtcgtcaacgatacac
tctgctgacgggtcggagggacctgatttgctcaagagcggtgtcaagaagaagtcgaag
aagaacgccaatactgtgtctccagcggatgacaagttcaatggattgcttgcatcagag
ataaagttggcgtatttgcgcaaggcaatgaagcttcatgatcgtcttgcactattggac
aatctcattgtggcatcgggagatttgccgtcaaaagaggatggggaaatgcgtcagttg
gagtgtttgagtaagccattgccaggtcacgtccaaccggtttcaactggagataaagtt
gggagttattttgttgctgagggtagcaagaaggttgacaatgctcaaactccagtgtca
acagtggctcctgcggatgtgccggattcgtcgacagggagtaaacctattgatcataca
acaactgtgcctagtccgatgaacgtcgacaaagttacgagcagtgcaaccatatcggat
tcgccgcatgcttcgcttattccaaacgcaacagcgaaagatgtcagctcgccttttgag
acattcgaagctcctcctgcaagtcctgtagcgggagggaaggttgtgaatgaaaagaag
ccgaatatatccacatatcatagctacgactatattgtgagagaagggaaagaagcttca
atggctgcaaatctgcttctcgagtcgtttcgacgaaacagacgacagcactgggcgagc
aagaagggcggggacagtgctaagtgtgtgtggtgtccatctggaaattgttccggtcct
tcgggcgatgctttaattcaatgcttggaatgtgatttggttggatgtggcccaaaattt
cttgacgatgaagggtctagcaatcaacatataatgctacacttcttgatatctggtcac
aagtttggggtgacttgtggtgcaatgggagagctcttttgcatgggatgtggagatctg
acgtatcacgagtgctttgaccaagaacgtgaacgtctgttccttgaacacaactatccc
agtctttgctgggatgaaacacctattctacgtggatttgatgcatcatcgtttgttgta
actcccgagaatggctttgtttggcggggattgctggcgacttatcccagtcctgtatcg
acaaagtttgtgcatgcatctagatcagttgcaaaaagacttgctatgttccatggatat
gttggtgaaagaacggtagaatggggtccaaaatcgttggagttgacgacgtatcaacat
caacacaaaaataatcaactagtggtaccgacgccagtggggatctacaatatgggcaac
acttgcttcatgtcttcggtgcttcagtgtctgctcaactgtgcccctctggagaagttg
tttcttcttgatttggcgcacccatcccagtgctgcgagcttttgcgtttgggtggtagt
cagtcatcgtgcttgacgtgtgagttggacaaagctttcttggaatactacggcagtgct
gtgggtatcgatgcacttgatgcactgtcagaaactggttcctctgtgtcgtctttgact
gggacgaccgtcaattcaatagaattcggctcaacgtgtggaaagaagagtgggcaccca
atcattccaacgtatttgttggccgaagtttggaagaatgttggcatgaaacaccttgcg
gggcagaatcaacacgatgcgcaagagttcttccatgccttccttgactgcttggcgagc
catgaaaagtcttatcaaaagttggttctgaagacgaaacaaagtttgtatcaagctcaa
atacagcggccttcggagaatgatcacagaaaatcctctggagatggtacatctgacgcg
acaattggaaagggaacaattagcattggcgcctgtttggagcattttacacatccagag
actttagccgacttggtgtactgtccgtcatgcaatagtaaaacgacaacgacgaagcaa
catgattttgcatcactgccaaaggtgctctgcttgcacttgaaacggttcgatgctggt
gctcacaggaagataacggagcacgtcgcttttcctgcctttggcctggacatgggcaag
catttgcctcaatggtgcgagaagattcctgatgctaatcccaacgacggagaagatata
tccagtccacaagtattgtacgatctgatcagtacagtcaaccacaatggaagtcttcat
caaggacactacgtagcaaatgtgaagaaaggagaccattggtatcactcaaacgacgaa
tttgtatgcaatgccggggaagggaatggagagaaggaagtgttggctgcagagggcgct
tacctgctgttctatttcgttgttcgtctcgcgaacacatcgacaccgacgatggccgaa
tctcagggcaacggcgagcacaacgccgctagcaatgaagggtcaaactccaatacaatt
ggagatacgacgggtctaagacggcggcggggacgaagagagagcgaaggcgatgataat
cagcctcagcggcgtgaatcttcaacgcgtaggcaatcgaatacaactgctgcgtctccc
aataccgatagacaacattataacaacaacaacagatccgactatggaaattatatgcct
ccacgacccccactcaccatcggaggcggtcactttcaatctgcagccgttggagtcggt
aactgtggcaacggtgcaactctcacgtcaaatgcaacaacggcaacgacgggacttggc
tcctccactcaattaacaccttacaaaacaccaacgaaagaatcagcgatagggttaatc
gcagcaactccatcatctgtcactacggcaggtgaaacagtggagagtacagtcttctcg
tcgccgcagagtgttgcacgtcgtaacaaccagctggctgagatgagtttgagacgacag
tatcaactgctgcaatcacaaataattctgttgttggggagtgcgtctattggactcgtg
ttattcttgctatttgcacttccgttcgctgcagtggctagtcttgcaatcatggcagca
tctatggcagctctcgtgcccgtggcatcctctgcacttcaaacgcggtatcaaattgag
atggaacatccgtttggcttcttgcggtatcttcccgactcgctacgaagaatgctatta
gagacatcactgcatgagttcatgacggatacaactgcctacatggagaatcgctatttg
ttgctttacttcgttccgggcttgacacctgatcagttgatggcttatatcaaccgactg
cctgcgaggcacagaaatgcattgctgcagcctggattggggagcttgatgccttcagtt
atgggtcgtttgatgaggttggacaacaatcacaatggagggggatcaaacgttgggtcg
ttaccagctatagacgaaggggtgaggggagacatgtcaacatcgtcacagcttacaatg
gatagggatgatactgacagcaatagagaagattcagagatggaggtgactttaatggag
gcaattacttctctccggcagaccttggttcggtgctctggaaatgacgatgctacaaca
attcatgacgatgtttcggtgacgttgcatgcagggaatctgttctcaagtccattgcct
ggacctgagttgcttggggattcccgtcgtgctgacagctccccactcgtgcgagggaat
ggtcagaatgcgaacactgaacatgaaaacgtccaaggcgatgataacacggcacagatt
actggggagggagaagacaatgaatcaacaacagcacccaatcaaccgcttagaggtgtt
gtggttgagatgccgcaatctacgaatacagatgaagagcaacgagagctgcagagggaa
tacgatctggagggcagagtactatcggaggcagcgtctacggctgtttcaaactattct
tcacaagctacggcagcagtcatagaagggagtgtagaagcagtggaggttgcgtcgtcg
tgggtcattcgcattggttcgttcactgggctgcttgctggaggaggaggcattgcattg
gcaacaataggtaacgtgggaggctcgtcttctttggtacaagctcggcggtcgggttct
tgggcgctggcattgcttatgtggtacgaaaccgtgcgagggcttcagtag

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-TPS (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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