Luidia clathrata (European starfish): 117296060
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Entry
117296060 CDS
T10152
Name
(RefSeq) tubulin polyglutamylase ttll6-like isoform X1
KO
K16582
tubulin polyglutamylase TTLL6/13 [EC:
6.3.2.61
]
Organism
arun Luidia clathrata (European starfish)
Brite
KEGG Orthology (KO) [BR:
arun00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
arun03037
]
117296060
04812 Cytoskeleton proteins [BR:
arun04812
]
117296060
Enzymes [BR:
arun01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.2 Acid-D-amino-acid ligases (peptide synthases)
6.3.2.61 tubulin-glutamate ligase
117296060
Cilium and associated proteins [BR:
arun03037
]
Primary cilia and associated proteins
Tubulin polyglutamylase and associated proteins
117296060
Cytoskeleton proteins [BR:
arun04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Tubulin modification proteins
Tubulin polyglutamylases
117296060
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TTL
ATPgrasp_YheCD
ATP-grasp_3
Motif
Other DBs
NCBI-GeneID:
117296060
NCBI-ProteinID:
XP_033634815
LinkDB
All DBs
Position
10:19782189..19804237
Genome browser
AA seq
1015 aa
AA seq
DB search
MVEKHEDSPEAQIAIPGARQTSLGSPQPPIYNTKYNKGIEDYDELLDDEPEYPDDEAEKE
EEEDEIYEDEDEDLEGEGGDSGGEDEDVPEEKIEVKERVQSSTTKKRKKRKKKIIGINLS
SCKYDSVKRMSKRFGMKEMNEDEDWTLLWTDCSVSLDRVMEMKKYQKVNHFPGMGEICRK
DLLGRNLTRMLKLFPKEYAIFPRTWVLPADYGDFQAFCRTKKNKTYITKPESGCQGKGIA
ITKNPMKDIKPGEHMVCQQYLTKPFLIDGFKMDLRVYVVVTSCDPLRVFVYKDGLARFAT
VKYTEPTNGNVDDVFMHLTNYAINKHSSDFVRDEEKGSKRRLTTVRKWFDDNGYDSNTIW
DEIYDTIIKTLISAHPILRHNYRTCFSNQTNVKGSSCFEVLGFDVMLDRKLRAWILEVNL
SPSFHTDHKLDKEVKEGLLLDTMNLINLVPFDRKKCVEEERRRVKDRLLHRGKKDVKKEE
TIESLASIQDALIKFEDEHLGGFTRIYPREGCDKYDKYFQHSGSLFQETAASKARGECAR
QQREELRLKQEKLEMMLKKKPSERRDPEGVRPESPGREKSKRRSRVNVPRVALGKRLSQT
NSQTMIKPLEQEFINTKEPRDILEEEELERISSLLQRDNLVRGLGVVEHVYRLLHCTPGT
VGVMKNAERQANRDLQDLSGKSSRLTFSDHMAVTMPPDVNALRPNNLPYASQNPPSSFTH
QITGPTSSAVRVQPHPPTHISSGQWQTMLAKNHRAPITNHQQSAYAVSQNPNPTTLQQRY
RFAPRKGYATGRDARLSNTVIPEVEWKHLAHLFDPDKTAPQGGNRLITATTQGQNDWRCG
DCINGINHHHHHPQERRILSANAQQRRETSTNHARHNQRGATGSNTNLTTVTMCATPPNI
YIGGASSNHNFPNLIRVTQSPTSGGGAATLNLSVVSGPAPVLHRPEMGSAGSIKHSAGRV
ERLGSAGVSEGYLSKPQGPPIVALKLSHRPNYTSLCVPMTGVVRPSVKCQPNHKD
NT seq
3048 nt
NT seq
+upstream
nt +downstream
nt
atggtggagaaacatgaggatagcccagaagcccagattgccatccctggtgccaggcaa
acctcactgggatccccgcaacccccaatctacaatacaaagtataacaaaggtattgaa
gactatgatgaactattagacgatgagccagaatatccagacgatgaagcggagaaagag
gaagaagaagatgaaatatatgaagatgaagatgaggatttagaaggggagggaggggat
agtggaggtgaagatgaagacgtacctgaagagaagatagaagtcaaggaaagagtacag
tcttccacgacaaagaagaggaagaaaaggaagaagaaaatcattggaatcaatttatcc
agctgcaagtatgactcggtgaagagaatgtccaaaaggtttggcatgaaggagatgaat
gaagatgaagactggacattattatggaccgactgttcagtctcactggatagagtcatg
gagatgaagaaatatcagaaagtgaaccatttccctggcatgggtgaaatctgtcggaag
gacttgcttggtaggaacttgacccggatgctgaagttatttcccaaggagtacgcaata
ttcccaaggacatgggtgcttcctgcagattatggagacttccaagcattctgtcgaacc
aagaagaacaagacgtatattactaagccggagagtggctgtcaaggtaaaggcattgca
atcactaagaatcccatgaaagacatcaagcctggagaacatatggtgtgtcaacaatac
ctcacaaagccgtttctgatagatgggtttaagatggatctgagagtgtatgttgtagtc
acttcatgcgacccacttagagtgtttgtttacaaggatggcttagcaaggtttgctact
gtcaagtatacagagccaacaaacggcaatgtggatgatgtctttatgcatttaaccaat
tatgcaatcaacaaacacagctcagactttgtgagggatgaggagaagggaagtaaaagg
cggctgactactgtgcgtaaatggtttgatgacaatgggtacgactccaacactatttgg
gatgagatttacgacaccatcattaagacgctcatctcggcccatccgattctcagacat
aattaccgcacttgcttcagcaatcagacaaacgtgaaaggcagtagctgctttgaagtg
ctgggctttgacgtcatgctagaccggaaactcagggcttggatactggaggtcaacctg
tctccaagtttccacaccgaccacaagctagacaaagaggtgaaggaaggtcttcttctt
gacaccatgaatcttattaatctagtaccattcgatcggaagaaatgtgtggaggaggag
aggagaagagtcaaggatagactacttcatcgaggcaagaaggatgtcaagaaagaagaa
acgatagaatctctggcgtctattcaagatgccctgattaagtttgaagatgagcatctt
ggtggcttcaccaggatctacccacgtgagggatgtgataaatacgataagtactttcag
catagtggctcgctgttccaagaaacggcagcttccaaagccagaggagagtgcgccaga
caacagcgagaagagctgcgattgaagcaggagaaactggagatgatgttgaagaagaag
ccctcagaacgacgagacccagaaggggtacgacctgaaagtccaggaagagagaaatcc
aaacgacggagtagagtcaatgtacccagggtagcactcgggaaacgtctcagtcagacc
aactcacagacaatgatcaagcccctagagcaggaattcatcaataccaaagagcccaga
gacatcctagaggaggaagagcttgaacggataagctctttactccaacgagataatcta
gtcagaggattaggcgttgttgaacatgtgtatagattactacactgtacaccgggaaca
gttggtgtgatgaagaatgctgagagacaggctaatcgtgatctccaggacctgtccggc
aagagtagtcgtttgacgttcagtgaccacatggcggttactatgcccccagatgtcaat
gctctacgtcccaataatcttccatatgcatcccaaaacccgccttcatccttcacacat
cagataaccggcccaacttcctccgccgtccgtgtccagccccatcccccaacccacata
tccagcggtcagtggcaaaccatgctcgctaaaaaccaccgcgccccaatcacgaaccac
cagcagtcggcttatgccgtctcccaaaatcccaaccctaccaccctccagcagcggtac
cgctttgcccctcggaaggggtatgcaaccgggcgtgacgcacgcctctcaaacaccgtt
atccccgaggtagagtggaaacaccttgcgcacctgtttgatccagacaagacggcacct
caaggaggtaacaggttgataacggctaccactcagggtcagaatgattggcgatgtgga
gattgtatcaatggaatcaatcatcatcatcatcatccgcaggagagaaggatacttagt
gctaatgcgcaacaaagaagagaaacttcaacgaatcatgcgaggcataaccagcgaggc
gctacaggcagcaataccaacttaacaacagtcaccatgtgtgcgacaccgcccaacatc
tacatcggaggcgctagcagcaaccacaacttccctaacctcatccgtgtcactcagagc
cctacatctggtggtggtgcagctacgctcaatctatcggtggtgtcaggtccagctcca
gtcttgcacagacctgagatgggatcggctggcagtataaagcattcggctggtagagtg
gagagactgggcagtgcaggcgtcagtgagggatatttaagcaaaccccaaggaccaccc
atcgtggcactcaaactatcccatcgaccaaactatacctccttatgtgtgcccatgaca
ggcgtggtacgaccaagcgtcaagtgtcaaccaaatcacaaagactaa
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