Branchiostoma floridae (Florida lancelet): 118424100
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Entry
118424100 CDS
T01074
Name
(RefSeq) tubulin polyglutamylase TTLL4-like
KO
K16601
tubulin polyglutamylase TTLL4 [EC:
6.3.2.62
]
Organism
bfo
Branchiostoma floridae (Florida lancelet)
Brite
KEGG Orthology (KO) [BR:
bfo00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
bfo03037
]
118424100
04812 Cytoskeleton proteins [BR:
bfo04812
]
118424100
Enzymes [BR:
bfo01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.2 Acid-D-amino-acid ligases (peptide synthases)
6.3.2.62 beta-tubulin-glutamate ligase
118424100
Cilium and associated proteins [BR:
bfo03037
]
Primary cilia and associated proteins
Tubulin polyglutamylase and associated proteins
118424100
Cytoskeleton proteins [BR:
bfo04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Tubulin modification proteins
Tubulin polyglutamylases
118424100
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TTL
ATPgrasp_YheCD
ATPgrasp_ST
Motif
Other DBs
NCBI-GeneID:
118424100
NCBI-ProteinID:
XP_035688484
UniProt:
A0A9J7LUN5
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All DBs
Position
10:complement(10456570..10477592)
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AA seq
1162 aa
AA seq
DB search
MDAITGKAGLEKTLSELALAQKKQLPLRQQTDRPLLKYPLNHTVKVHYSQLQGQKGVNAA
PPNGVSYRVGSLAGTNANTNTKSSPTKGTSGNPYTRPVSAKDLEDPTSPDNRGMKATNST
PNMVTPGRPAVIPISGAFIRPSSAKMQLQPKPPSQKTQANRVSPSGKDSSAGNSPRTSSQ
GSMPISRRSSQTGQQFNSGSPNSKGNSRRNSNTSLVSSGLQSSNSPSIKENQSQSNRTSP
LSNKSSSTGTSPQGRVQDSSVNNGASSMSNAANARRRLYSDPSPATKNKMDTNPIPQKNF
ILANLNAVRSRTTFSKDNTSASITANTKPPLPPNGKPKVSPNAAVLKNKPVNSSAANVKT
TGVETKTTKPNIVRKQSSGTIGVKGEGSQPSSVNSSPRAKIAPNSQLNSKQDKAPFGKSL
QGGKTSGTKNVERDFGDGAVSAPRKEVEPVTFDPDDMDDEWSDVEEGEENEDSIYEDPEG
ERLPGDGCSTEVDDEEDMIDDINDDVGSDDDDVLSVSSSASQLSLVERTASARPALVGEE
NKQGHLGGSDADRLALLTRSSYRTTSAEGALEMKPPLIASLFSNVSPVIYFGTDAEKIAP
LPYETRKLLKWRLSTITPIVVKNVLGRSHFKLTKKGNDWLGYWGKHMKSNGFRSVREFQK
VNHFPGTFQIGRKDRLWRNLSRMQVHYGKKDFNFFPLTFVLPSDFKQLKRTWEDGGTKQK
WIIKPPASARGIGIKVIHKWNQVPRKRPVIVQRYLSRPYLINGSKFDLRLYVYVTSYDPL
RVYLFQDGLVRFATCKYSFSMKSLSNRFMHLTNYSVNKRNAEFTPNSDKDRCEGHKWGLQ
ALWRYLQRGGINTDHIWEQIKDLVIKTIICCESAVNSLVKANVRRRYCVNELFGFDIMLD
SDLKPWILEVNISPSLHSNSPLDVNIKGQMIRDLMNLAGFQIPDKTVVMAANNVNASQTF
STDKRHQSTDLAPDEKAKHAFFVQKYIDEQLRMTITDTLTPDDVRMLIETEDEFNRRGMY
ERIFPSPTSNKYHRFFEQPRYYNILMDEWVRRYHRQHSRGIGMLDAFCQHSLHVGTTTNP
AHQWAPPKFVRISRDQRSISAPLTHGAMAGLPRIKKKGHKGSKGNKKPAPSSGTVASLSM
TKISLQDKPLDEGDERSASATS
NT seq
3489 nt
NT seq
+upstream
nt +downstream
nt
atggatgccatcacgggaaaagcgggactggagaaaactctctcggagttggcgctcgcc
cagaagaaacagctgcccctgcgacaacaaacagatcgtcccctactgaagtaccccttg
aaccacacagtgaaggtgcattactcacaacttcaggggcaaaaaggagtaaacgccgct
ccgccgaacggtgtcagctacagggttggctctctcgccggtacaaacgcaaacacaaac
acaaaatcctcaccaacaaaggggacatcaggaaacccttatacaaggccagtcagtgca
aaagatctggaagacccaacaagtccagacaatagagggatgaaagctacgaactctaca
ccaaacatggtgactccaggcaggccagctgttatacctatctctggtgcctttatacgc
cccagcagtgccaaaatgcagctacagccaaaaccaccaagtcaaaaaacacaagctaac
cgcgtgtctccaagcggtaaagactcatcagctggaaatagtcctagaacatcgtcccag
ggctctatgcccatcagtagaaggagctcgcaaacgggccagcaattcaactctggttct
ccaaactcaaagggcaactccagacgaaactctaacacatctcttgttagttctggtcta
caaagctccaattctccttctatcaaggagaaccaaagtcagtccaataggacatcgccc
ttatccaacaagtcttccagtactggaacttcaccacaaggaagggtacaagattctagt
gtaaacaatggtgcctcctctatgtccaatgctgctaatgcaaggaggaggttatattct
gatccctctccagcaaccaaaaacaagatggacacaaaccccatcccacagaaaaacttc
atcctagctaatctcaatgctgtcagaagtagaacaacattcagcaaagacaatactagt
gctagtatcacagcaaataccaagccaccactgccacccaatggtaaaccaaaggttagt
ccaaacgctgccgttttgaagaacaaaccagtaaactccagtgctgctaacgtgaaaaca
actggagtagaaacgaagactaccaaacctaacattgtgagaaagcaaagctcagggacc
attggagtgaagggagagggctcacagccaagcagtgtgaacagttcaccaagggctaag
attgcaccaaactcacagctgaattcaaaacaagacaaggcaccatttgggaaaagtttg
caaggaggcaagacatcagggactaagaatgtggagagagattttggggatggtgcagtc
tctgcacctaggaaggaggtggagccagtgacctttgaccctgatgacatggatgatgag
tggagtgatgtggaggagggggaggaaaatgaggactccatctatgaggacccagaaggg
gagcggttgccaggtgatgggtgttctacagaagtggacgatgaagaggacatgatcgat
gacatcaacgatgatgttgggtcagacgatgatgacgtgctgtcagtctccagctctgcc
tcccagctgtcgctggtggagcgtactgcctcggcccgcccggcgcttgtcggggaggag
aacaaacagggtcacctgggagggtcggacgctgacagactcgccctgctcaccaggtcg
tcctacagaactacatctgcagagggagcattggagatgaaacctcctctcatagccagt
ctgttctccaatgtctcacctgtcatctactttggcacggatgcagagaagattgcacca
ctgccgtatgagaccaggaagctgctgaagtggagactgagcacgatcactcctattgtt
gtgaagaatgtcctcggcaggtcgcacttcaaactaaccaaaaagggaaatgactggctg
ggatactggggcaaacatatgaagtctaacggattccggagtgttcgagaattccaaaag
gtaaaccacttccccgggacgttccaaatcggacgcaaggaccgactgtggcggaatctg
tcccgcatgcaggtgcattatgggaagaaggatttcaacttcttcccgttgacctttgtg
ctgccctctgacttcaaacagctgaagaggacatgggaagatggcggcaccaagcagaag
tggatcatcaagccgcctgcgtcagctagaggtattggtatcaaagtaatccacaagtgg
aaccaggttcctaggaaaaggccagtcattgtgcagagatacttgtcccgtccctacctc
atcaatggcagtaagtttgacctgcggttgtacgtgtatgtgacctcatacgaccccctc
cgtgtgtacctgttccaagacgggctcgtgagattcgctacctgcaagtattccttctcc
atgaagagcttgtccaaccgtttcatgcacctgactaactacagtgtgaacaaacggaac
gctgagttcacgccaaacagcgacaaggacagatgtgagggacacaagtggggtcttcag
gccctgtggagatacctgcagcggggaggcatcaacactgaccatatatgggagcagatc
aaggatctagtcatcaaaacaatcatctgttgtgaatctgcagtaaacagtctggtgaaa
gccaacgtgcggcggcgctactgtgtgaacgaactgttcggcttcgacatcatgctggac
tcagacctgaagccttggattttagaggtcaacatctccccaagtctccactccaactca
ccgctggatgtgaacatcaaaggtcagatgatccgcgacctgatgaacctggcgggattc
cagattcctgacaagacggtcgtcatggcagcaaacaacgtcaacgcttcccagaccttc
agcacggacaaacgccaccagagcacggacctcgcgccagacgagaaggccaaacacgct
ttctttgtgcagaagtacattgatgagcaactgcggatgaccatcacggacactctgacc
cctgatgacgtccgcatgctgattgagaccgaagacgagttcaaccggcgcgggatgtac
gagcgcatctttccctcccccacctccaacaagtaccaccgcttcttcgagcagcccagg
tactacaacatcctgatggacgaatgggtgcgcaggtaccatcgccagcactccagagga
atagggatgctagatgccttctgtcagcatagcctgcacgttggcacgacaacaaacccc
gcccaccagtgggccccgcccaagtttgtacgcatctctcgggaccagagatctatcagt
gccccattgactcatggtgcaatggcagggctaccgagaatcaaaaagaagggtcacaaa
gggtcaaagggcaacaagaagcccgccccctcctccggtacggtggcttccctctccatg
accaagatctccctgcaggacaaaccactcgatgagggggacgagcgcagtgcctcggcc
acaagttga
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