Branchiostoma floridae (Florida lancelet): 118431988
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Entry
118431988 CDS
T01074
Name
(RefSeq) GPI ethanolamine phosphate transferase 2-like
KO
K05310
ethanolamine phosphate transferase 2 subunit G [EC:2.7.-.-]
Organism
bfo
Branchiostoma floridae (Florida lancelet)
Pathway
bfo00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
bfo01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bfo00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
118431988
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Gene cluster
GFIT
Motif
Pfam:
PIGO_PIGG
Phosphodiest
Metalloenzyme
Motif
Other DBs
NCBI-GeneID:
118431988
NCBI-ProteinID:
XP_035699343
UniProt:
A0A9J7MDP3
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Position
15:14019994..14036051
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AA seq
1058 aa
AA seq
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MYKSHTAFLLVCVVIQVLGVVIFLKGFIPVKNAVPGHATLLDLPPEPWENHTVASQSHGA
HSEDSGNPGPLLPPIFGRLVIMLVDAMRADFMYGDSGKNFMPYTRALVDSNSSVSFIAKA
HPPTVTMPRIKGLTTGSIPGFVDIALNLDSKALVEDNIITQMYRAGRRMVFYGDDTWLKL
FPDHFVRYDGTTSFFVTDYTEVDNNVTRHVAPELSRTDWDVMILHYLGLDHIGHLAGPAS
PLVGPKLREMDKIVETIHTTVMEQDSERDLPTLLVLCGDHGMSNAGSHGGASAPETLTTL
VFLSSLFSGGKGSSHVTSPVYQTGLAPTLALTFGLPVPQNSLGQVMTPLLARSSARDQLR
AVQINAHQLVGVLQANMAEFDREPGYQLYQQAVKMHSGWLKALVSGESVTSLETLGQRVS
QQYSRAMESIVDRVAASLSEYDMHAMVVGITLLVQVLFILLVASRQFLTEIVPVAEAWMV
YIPPPALLLSSFFLVLSAHVSLCTSTTGWASAELCSGPAGWLMSLAAVISTSVCVSLMIK
LFFLTDGKALISAASHGLHMCCSLPLEALFLLAGVVLHTVSLGSSSLVEEEHQTWYFLQT
TLFFLIMMSNPQPSHQQPIACEDTTTTSSPIDMYTQRISLSEREQKDDGKTVKKTSTKKE
STLFEQNVRSGCGALSRQDFVPERLRRMVAVLVLLLTSRLLRSWNQTGIVMADRPDIGDW
FVRPENKIYLSSLVVASFLVIFILQWRTCDFTSSLLLGLGLIGIYHYRAKTGVLAAPWIL
HTDKGIFEARLVYLVIIIHLCWTCLGLLKTWTQHLQTENVENFTANRDGIQENDLRTTQS
FNKENKNWKDSRKTFVDGLFTTLVLLEALLLRPHNTTVLAVTVFQQYLLHELVLPWTVLS
PSVPLLSLLHVWMGQAAFYFQGNSNSIATIDISAGYVGMEDYVQEVAGMLTCLSTYAGPF
LWFSSLLVFIAKRYSRPYPALLQACFTIIITRTLPVTAYTVITTMQRYHLFVWSVFSPKL
LYEAMLTAVTAAVVVLILCLGVPLQMIGTIHKLTHTTR
NT seq
3177 nt
NT seq
+upstream
nt +downstream
nt
atgtataaaagtcacacagccttcctgctagtctgtgtggtgatccaggttctgggtgtg
gtcatcttcctgaagggttttattcccgttaagaacgccgtgcctggacatgctactctt
ctggacctgcctcctgaaccatgggagaatcatactgtagcctcacagagccatggtgcc
cactcagaggacagtggtaacccaggtcccctgcttccccccatatttggtcggctggtg
atcatgctggtggatgccatgagggcagactttatgtacggagacagtggcaaaaacttc
atgccttacacaagggcactggtggactcgaactcatcagtgagttttatagccaaggcc
caccctcccactgtcaccatgcccaggatcaaaggtctcaccactggcagtatccccggg
tttgttgacattgcgctgaacttggactccaaggctctggtggaagacaacatcatcact
cagatgtaccgtgcggggaggaggatggtgttctatggtgatgacacgtggctcaagctg
tttcccgaccactttgtacgctatgacgggaccacctcattctttgttactgactacact
gaggtggacaacaatgttacgcggcacgttgcccccgagctttcgcgtacagactgggat
gtgatgatcctccactaccttggtctggaccatattggccacctggccggaccagcgagc
cctcttgttggaccaaagcttcgagaaatggacaagatagtggaaaccattcacacaaca
gtaatggaacaggacagtgagagagacctcccgaccctgttggttctgtgtggagaccac
ggcatgagtaacgcaggcagccatggaggggcgtcggcccccgaaactctcaccaccctg
gtgtttctcagctctctcttctccgggggaaaaggctccagtcatgtgacctcaccagtg
taccagactggtcttgccccgaccctggccttgacctttggcctccccgtgccacagaac
agcctgggtcaggtgatgacccctttactggcaaggtcaagtgcacgggatcagcttcgt
gctgtgcagatcaacgctcatcagctggtaggggttctacaggctaacatggctgaattt
gacagagaacctggttaccaattgtaccaacaggcagtgaagatgcactctggttggctg
aaggccctggttagcggtgaatctgtcactagtctggagaccctgggacagagagtctcc
caacagtacagccgggccatggagagcattgttgacagggtagccgcctctctgtctgaa
tacgacatgcacgctatggttgttggtattaccctcctggtacaggtgttattcatcctc
ctggtggcatctagacagtttcttacagagattgtacctgtagcagaggcttggatggtg
tacatccccccacctgctctactcctgagtagtttcttcctggttctctctgcacatgtc
agcctgtgtacaagtactacaggctgggctagtgctgaactgtgctcaggaccagctgga
tggctcatgtcgcttgcagctgtgatttcaaccagtgtctgtgtctccttgatgatcaag
ttgtttttcctgactgacggcaaggcactgatttcagcagctagccatggtctgcacatg
tgttgcagtcttccattggaagccctgttcctactggcaggggtggtgttacacacagtc
agcctcggatccagcagtctagtggaggaggaacatcagacctggtacttcctccagaca
acactcttcttcctcatcatgatgtccaaccctcaaccctcacaccagcagccaatcgca
tgcgaggatacaactactacttcatctcctatagatatgtatacacagagaatatcactt
tcagaaagagaacagaaagatgatggtaaaactgtgaagaagacatcgactaagaaggaa
tcaactttatttgaacaaaatgtgcgatctggatgtggggccttaagcaggcaagacttt
gtaccagagcgtttgaggaggatggttgcagttctggtcctgttgttaaccagtcggctg
ctaaggtcctggaaccagacagggattgtgatggcagatcgaccggacattggggactgg
tttgtcagaccagagaacaagatctatttatcctccttggtggttgcatcattcctcgtc
atcttcatactgcaatggaggacttgtgattttaccagctccctcttacttggacttggg
ttgattggaatctaccattacagagccaaaactggagtgcttgctgcaccttggatactg
catacagacaagggaatatttgaagcacgtctagtgtaccttgtgattatcattcacctg
tgttggacttgtcttgggctgttaaagacttggactcagcatctccaaaccgagaatgtt
gaaaacttcacagccaacagagacggcatacaagagaacgatctgcgtacaacacaaagt
tttaacaaagagaacaaaaactggaaggacagcagaaagacatttgtggatggtctcttt
acaaccttagtgttgttggaagccttgttgctgagaccacataataccacagtgttggca
gtgactgttttccagcagtacctcctacacgagctggtgttaccatggacagttctgtcc
cccagtgtccccttactgtcacttctacatgtgtggatgggacaggctgctttctacttt
cagggtaactccaacagtatcgccaccatcgacatctcggctggatatgtcggtatggaa
gactacgtacaggaggtagcgggaatgctaacctgcctctctacatatgctgggcctttt
ctatggttctccagtcttcttgttttcattgcaaagagatattcaaggccatacccagcc
ttgctgcaagcctgtttcactatcatcatcacaaggacattaccagttacagcttacacc
gtaataacaaccatgcagcgttaccacctcttcgtgtggagtgttttctcccccaaactg
ctgtatgaggccatgttgacagctgtgacagcggcagtggtggtcttgatactttgcctt
ggggtaccccttcagatgattggcacaattcataagctgactcatacaacaagatag
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