Pygoscelis adeliae (Adelie penguin): 103922313
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Entry
103922313 CDS
T06012
Name
(RefSeq) LOW QUALITY PROTEIN: GPI ethanolamine phosphate transferase 3-like
KO
K05288
GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
padl
Pygoscelis adeliae (Adelie penguin)
Pathway
padl00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
padl01100
Metabolic pathways
Module
padl_M00065
GPI-anchor biosynthesis, core oligosaccharide
Brite
KEGG Orthology (KO) [BR:
padl00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
103922313
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Paralog
GFIT
Motif
Pfam:
Band_7
Phosphodiest
PIGO_PIGG
Metalloenzyme
Motif
Other DBs
NCBI-GeneID:
103922313
NCBI-ProteinID:
XP_009328697
LinkDB
All DBs
Position
Unknown
AA seq
1177 aa
AA seq
DB search
MNIGVLFVPQQEAWVVERMGKFHRILEPGLNFLIPLLDRIRYVQSLKEIVINVPEQSAVT
LDNVTLQIDGVLYLRVMDPYKVPSLLRRRSAXAKRRLVALCRSLCVSQERESLNANIVDA
INQASDCWGIRCLRYEIKDIHVPPRVKESMQMQVEAERRKRATVLESEGTRESAINVAEG
QKQAQILASEAEKAEQINKAAGEANAMLVKARAKAEAIQLLAAALAQQVSEGSSGQHDSG
GLPALINSFLAASGRRVVFMGDDTWEGLFPKKFFRSYFFPSFNVKDLHTVDDGILQHLYP
TVDSGEWDVLIAHFLGVDHCGHKHGPDHPEMTKKLTQMNEMLRSLVDHLGNDTLLLVAGD
HGMTETGDHGGDSEKEVNAALFVYSKTALFGAGPPEEPEAVPQVNLVPTVALLLGVPIPY
SNIGEVMAELFSGDGDAVSAALQQLSVYHINAKQVDRFLHSYSLVAQDLPAEQLQRLQEL
FSSAVEEHSRLLAQVQGVTLVPPELESRLGSLIGRFQLYLREARAVCTQSWARFHPLRMV
GGCTLIAASCLLCYMASELAAASDSFYRSCLLYPLLWGSVVAVLLGLARVLTQEGLDLLL
VSSWAAAASQLGFFWHWWGRHPKRARLAGSQPPLASVGLRQRLRAWLGLAFPMGILLFRC
GAMFSDSFVVAEARVAPFLLASLVMLLVGKLHWDGRLTVPEGPKQQLLGFSSYRREIWYL
LCLVAMLLVCVRLSGFFHQCREEIPQCRPSLFLSPLASLRNTRAKNLFYLLCVALLAGLV
YAVRSWLRHYGNPNSSDPLVLFVRWGFPLVVVCIACYWAVASSADDSLGKLQELVQVAVV
AFPWAVYGLASVGLLLLLCNPMTVFAKDTRESAGSIVTPYLGVPSSEADFLHVIPQIYKR
MQESQKSRLERGSCKATVAAYGLGSVYSAALVIALTLLGFLLMLLHSERLSLAFLLLFLE
AFMLLHIHTRARGLAGDAAPFSVPWYAVISWLLAASQFFYSTGHQPIFPAIHWNAAFVGF
HLDHSTNLLPAVLVGANTFASHILFAVGCPLLLLWPFVCEMPSLQKRKSKKEPREELQEV
EEHMMEMRLRESPEKFSTALLQLGLKYLFVLGTQLLACVCAAMILRRHLMVWKVFAPKFL
FESLGFVVSSICLLLGISLVMRVDCAVSSWFSQLQLR
NT seq
3534 nt
NT seq
+upstream
nt +downstream
nt
atgaatattggggtgctcttcgtgccgcagcaggaggcttgggtggtggagaggatgggc
aagttccaccgaatcctcgagcctggtttgaacttcctcatccctctgctggatcggatt
cgttacgtgcagagtctcaaagaaatcgtcattaacgtcccagagcagtcagctgtcacc
ttagataacgtcaccctgcagattgatggtgtgctctatctgcgggttatggacccctac
aaggtaccgtccctgctgcgccgacgctcggcctgagccaaacgccgcctcgttgctctc
tgccgctccctttgtgtctcccaggagcgggagtccctcaacgccaacattgtggatgcc
atcaaccaggcttcagactgctggggcatccggtgcctgcgctacgagatcaaggacatc
cacgtgcccccgcgcgtgaaggagtccatgcagatgcaggtggaggcggagcggcggaag
cgggcgacggtgctggagtcggaggggacgcgggaatcggctatcaacgtggctgagggg
cagaagcaggcccagatcctggcgtcggaagccgagaaggccgaacaaatcaacaaagcc
gctggagaggccaacgccatgctggtcaaggccagggccaaggcggaggcaattcagctg
ctggcagctgctctggcgcagcaggtgagcgagggctcctcggggcagcacgactcgggt
gggctccctgctctcattaattcctttcttgctgcctcaggaaggagagtggtcttcatg
ggtgatgacacttgggaaggactcttcccgaagaagttttttcgctcgtatttcttccct
tcttttaacgtgaaggatcttcatactgtggacgatgggatcctgcagcatctctaccca
actgtggacagtggtgaatgggacgtgctgattgctcacttcctcggcgtggaccactgt
gggcacaaacacggacctgaccatcccgaaatgactaagaagctcacccagatgaatgag
atgctcaggtccttggtggatcacctggggaatgacacccttcttctggtggctggggac
cacggcatgacagagacaggagaccatggcggcgacagcgagaaggaagtgaatgcagcg
ctgtttgtgtacagcaaaacagccctctttggcgctggccctccagaggagcctgaggct
gttccccaggtgaacctggtgcccactgtggccctgctgctgggtgtgcccatcccctac
agtaacatcggggaggtgatggctgagctgttctccggggacggcgacgccgtgtctgca
gccttgcagcagctctcggtctatcacatcaacgccaagcaggtggaccgcttcctgcac
tcctactcgctggtggctcaggacctgccagcagagcagctccagcgcctgcaggagctc
ttctccagcgccgtggaggagcactctcggctcttggcccaggtgcagggagtgacgctg
gtgcctccggagctggagtccaggctgggaagcctcatcggtcgcttccagctctacctg
cgggaggcacgggctgtgtgcacccagtcctgggcccgcttccatcccctgcgtatggtg
gggggctgcaccctcatcgctgcttcctgcttgctctgctacatggcctcagagctggct
gcagcatcggactctttctatcgcagctgcctcctgtacccactgctttggggctcggtg
gtggctgttctgctggggctggcccgtgtgctcacccaggaggggctggatctcctcctg
gtgtcgtcatgggcagctgcagcttctcagctgggttttttctggcactggtggggccgg
catcccaagcgagcccgtttggcgggcagtcagccacccttggccagcgttggcctgagg
cagaggctgcgagcgtggctggggctggccttccccatgggcattctcctcttccgctgc
ggagctatgttctccgatagctttgtggtggccgaggcccgggtggccccgttcctgctg
gcctcactggtgatgttgctagtagggaagctccactgggacggtcgcctgactgtgcca
gaaggccccaagcagcagctccttggcttttcttcttaccggagggagatctggtacctg
ctgtgcctcgtggccatgctcctggtctgcgtgcgcctctctggtttcttccaccagtgc
cgtgaagaaatccctcagtgccggccctctcttttcctctccccccttgccagcctgaga
aacacacgggccaagaacctcttctacctcctgtgcgtggccttgctggccgggctggtc
tatgcggtgcggagctggctgcgacactacggcaaccccaacagctcggaccccctcgtg
ctctttgtgcgctggggtttcccactggtggtcgtctgcattgcctgctactgggccgtt
gcctccagcgctgatgactctctcggcaagctgcaggagctggtgcaggtggcagttgtt
gcctttccgtgggctgtctacggactagcgtccgtggggctgctgctcctgctgtgcaat
cccatgacggtgttcgcgaaggacacgcgggagtcggcaggatccatcgtcactccctac
ctgggggttcctagctctgaagctgacttcctccacgtcatccctcagatctacaagagg
atgcaggagtctcagaagagccgcctggagcggggcagctgcaaggccactgtcgcagcg
tacgggctgggcagcgtgtactcggcagccctggtcatagcgctcaccctgctgggcttc
ctcttgatgcttctgcacagtgagcggctgagtctcgccttccttctcctcttcctggag
gccttcatgctgctgcacatccacacgcgtgccagaggccttgctggagacgctgctcct
ttttcagtgccctggtacgcagtcatctcctggctccttgctgcttcccagttcttctat
tccacaggccaccagcccatcttcccggccatccactggaacgcagcctttgtgggcttc
cacctagaccacagcacgaacctcctgcctgctgtcctggtgggcgccaacacctttgcc
tcccatatcctctttgcagtcggctgccctctgctcctgctttggccctttgtatgtgag
atgcccagcttgcagaagaggaagtccaagaaggagccccgggaggagctgcaggaggtg
gaagagcacatgatggagatgaggctgcgggagtccccggagaagttctccactgctctg
ctgcagctggggctgaagtacctctttgtccttgggacacagcttctggcctgtgtttgt
gcagctatgatcctcaggaggcacctcatggtctggaaggtctttgccccaaagttcctc
tttgagtcgctgggcttcgtggtgagcagcatctgcctcctgctggggatctccttggtg
atgcgtgtagactgtgccgtcagctcctggttcagccagcttcagctcaggtag
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