Cavenderia fasciculata (cellular slime mold): DFA_11532
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Entry
DFA_11532 CDS
T02668
Name
(RefSeq) transmembrane protein
KO
K05310
ethanolamine phosphate transferase 2 subunit G [EC:2.7.-.-]
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Pathway
dfa00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
dfa01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
DFA_11532
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PIGO_PIGG
Phosphodiest
Motif
Other DBs
NCBI-GeneID:
14865339
NCBI-ProteinID:
XP_004350479
UniProt:
F4QDE3
LinkDB
All DBs
Position
Unknown
AA seq
1403 aa
AA seq
DB search
MARGSQQQQQQQHLKKKRDVENIGDDNITGKQDGDVLEDGEDGGHEEISPSSSSSANDSN
QDSGNDDISSSSSGAGDSNADHFDYPITTFPKARSYVRKKLSGWTSKENPLSLSSLLPNY
RYRRPITDSDSILPSHNNNNNQQQQQQQYLLSQSQSQSLYGTPNISSYSPSQDIYINNLS
SGTNTDSSSFSPYQHQHQHHNHIYSPPLSPFSPQNQSTPLSAVAGLPSSHIPFDISGSSI
PTTSAGAAASSSDVLLPNHALIDQQPSMMGGQFSPISASTEMKRDKAKKSKYKVMGLVTV
VLVITQLLGIYMFSRGFFPRKVSLQGYSTFDNYFPSCLDNQIVEPQFDKMVFMVVDAFRS
GFIFENDLDHRHTQQDNIFKKDPQQQQHHDSHPMTYTRSLIREGKTQSFIARATAPTVTL
PRIKALVSGGIPSFVDFVQNFNSKDLREDNLLYQMVQANKTLTFFGDDTWIKLFPDYFTR
SDGTTSFYVADTIEVDNNVTRHLNEELARDDWDSMFLHYLGLDHIGHLEGPYSDLMAPKQ
KEMDDIIKLINEKIIEKDKQALRQYYIDRKTNPDLKKPLPTLFILCSDHGMNEIGNHGGS
SDGETSTTLILMGSLYFNQNNPVKDHDLLHLENKEEIEEEELNHHAASSPQDILPRYIPK
APREISQVDIVPTISLLFNLPVPKNSLGRLIPELFEKFIRDDQYLRALEINCLQQIDILK
NNTLFWVNDAPAMPRIATLLRTFEQAQEYHRSWGMSPDPSGSAHFHEKATHLYTQFLDHI
QDEFTALFTTYDENMLMVGILLIGSSSLVTLLITTATIGMSEHQMNVEIKGAPFAMSFIL
FVGSLLAIHFGVICTTSWNPQNWFGDNPMTGANSTPNPFCTEEFRMGVLSFVFTALSLLI
GFNVCFSKNNISLLRLPSLNPLQLRKEKYVIICGTILHLISLFGSSLVEEEHLTWYYLTT
SVILLQLAPHSLSALYIYTSSNPKLYKDHQKQTVILIGILIGLRICRVWNQTGIQWMDNK
ELLEEYSYIDIGRFLNSEGLISTSMLWILSLLSVIAPCIYVMRLLDKLKDKRGGIISQLS
FIYKIIIVFCAIGIFSYKWNYIPHHLVEPVFVARFVYACIGMMVLLTITFPFFSKNERVV
SNSPLPHTPSWVFSTLKFLPTLMLVNLVMMFLLLHKTHNMFLFTIMGAIGHYYLKYLLED
TGRRAKSGIVGVIVGMMALNWLGQFGYFALGNSNSLSTIDISGAYTGLIEYNQYLVGILT
FLIGYSAPLFFFFVSISYFSHLAIKSVNNNHQSEPSLPNSIGTTNDIIDELQWYSLIGGL
LDCGIKWTNVFIFSVCIVIQRYHLFIWTVFSPKFIYEVLDVGLVVTKAFLLFLFIIYLRF
LSYCREKYSLNDTSSSQQQNKEE
NT seq
4212 nt
NT seq
+upstream
nt +downstream
nt
atggcaagaggttcacaacaacaacaacaacaacaacatttaaagaaaaagagagatgtt
gaaaacataggagacgataatatcacaggaaaacaagatggtgacgtcctcgaggatggt
gaagacggaggacatgaagagatatcaccttcatcgtcgtcatcggcaaatgactcgaat
caagatagtggcaatgacgacattagtagtagtagtagcggtgcaggcgatagtaatgcc
gatcactttgactatcccattaccacctttccaaaagcaagaagctacgtgcgaaagaaa
ctgagtggttggactagcaaagaaaatccactatcattatcatcgttgcttccaaactat
cgatatagacgacctatcactgacagtgattctatccttccaagtcataataataataac
aatcaacaacaacaacagcaacagtatttgttatctcagtcacagtcacaatcattatac
ggtacaccaaacatatcatcatactcaccgtcacaagacatttacattaataatctatca
agtggtaccaatacagactcatcatctttttcaccttatcaacatcaacatcaacatcat
aatcatatatactctccaccactttctccgtttagtccacagaatcaatcgacaccattg
tctgcagttgctggattaccatcatctcacataccatttgatattagcggtagcagtata
cctacgacatcggcaggagcagcagcgtcatcatcagacgtcttacttcccaaccacgct
ctcattgatcaacaaccgtcgatgatgggaggtcaatttagtccgattagtgcaagcact
gaaatgaaacgagacaaggcaaagaaatcaaagtacaaagtaatgggactggtcactgtt
gtattggtcatcactcaactacttggtatctacatgttttcaagaggtttcttcccaaga
aaggtatctcttcaaggatatagtacatttgataattatttcccatcttgtttagataat
caaatagttgaaccacaatttgataagatggtattcatggtagttgatgcatttagaagt
ggatttatatttgaaaatgatctagatcatcgtcatacacaacaagataatatttttaaa
aaggatccacaacaacaacaacatcatgattcacatccaatgacatatacgcgatcactt
attagagagggtaaaacccaatcgtttattgctcgagcaacagcacccaccgtaacatta
ccacgtatcaaagcattagtgtctggtggtataccaagctttgtcgactttgtccagaat
tttaatagtaaagaccttcgagaggacaatctactctatcaaatggtacaagcaaacaag
acattaaccttttttggtgatgatacttggattaaattatttccagattattttactaga
tctgatggtacaacaagtttttatgttgctgatacaatagaagttgataataatgtaaca
agacatttaaatgaagagttggcaagagatgattgggattcaatgtttttacattatttg
ggtcttgatcatatcggtcatttggaaggaccctatagtgatttaatggcaccaaaacaa
aaggaaatggatgacattattaaattgatcaatgaaaagataatcgaaaaggataaacaa
gcactcagacaatactatatagatagaaaaacaaatccagatttaaagaaaccattacca
actttatttatactttgtagtgatcatggaatgaatgaaattggaaatcatggtggatca
tcagatggtgaaacatcaacaacattaatattaatgggatcattatattttaatcaaaat
aatccagttaaagatcacgatcttttacatttggagaacaaggaagagattgaagaagag
gagttgaatcatcatgctgcatcaagtcctcaagatatccttccaagatacatacccaag
gcaccaagagaaatctctcaggttgatatagtaccgaccatttctcttcttttcaacctt
ccagtcccaaaaaacagtcttggtagactgatccctgaacttttcgaaaagtttattcgc
gacgatcagtacctgcgagctctcgaaatcaactgtctacagcaaatagacattctcaaa
aacaatacactgttttgggtcaatgacgcccccgccatgccaagaattgcaacactacta
cgaacgtttgaacaggcacaagagtatcaccgtagttggggcatgtctccagacccatct
ggatcggcacactttcacgaaaaggcaactcacctatacacacaatttttggatcatata
caagatgaatttacagcactctttacaacctatgacgaaaatatgttgatggttggtatt
cttttaattggttcatcttcactcgtcacactactcattacaacggcaaccattggtatg
agtgagcatcagatgaatgtcgagattaaaggagctccctttgccatgtcatttatcttg
tttgtcggatcactcttggcaatccattttggagtcatttgtactacctcttggaacccc
caaaattggtttggtgacaatccaatgaccggcgccaacagcacacccaatccattttgc
acagaagagtttagaatgggtgtgcttagttttgtgtttactgctctctcactactcatt
ggattcaatgtttgtttctcgaaaaacaacatatctcttctcagattgccatcactcaac
ccactacaacttcgcaaggaaaagtatgtcatcatctgtggcaccatcctacatttgatc
agtctttttggtagtagtctggtcgaggaagaacatctcacttggtattaccttacaaca
tctgtcatattattacaattggctccacattcactttctgctctttatatttatacaagt
agtaatccaaaattatataaagatcatcaaaaacaaactgtaatattaattggaatatta
ataggattaagaatttgtagagtttggaatcaaactggaattcagtggatggataacaaa
gaattattagaagagtatagttatattgatataggaagattcttaaactcggaaggatta
atttcaacttccatgctatggatcctatctcttttatcagttattgcaccttgcatttat
gtaatgagattattggataaactaaaagataaacgtggtggaatcatttcacaattgagt
tttatttataagattataattgtattttgtgcaattggcatatttagttataaatggaat
tatataccacatcatttggttgaacctgtttttgttgctagatttgtttatgcttgtatt
ggtatgatggttttattaaccattacctttcctttttttagtaaaaatgaaagagtagta
tcaaattcaccattaccacatacaccatcatgggtttttagtacattaaagtttttgcct
actttaatgttggtgaatctggtgatgatgtttttattgttgcataaaactcacaatatg
tttttgtttaccatcatgggtgcaattggacactactatttgaaataccttttggaagat
actggacgtcgcgcaaaatcaggaatcgttggtgtcattgtcggtatgatggcactcaat
tggttgggacaatttggatactttgcattgggtaattcgaactcactctcgaccattgat
atatctggtgcctacactggactaatcgaatacaaccaatatctagttggtatattaacc
tttttaattggatattctgctcctctattcttctttttcgtttcaatctcttatttctct
catcttgcaattaaatctgtaaacaataaccatcaaagtgaaccatcattaccaaactcg
attggaactaccaatgacattatagatgaattacaatggtattcattgattggaggatta
ttggattgtggtataaagtggaccaatgtattcatatttagtgtttgtattgtcattcaa
agataccatttattcatttggactgtgttttcgccaaagtttatctacgaagtacttgat
gttggactagtcgtcaccaaggcttttctcctattcttgtttatcatctatctccgcttc
ctctcttattgtcgtgaaaagtactctttaaatgatacttcatcctctcaacaacaaaat
aaagaagaataa
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