Pyrenophora teres: PTT_09572
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Entry
PTT_09572 CDS
T01613
Name
(GenBank) hypothetical protein
KO
K05285
GPI ethanolamine phosphate transferase 1 [EC:2.7.-.-]
Organism
pte
Pyrenophora teres
Pathway
pte00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
pte01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
pte00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
PTT_09572
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Ortholog
Paralog
GFIT
Motif
Pfam:
PigN
Phosphodiest
Sulfatase
Metalloenzyme
Motif
Other DBs
NCBI-ProteinID:
EFQ93154
UniProt:
E3RMB2
LinkDB
All DBs
Position
Unknown
AA seq
990 aa
AA seq
DB search
MAQFGRYRFLLIAVVFHLVYIFSIFDIYFKSPVVHGMREHRVETQEAPAKRLVLFVGDGL
RADKAFQSFPNPDPNPPTPLADNSSIPRPLAPFLRSRVLEHGTFGVSHTRVPTESRPGHV
ALIAGLYEDVSAVTTGWKLNPVNFDSVFNRSRHTWSWGSPDILPMFETGAVPGRVDAYCY
GAEEEDFSKDAWMLDEWVFERVAKLFADAKTNATLDAELRQEKNVFFLHLLGLDTTGHAH
RPYSWQYLHNIQIVDRGVQEITRLIEDFYGDGKTSFVFTADHGMSDWGSHGDGHPDNTRT
PLIAWGAGVAAPSKSRSGVARGHTEFSSDWNLDEIERHDVAQADVAALMAYLVGLDFPTN
SVGVLPLSYLDTDAKSKAEALLANAKEILEMYHVKEEMKMSTQLRYTPFSGLGDKAHSVE
HRVAEIQAAINKGDAEEAIRQTHELIDLGLRGLRYLQTYDWLFLRTLVTAGYVGWIIFAI
TTVIDSHVLTTHVPAQRTAASIVVFSSVLVALYGVLLKQRSPVFYYAYAFFPVLFWEEVY
AQRLSLIKGGKILFGHVSSGADVAMLVFATLGFFGLLQALVQSYFIREIYTVCYLLATMW
PAVYGVDFVKKNVGTVATWALSCIAMSAFTLLPANKAEDVRLILLGGVLMYGVGVIYLLF
EKSILGDSKSEAELAEHELNDKSRIILSIQLGLVLLSMIVTRSSIGYIQAREGIPLGVLT
VGRATLLTSLFVPQLHGLYPNSHYVHRLVVIFLQFAPTFIILSISYEGLFYFAFCMCLFS
WMRLEHQVYVHGKSSDASSTTTTTAIATNPAKATMDAASDRLASLQQGEYRSLSLGDARI
ALFFIFFIQSAFFSASNIASVSSFSLDAVYRLIPIFDPFSQGALLMLKLMAPFAALSANF
GLLNRRLGVAPSALFMVVMAVSDVMTLSFFYMVKDEGSWLDIGTTISHFVIASLLGVFVS
GLEIYSEWTIRGVEFGGKKGSARKVSGKTE
NT seq
2973 nt
NT seq
+upstream
nt +downstream
nt
atggcgcaattcggtcgctacaggtttttactgattgcggtggtgttccacctggtgtac
atattttcgatttttgacatttatttcaaaagtcccgtcgtccatggcatgcgcgagcac
cgcgtggagacacaagaagctcctgcaaaacgactggtcttgttcgtcggcgatgggttg
cgcgcagacaaagcgttccaatccttccccaaccctgacccaaaccccccgacccctttg
gcggacaactcgagtataccgcgtccactcgctccattcctccgatcgcgcgtcctagaa
catggcacttttggcgtctctcacacccgcgtccctaccgaatcacgccctggacatgtt
gcgctcattgcaggtttatacgaggatgtttctgctgtcacaaccggctggaagttgaac
ccggtcaactttgatagtgtcttcaatcgaagcaggcatacatggagttggggcagcccg
gacattcttcccatgtttgagaccggtgcggtccctggaagagtcgacgcatactgctat
ggtgccgaagaggaggacttttcgaaagatgcctggatgctggacgaatgggtctttgag
cgtgttgcgaagctgttcgcggatgcaaagacgaatgcgacattggacgctgagctgcga
caagagaaaaatgtcttctttttacatctgctgggattagatacaacgggccatgcgcat
cgtccttactcgtggcagtatctccacaatatccagattgtcgatcgcggcgtgcaagag
atcactcgtctaatcgaagacttctacggcgacggcaagacgtcgtttgtatttacggca
gaccatggtatgagcgattggggcagccatggagacggtcatccagacaatacgcgcaca
cccttgattgcatggggtgctggtgtcgccgcaccgtccaagagcagatctggtgttgca
cgaggtcataccgaattctcgtctgactggaacttggacgagatcgaacgacacgatgtt
gctcaggccgatgtagcagctctcatggcctatcttgtaggcctagacttccctaccaat
tcagtcggagtcctgcccctctcctacctggacactgacgccaaatccaaggccgaggct
cttctcgccaatgccaaggaaatactggaaatgtatcatgtcaaggaggagatgaaaatg
tccacccagttacggtacacgcctttctccggtcttggtgacaaggcgcattctgtcgaa
catcgcgtggcagagatacaggcagcaatcaacaagggcgacgcagaggaagctattcgt
cagacccatgagctcatagaccttggactccgcggactccgatatttgcagacatacgac
tggctattcctaaggactttggtcacagcgggctatgttggctggatcattttcgccatt
acaacagtcatcgactcccatgtgcttactacacatgttccagcacagaggacggcagcg
agcatagtagtcttctcatcagtgctcgtagcactttacggggtgctcttgaaacagcgc
tccccggttttctactatgcctatgctttcttcccggtccttttctgggaagaagtctat
gctcagaggctgtcactgatcaagggtggcaagatactgtttggtcatgtcagctctggc
gctgacgtagcaatgcttgtctttgcgacgcttggcttcttcggtcttcttcaggctctg
gtacaaagctactttatcagagagatctacacagtatgctacctgttggcgaccatgtgg
ccagcagtctatggcgtagattttgtcaagaagaacgtaggaacggttgctacgtgggcg
ttgtcatgtattgccatgagcgctttcacgttgttaccagccaacaaagccgaggatgtg
cgcctgattctcctcgggggagtactgatgtatggcgttggtgtgatctacctacttttc
gagaagagcatcctcggagattccaaatctgaagctgagcttgccgaacacgagctcaac
gacaagtcgcgcatcatcctcagcatccaactcggtcttgtactcctatccatgattgta
actaggagcagcatcggttacatccaagcacgcgagggcataccactaggggtgctcacc
gttggacgagccacgttgctaacctctctgttcgtcccacaactacacggcctgtacccc
aacagccactacgtccaccgcctcgtggtcatctttctgcagtttgcaccgacctttatc
atcctatccatatcgtacgaaggcctgttctacttcgccttctgcatgtgtttatttagc
tggatgcgtctcgagcaccaggtctacgtacatggcaagagcagcgacgcatcgtcaaca
acaacaacgacagctatcgcaacgaaccccgccaaagctaccatggacgctgcatccgac
cgactcgcgtcgcttcagcaaggcgaatacaggtccctaagcctaggtgacgctcgcatc
gccctcttcttcatcttcttcatccagtcggccttcttttcggcctcgaatattgcctcg
gtatcgtccttctcactcgacgccgtctaccgccttatccccatcttcgaccctttttcc
caaggcgcgctcctcatgcttaaactcatggcgccttttgcggccctctcggccaacttt
ggactgttgaatagaagactgggtgttgcgccgtctgcgcttttcatggtggtcatggcg
gttagcgatgtcatgacgttgagcttcttttatatggtcaaggatgagggcagttggttg
gatattgggacgacgattagtcactttgttattgctagtttgttgggggtgtttgtcagt
gggttggagatttatagtgagtggactattcggggggtggagtttggggggaagaaaggc
agtgcgaggaaggtgagcgggaaaacggagtag
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