KEGG   Phytophthora infestans: PITG_00299
Entry
PITG_00299        CDS       T01333                                 
Name
(RefSeq) alpha-1,3-mannosyltransferase, putative
Organism
pif  Phytophthora infestans
SSDB
Motif
Pfam: Myotub-related Glycos_transf_1 RabGAP-TBC Glyco_trans_1_4 Glyco_transf_4 GT4-conflict Glyco_trans_1_2 PDZ Glyco_trans_4_4 PDZ_6 GRAM
Other DBs
NCBI-GeneID: 9477047
NCBI-ProteinID: XP_002908917
UniProt: D0MQG2
AA seq 1488 aa
MESRGARWAAAFGLQGDVLAAQRERYERLKQHMVFQIDATGITDPLTAFAAANGSPSANS
SSWSQYFTDETLLEEINTDLERLYPAGNESFFQNELYLSTLRHVLFVWCRLHPDVAYRQG
MHDVVAVVLYAFLQTTKEGNTEEDQVKNLPNQPEADTFLVFEAVMLFLKPFYEIIKTRRN
TARDNEDSRRLFASFSLKESESSNGHETQPALHRLCHHIQFELLQQKDPQLYYQLQNLEI
VPETYCLRWIRLLFAREYALKELLWVWDAMILDNSRADVIFPVINMTVKSDNDLLQLPKL
ACKSEDTNWTGFPLLRYVCVARLLQLSSELRQSDNTGCLRLLMRTYQGEELDGEENRAVE
LMNFAKVLQDPMAEEQQQSASDVANSDKGSSSVKVVQFKEGSLGIVLTGAAAPYDDRLAV
KSFTRDPNATDGVGQAEASGKVRLGDLLQSINGVPIVGVTTEEVKRRLQLINRPVYIGFC
HCSDVYAAVSDGSEAIGSSDAAGSSPRSETALSELVLPVFLPGELCYANVETSMQRLVLS
HDGSCQSHYISGKLFITNYRCFFTRLLGRGEIDWQIPVLSITSIDRINPRDNSTTAAATL
SVENAQVALGFAPDDSFKVVIRCKDLQVARLSIADQSEYSKLVKCLSFLAFPQSLLDAFC
FAYAPTVAPSEEVQFDIRQEYKRIGLLSFPGHLRCIDQSVTYTLCETYPRHLIVPADISD
VRLKAAAAFRAHQRLPVVSWIHRGNGATIVRSSQPLVGLKSARSGEDELLVTLSCCSSNK
KAFGRYVIMDARSQLAAVGNKALGKGTEISSNYRGAKLIFMNVENIHSVRQSQLALAATF
EPKKSASEDTSSSFYGRIDSSGWLRHVRLVLEASVELAHTVHNAQMVALAELMLDPYYRT
LRGFQILVEKEWCAFGHQFALRSGHARSDVSNEQRSPVFLLWLDCVWQYIRQYPTECEFN
ESFLLTLADHVYSCKFGTFMFDCERQRKDFFAKHRVFSVWSEINTQSERFTNHMYAPSEQ
ATVLSPSTLSKNIKPMALPPPPALAAIVAPWVLVLIFVVWGFFRGLNCSIPRPVRQSKET
KKLRVGFVHPDFGIGGAENLVVNAAVALQQRGAHVTVFTAHHDVNHCFEETRGDGPLAAH
VRVHGDWLPRTILGKLYALCAVVRVLFVTLCIAISYINDVDVFVVDQVSISIPFLRALGK
PVLFYGHFPDKLLCIRSDSPWKRMYRIPLDYLEEITTAASDIIVANSKFSREVFQKVFPR
LRSKKLGILYPPVDVKAYEATAEADVQRDSGLFVSLNRFERKKNVALAIEALVELRTRLP
SDEFQRVKLIVAGGYDPLNTENKEHLIELQAVVVKHGLKEHVEFRTSVSNSMKLELLRKA
HGILYTPDREHFGIVPVEAMACGTPVIAVSSGGPLESIADGETGFLCQQKPEAFAEAMAK
LCGPKNSTKVVEMSACGRLRAQKLFSLETFGDTLLELVNQAVYGEKAA
NT seq 4467 nt   +upstreamnt  +downstreamnt
atggagagccgtggagcgcgctgggcagcggcgtttgggctgcagggcgatgtgcttgca
gcacagcgtgagcgctacgagcgtctgaagcagcacatggtgtttcagatcgacgcgact
ggcatcactgacccgctgactgccttcgcggctgccaatggctcgccttctgccaattct
tcaagttggagccaatacttcacggacgaaacgctgctagaggagatcaacacagatcta
gagcgcctgtaccctgcaggcaacgaaagtttcttccaaaacgaattgtacttgagcaca
ctgcgccacgtactcttcgtctggtgtcgattacatccggatgtagcttaccgtcaaggc
atgcacgatgtggttgccgtagtactctacgccttcctacagactaccaaagagggcaac
accgaggaagatcaggtcaaaaacctaccgaatcagccagaagcggacactttcttggtg
tttgaagccgtcatgttgttccttaaaccgttctacgagattatcaagacgagacgcaac
actgcacgtgataatgaggacagcaggcgactatttgccagtttctcactaaaggagagt
gagagcagcaatggacacgaaacacaaccagcactgcatcgactatgccatcatatccaa
ttcgaactattgcagcagaaagacccgcagctatactaccagttgcaaaacttggaaatt
gtcccagagacgtattgcttgaggtggatccgacttctttttgcacgcgaatacgcactg
aaagagttactgtgggtctgggatgccatgatcttggacaacagtcgagcggacgttatt
ttcccagtgatcaacatgactgtcaaatcagataacgatttattgcaattacctaagcta
gcctgtaaaagcgaagatacgaactggactggcttcccactgctgcgttatgtctgcgtt
gcgagactgctgcaattgtcctctgagttacgtcaatcggataacactggctgtcttcgg
ctcctcatgcgtacgtatcaaggagaagaactcgacggagaagagaatcgcgctgtggaa
ctcatgaatttcgccaaagttctacaagatccaatggccgaagagcaacaacagagtgcc
agtgacgtggccaactctgataaaggatctagctcagtgaaagttgtccagtttaaggaa
ggctcgcttggcattgtattgacaggagcagcagctccttacgacgatcgtttagcagtg
aaatcgtttacaagagacccaaatgctaccgatggtgtaggacaagccgaagctagtggg
aaagtgcgtctcggtgatctgcttcagtccatcaatggcgttccaattgtaggcgtgacg
actgaagaagtaaagcgtcgtctccaactcatcaaccgcccggtatacattggattctgc
cattgcagtgacgtctacgctgctgtttcggatggttctgaagctatcggatcttcagat
gctgcggggtcctcgccgaggtcggaaactgcattatctgagctggttctgcctgtattt
ttacccggagagctgtgttacgccaacgttgagacgagtatgcagagactggtgctttcc
cacgacggatcatgccaatctcactacatcagcgggaagttgttcatcacgaactatcga
tgtttcttcacgcgtctacttggccgaggagaaattgactggcagatcccggtgctgtcc
atcacctcaatcgaccgtatcaatcctcgtgataattctacaacagctgctgctacgctc
tcggtggaaaatgcgcaagttgctcttggtttcgctccagacgactcgttcaaagtcgtg
attcgctgcaaagatctacaggtggcacgcttgtctatcgctgaccagagcgagtacagc
aaacttgtcaagtgcttgagctttctggctttcccacagagtttgctggatgctttctgc
tttgcgtatgctccaactgtggctccatccgaagaagtgcaattcgacattcgtcaggag
tacaaacgtatcggattactatcttttccaggacatctgcgttgtatcgaccagtcggtg
acgtacacgctctgcgagacgtacccgcgacaccttattgtgcctgcggatatctcggac
gtacgtctcaaggcagccgctgcgttccgagctcatcaacgtcttcctgtggtgagctgg
attcatcgcgggaatggagccaccatcgttcggtcgagtcaaccgcttgtaggcttgaaa
tctgcacgtagtggagaagacgagctgcttgtaacgctgtcgtgctgctcaagcaacaag
aaagcgttcggacgttatgtgatcatggatgcgcgaagtcaattggctgctgtgggtaat
aaagcgttgggaaaaggaaccgagatctccagcaactatcgcggcgctaaactgatattc
atgaacgtcgagaacattcactcggttcggcagtcgcagctcgctttagctgcgactttt
gagcctaagaagagtgcgagcgaagatacgtcgagcagtttttacggacgtatcgacagt
tctggctggctacgtcacgtgcgtctggttttggaggcttcggtggagttggcgcacaca
gttcacaatgcgcagatggtggcgctggctgagttgatgttggatccgtattatcgtact
ctgcgtgggttccagatactcgttgagaaggaatggtgtgcatttggacaccagtttgct
ctaaggagtggccacgctcgcagtgacgtctcgaacgagcaacgttcgcccgtgtttctg
ctgtggttggattgtgtttggcaatacattcgccagtatccgacggagtgcgagttcaac
gagagctttctacttacgctggcggatcatgtttactcgtgcaagttcggcacgttcatg
ttcgattgcgaacgtcaacggaaggactttttcgctaaacatcgagtgttctcggtctgg
agcgagatcaacactcaaagcgagcgcttcacgaaccacatgtatgcacccagcgagcag
gcgaccgtgttgtctcccagcacgctctccaagaacatcaaacctatggcgcttcctcct
ccaccggcgctggccgccatcgtggccccgtgggtcctggtgctcatcttcgtcgtctgg
ggattctttcgtggtctcaactgctcgattcctcgtcctgttcgacaatcgaaagagacc
aaaaagcttcgcgtaggattcgtacaccctgacttcggtatcggcggtgctgagaacctc
gttgtaaacgcagcggtggcgctgcaacaacgtggtgctcatgtcaccgtgttcacagcc
caccacgacgtgaaccactgcttcgaagagacacgtggcgatggaccgctggctgctcac
gtgcgtgtacatggcgattggctaccccgtacgatcctaggcaagctctacgcgctctgc
gcagtagtacgcgtactattcgtgacactatgcatcgccatatcctacataaacgacgtg
gatgtgttcgtggtggaccaagtgtcgatttctatcccgttcttgcgtgcgctaggcaag
cccgtgctcttctatggccacttcccagacaaacttctctgcatccgctccgactcgcct
tggaagcgtatgtatcgcataccattggactatttggaggagatcaccaccgctgcgtca
gatatcatcgtagctaacagcaagttctctcgtgaagtctttcagaaggttttccctcgt
ctccgctcgaagaagctaggcatcctttacccaccggtagatgtaaaggcttacgaagcc
accgctgaggcagacgtacagcgtgattcagggctttttgtgtcgctgaaccgctttgag
cgtaagaagaatgtggcactagcgattgaagcgctcgtggagttgcgtaccagactgccg
agcgatgagttccagcgtgttaaacttatcgtggcaggaggttacgacccgctaaatacc
gagaacaaggaacatctcatcgagctccaagctgtggttgtgaagcatggtcttaaggag
catgtagagtttcgtacttccgtctcaaactccatgaagcttgagttattacgcaaggct
catggcatcctgtatacacctgatcgtgagcacttcggcatcgtccctgtcgaggccatg
gcatgtggtactcctgttatcgcagtgagttctggcggtccgttagagtccatcgctgat
ggagagacgggatttctgtgtcagcagaagccagaggctttcgcagaggccatggcgaag
ctgtgtggacctaaaaacagcaccaaagtcgtcgaaatgagcgcgtgtggcagacttcgt
gcccaaaaactcttctcattggaaactttcggggatactctacttgagctggtgaaccag
gctgtgtacggtgagaaagcggcgtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (63)   

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