KEGG T01057: 408804

Apis mellifera (honey bee): 408804

Entry

408804 CDS T01057

Gene name

Fucta

Definition

core alpha1,3-fucosyltransferase A

Orthology

K05860

phosphatidylinositol phospholipase C, epsilon [EC:3.1.4.11]

Organism

ame Apis mellifera (honey bee)

Pathway

ame00562	Inositol phosphate metabolism
ame01100	Metabolic pathways
ame04070	Phosphatidylinositol signaling system

Module

ame_M00130

Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4

Class

Metabolism; Carbohydrate metabolism; Inositol phosphate metabolism [PATH:ame00562]
Environmental Information Processing; Signal transduction; Phosphatidylinositol signaling system [PATH:ame04070]

SSDB

Motif

Pfam:

PI-PLC-X PI-PLC-Y RA RasGEF EF-hand_like C2

Other DBs

NCBI-GI:

328785376

NCBI-GeneID:

408804

BEEBASE:

GB14007

Position

LG4

AA seq 1956 aa
MCEDNKALFRQSKNAVVLKIRERSGKEEEEKTKAVPVILLDRGQWSHLDAGCKTTWGLPV
VVVGLISTVNSGDSTRGWKRRFHHRQRRIVQPLPLPPPHVAEPLPDKLEKRPQPQPPRSS
EELEDLHKLLHFPEEVALRLTETEYQLFYQVPPDEYLRHVAQDTQKLPARPPPSPSRSYC
NPSTANSSTQTEEESNWPVPNFSSSVQTLINRFNEVSSWVTHAITSGTTIEERQAVLSCL
LRVAQTCWNTGNFNSAMEIVAGLKSNKLKPFWNSVNEPVPVLESLSSALLSSEYEFALAR
SLAMPECPVVPFFGAFLRELREVIAFESKSQYAECKDNRESPRRSSKDVESENVSSSGQT
TKIAIDTGTESSTEWNTRNSSLRKIENTPIRDTGSVLEKIGEFHKHQHARGRDATTGSLH
RTLSIHTTAIEQTYMAEECDENDYHFDLDSYKPVQPITIDHGVALFPVAAPHTGMDLHLL
QVLHHGTTLVHWDCEGGATRTALVFARVDRACGTFVWEKPPWSPLKTAQLGGTASSTEFS
LTANPEDTVPAGLLSKYAAQQQADCASVTLEEGYLNLSSVKEVMIGCCDRDRETELRSIC
KRYGLSGSDSCIGLMYGSSLPDNRLIFLLCPPALSKIWYMGLCWILRGLKRQQQLTDRRS
RWLKEKYLQLYFEEGCLEPMTADAIRAFGGRDWSMTESIGTLSPTSSSNLRKRNTKGKKT
KSIGNIHALTKDLSLKQFDSSSSDGGLSTAPLRHITGSRESLTRIIPASPRSSRDRVPPR
SPPGSAERIISSNLPYSSFQSLLCVARDKDKNGSGMSGGLEAPWQVKARTTSIMYETQLN
FVEFVALFRSFSLRARKDLRDLFGQLAITCRSQSDGSLRDFNVRPPVLRQTSDATPQRIG
LLTRNNSIDCREYKTSSNLQKKQVFDAVAAASIVNNCSGVDTSKSQVITLATFTKFLESR
QQEKLTDDEIKALVKRHEPDPGLRTQWCLSFEGFARYMMDKDNYAFPNEYATPFETEMQQ
PLSQYYIASSHNTYLTGHQLKGESSVQLYSQVLLTGCRCVELDCWDGDDGSPVIYHGHTF
TTKIPFRSVVEAIDRSAFVSSPYPVILSIENHCSQSQQARMAQIFQSVFGDKLVTKFLFE
TDFSDDPQLPSPSQLRYRILIKNKKLVVDPAGPLAHPPLSHRGKMLMTDRASSMKQMRTD
VSSASVVSEYFSEDDDDEEDDDEDDNIDDNSISSYERYLGGTQVAHTRLKSDSAVDDKSQ
KQSSQIAKELSDLVIYLQAIKFRGLNTTPGTAAAIGKTRHQPHTGPVQRHSIAGIGATSI
GASSGSPQSLSTSASLASGGSNIENLFRFTRGVPACFQCSSLNESTAKKICRKQPLGVVA
HAETQLIRTYPAGMRIDSTNFNPVIFWAFGIQMVALNYQTDDAGLNLNAAMFEQNGQCGY
VRKPSVMWDKGHMMYRRFNPWDKEFDGLHSAHLTLSIVSGQYVSPTNFVASTYVEIELVG
IPIDCAKHKTKVIQSNALNPIWNEKFCFQVMFKDLAFLRFGIVEASSHHLIAQRVIPLKC
LKPGYRHVRLRSCKNKPLALSTLFIYSRLEEESLDYNTCCRDHKESSKRPSSGKEPEKLT
TVDPGLGGVTLKRRMFFLMVYHVIPDEPYTILKVTQESTTQEVMLQALQKAGISADRVDE
YILVEEVSCGWEKRDREELPTQRVLDPTEHPLQAQALWKGQGRFLLKRVGDDPSSRAWLA
SIRSTAGHSKLDSERDTSTHIWDEADTFLVCIYNVSPDIPYAILRVPVSSSAQDVLAQAL
VKARRMEDPIKFALVEELEWGGTGAVGSGSRQLRVLRDDENVYSTQAFWKTLGRFIMRER
EQAIPRRHLLPATLDRLSKGFSVGRSVSLPGSSKEKVPVSEALSDPTSRGLRHRLLMHGR
RREVHSDGEDSRESDILNAALHLKKVSLRKLRVWKS

NT seq 5871 nt +upstreamnt +downstreamnt
atgtgcgaggacaataaagctttgtttcgccaatcgaaaaacgcggtcgttcttaaaata
cgagaaaggagcggaaaagaagaggaggaaaagacgaaggctgtcccagtgatcctgttg
gatagaggtcaatggagccatcttgatgcaggctgcaaaactacgtggggattacccgtc
gtggtcgtcgggctgatttcaacggtgaacagtggcgattccacccgtgggtggaagcgc
cgttttcatcaccgtcaacggcgaatagtacagccacttccgcttcctccaccccacgtg
gccgaaccattacctgataagctggagaagcggccgcagccgcagccgcctcggagctct
gaggagctggaggatctgcacaagctgctgcacttccccgaggaggtggcgctcaggttg
acggagaccgaataccagctgttctaccaggtaccgcctgacgagtacctaaggcacgtg
gcacaagacacgcagaaactacctgccaggccacccccgtcgccgagtcgcagctactgc
aatccgagcaccgccaacagctcgacccagaccgaggaagagtctaactggcctgtaccc
aacttctcctcttccgttcagacgctcatcaatcgtttcaatgaggtgagctcatgggtt
acccacgcgatcacaagcggcacaacgatagaagaaaggcaggctgtattgtcctgtctc
ctacgcgtagctcaaacctgttggaataccggaaattttaactcagccatggaaatcgtt
gctggcctcaagtccaacaagctgaaacccttttggaacagcgtgaacgagccggtacca
gttttggaaagcctctcctccgcccttttgtcatccgagtatgaattcgcgcttgcccgc
tcgttggctatgccggaatgcccggtggtcccattcttcggggctttcttgcgggaattg
cgggaagtcatcgcattcgagtccaagtctcagtacgcagaatgcaaggacaaccgcgaa
tcaccacgcagaagcagcaaggatgtcgagtccgaaaacgtgtcatcctcggggcaaacc
acgaagatcgctatcgacactggcacggaatcatccacggaatggaacacgaggaacagt
tctttgaggaaaatagagaacaccccgatccgtgacactggctctgtcctcgagaaaatc
ggcgaatttcataagcatcagcacgctcgaggcagggacgcgacaactggttcgctccat
cgcactctgagcattcacacgactgcgattgagcagacttacatggccgaggaatgtgac
gagaacgactatcatttcgatctcgactcctacaaaccggtgcagccaatcacgatcgac
catggggtcgccttatttcccgtcgccgcaccccacacaggaatggatctgcatctattg
caggtgttgcatcacgggacgacgttggtgcactgggactgcgagggcggtgccacgagg
acggcgttggttttcgcgcgagtggatcgtgcctgcggcaccttcgtctgggagaaaccg
ccgtggagcccgttgaagaccgcgcagttaggcggcacagcttcctccacggagttctcc
ctaactgccaatccggaggacacggtgccggccggcctcctgtccaagtacgccgcccag
caacaggccgattgcgcctccgtcacgttggaggagggttacctgaacctgagctccgtg
aaggaggtgatgatcggttgttgcgaccgggacagggagaccgagctgagaagcatctgc
aagaggtacggcctgtccggatccgactcgtgcatcggccttatgtacggctcaagcctg
ccggacaatcgactgatctttctcctttgcccccctgcgcttagcaaaatttggtatatg
ggtctttgttggatattaagaggcctgaaacggcaacaacaattaacggatcgtaggtcg
cgatggttgaaagagaaatatcttcagctttatttcgaggaaggttgcctcgagccaatg
acagctgacgctataagggctttcggcggtcgcgattggtccatgactgaaagtattgga
acgctttcaccgacgagtagcagtaatcttcgtaaacgaaacaccaaagggaagaaaacg
aaatctatcggcaatattcacgcgttaacaaaggatttgagcctaaagcaattcgactcc
tcgtcttcggatggaggcttatcaacggccccacttcggcatattacgggtagcagggaa
tccttgacgagaatcataccggcatccccacggtctagcagggatcgagtgcccccacgc
agccctcccggatcagccgaacgaattattagttccaacttgccttactccagctttcag
agcctattgtgcgtcgccagagacaaggataagaatggatcgggaatgtcgggtgggctg
gaggcaccttggcaggtgaaagcgcgcaccacttccataatgtacgaaacgcagttgaac
tttgtcgagttcgtcgctttgttccgctcgttcagcctgagagcgagaaaggatttgcgc
gacttgttcggccaactggccatcacttgccgtagccagagcgacggctctttgagagac
ttcaatgtacgcccccccgtgttgaggcagaccagtgatgcgacccctcaacgaatcggt
cttttaacgaggaataattccatagactgtcgtgagtacaaaaccagcagcaaccttcaa
aagaagcaagtttttgacgcggtggctgcagccagtatcgttaataattgttccggcgtt
gatacctcgaaatcccaagtaatcaccctggcgacattcactaaatttttggaatctcgt
caacaagagaaattgaccgacgatgagatcaaggcgctggtcaagcgacacgagccggac
ccagggctacgtacacaatggtgtttgtctttcgagggctttgcacggtacatgatggac
aaggacaattatgctttcccaaacgagtatgcaacgccgttcgagactgaaatgcaacag
ccattgtcccagtattacatcgccagctcgcataatacttatttaacaggtcatcaactc
aaaggagaatcctcggtccagctttactctcaggtactactaacaggatgtagatgcgta
gaactggattgctgggatggcgatgatggatcccctgttatttaccatggtcacactttc
actacgaagataccgtttcgctcggtcgtagaagcgatcgacaggagtgctttcgtcagt
tccccgtatcctgtcatcctctccatcgagaatcattgttcacaaagccaacaagctcga
atggcccaaatatttcaatcggtatttggggacaaactggtgacaaagttcttgttcgag
accgatttcagcgacgacccccaactgccatcaccgtcgcagttgcgctatcgaatatta
atcaagaacaaaaaactggtggtagatcctgccggccctttggcccatcctcctttgagc
catcgtggaaaaatgctgatgaccgatcgtgcgtcgtccatgaaacagatgcgaaccgat
gtgagcagcgcttccgtcgtttccgaatatttcagcgaagatgacgacgacgaggaggat
gacgacgaagacgacaatatcgatgataactccatttccagctacgaaaggtatttgggc
gggacgcaggtggcgcatacccggttaaaatcagattccgcggtcgacgataagtcacag
aaacaaagtagccaaatagccaaagaactttcggacttggtgatttatctgcaggctatt
aaatttcgtgggctgaatacgacaccggggaccgcggcggctatcgggaaaacgcgtcat
caaccgcacaccgggcctgtacagaggcacagtatagctggaataggagccaccagcatc
ggtgcatcttccggttcaccacaatccctgtcaacatcggcttcgttagctagcggcggc
agcaatattgaaaatctgttcagattcactcgtggagttccagcttgcttccaatgctcc
tccctgaatgaaagcacagcgaaaaagatatgcaggaaacagcctctaggggttgtcgct
catgcagaaacccaattgatacgaacgtatccagctggtatgcgtatcgactcgacgaat
ttcaatcctgtaatcttctgggctttcggcattcaaatggtggcgctaaattatcaaacg
gacgacgccgggctgaatctgaacgctgccatgttcgagcaaaacgggcagtgcggatac
gtcagaaaaccttcggttatgtgggacaagggtcacatgatgtacagacgattcaatcca
tgggacaaagaattcgacggtctacattcggcacatctgacgctctcgatagtttcaggc
cagtacgtctctccgacgaatttcgtggccagcacttacgtggaaatcgagctggtcggc
ataccgatcgattgcgccaagcataaaacgaaagtaatacagagcaacgcgctcaatcct
atctggaacgagaaattttgcttccaagtaatgttcaaagacttggcgttcctgcgattc
ggcatcgtggaagcgagctcccaccacttgatcgcccaaagggtgatcccgttgaaatgc
ttgaagcccggctacaggcacgtgcggctacgctcctgcaagaacaaacctttggccctg
tccacgctctttatctattcccgtttggaggaggagagcctcgattacaacacgtgttgc
cgggatcacaaggagtcgtcgaagcggccctcgtccggcaaggagccggaaaaactgacc
accgtcgatcccggattgggcggggtcacgttgaagaggaggatgttcttcctgatggtt
taccacgtgataccggacgagccttacaccatactgaaagtgacgcaggagagcaccacg
caagaggtgatgctgcaagctctccagaaggctggaatatcggcggaccgcgtcgacgag
tacatcctcgtcgaggaggtgtcttgcggttgggagaagagggacagggaagagttgccc
acccaacgggtcctggatccgaccgagcatccgttgcaagctcaagctctgtggaagggg
cagggacggttcctgttgaagagggtgggcgacgaccccagcagcagggcatggttggcc
tcgatcagaagcacggccggccactcgaagctcgactccgagagggacacctcgacgcat
atctgggacgaggctgacacgtttctcgtttgcatctacaacgtgtcccccgacataccg
tacgcgatactccgcgtccccgtcagcagctccgcccaggacgttcttgcccaggcgctg
gtcaaggccagaaggatggaggatccgataaagttcgctttggtcgaggagctggagtgg
ggcgggacaggggctgttgggagcggtagccgccaactgagggtgttgcgcgacgacgag
aacgtgtacagcacccaggcgttttggaaaacccttggaagattcatcatgagggagagg
gagcaagcgatacccaggcggcacctgttgccggccaccttggacaggctcagcaaaggc
ttctccgtggggaggtcggtctccttgcccggttccagcaaggagaaggtccctgtctcc
gaagccctctccgacccgacctccagagggctcaggcatcgcctgctgatgcacggccgt
aggagggaagttcactcggacggcgaggatagccgcgagtccgatatcttgaacgcggcc
ctccacttgaaaaaagtgtcgttgagaaagttgagggtgtggaagtcatag

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   UniGene (1)   
   BEEBASE (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (28)   

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