KEGG   Cryptococcus neoformans var. neoformans JEC21: CNG04420
Entry
CNG04420          CDS       T00243                                 
Name
(RefSeq) alpha-1,3-glucan synthase, putative
  KO
K00749  alpha-1,3-glucan synthase [EC:2.4.1.183]
Organism
cne  Cryptococcus neoformans var. neoformans JEC21
Brite
KEGG Orthology (KO) [BR:cne00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:cne01003]
    CNG04420
Enzymes [BR:cne01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.183  alpha-1,3-glucan synthase
     CNG04420
Glycosyltransferases [BR:cne01003]
 Polysaccharide
  Structural polysaccharide
   CNG04420
SSDB
Motif
Pfam: Alpha-amylase Glyco_transf_5 Glycos_transf_1 Glyco_trans_1_4 GT4-conflict
Other DBs
NCBI-GeneID: 3258514
NCBI-ProteinID: XP_572121
UniProt: Q5KDD1
Position
7:join(1249565..1249700,1249748..1249821,1249868..1250099,1250152..1250302,1250347..1250586,1250634..1254543,1254592..1255630,1255682..1255756,1255836..1256041,1256097..1256251,1256302..1256519,1256573..1256953,1257007..1257295,1257356..1257542)
AA seq 2430 aa
MLLCPRGGARISPFPLILTLLATSLSVLALTYNETLDAWNINKNQNATDVLDFSTTRSNR
TYTPSPDNWRSLPTYTILLDKWIDGAPQNNDFFGLKYEYDMRETQLRAGGDAKGLMSDRS
LDYLLSMGYKSIYIAGTNFVNMPWQSDGYSAIDFTLLDPHYGTLQEWVDLVDRIHAKGMS
IILDFTVGTMGDLIGFEGHLNTSTPFSMDEHIAQWKLPDYAPWGFQKYPDFNFTNTYNDS
CVYPTFWLDDGTVYDPGKTGCYASDFDHYGDIEAFGVFPDWQRQLAKFASVQDRLREWRP
ETAAKLKRFGCLTIEALDIDGIRIDKATQVTVDFMAEWANATRECARQFNKDNFFIPGEI
TGGDTFGALYIGRGRTPTLQPSNFTQAIELTQDQQQYFLREEGIAGLDSAAFHYSIYRSL
CRFLGMDGNLQVAYDVDVNFVTAWNEMVVSNEFLNSQTNDFDPRHMYGTTNQDVFRWPGL
ANGTERQQLGQFVTVLLMPGIPLGWYGEEQAFYLLDNTANNYLYGRQPMTSNPAWKKHGC
YKLGSSQYYNMPYDKVLTGCDDPWNSLDHFDPTAEALRGIRNMIYLRTQFPSLQDGFSLT
TLGNWTHFIQLPGSNQTQTELGMWSVTRAPTSQQEGHGSFEANGTITQAVWLIYTNENET
VTYDFDCKQDGWISSPYQSGVTVRNLFYPYENYTLEDSLSSYYSDGNSPYRGCLGSITLD
PFMYKALVPQDQWVPQPPTISKFTPGHDYRYQTSGGTTNVDLTIEYDTDMDCTSLRQAMT
LNYTIAGSGSPSLSEGDCESIAEADWEAPSIPSVSPGRWRWTGQLQNAPDGIYEIIISSV
DSQSAGVSTGNTDHLLLRLGQAGNVMVFPENDYSDSLLTVSDGVYTLNNTADGADAYRYS
ADFGQTWSAWMNYETNPTLNASMFEDNSHWWDGYHVVVQYYSNIAGSSNQQIHGDANWAH
GHRRWPQLLARGSFNTWGYDLGASATFSLTNDNTWEIPLSSAWPAYIQLNVWAFDDYFYG
DVDGDGIIDRMAPNAQSANYLNMSIPPAPHLAWNVIVDDATGEWSVEPIGHQTVTVIAFA
LLLVIPALTAFAAAAIFRYSFYSIKVNRFGLKPNKASKETSYFPIIGGHGEKKGDVSEKG
ALALNEKNHKTPAKVIGWPEDQNKRRKVLIATLEYEIMDWKLKVKIGGLGVMSTLMGKAM
TDVDLIWVVPKVQDLEYPQGEYAEPIEVIIFGEPYLIEVETHKLDNITYVILDSPVFRAQ
TKADPYPQRMDDLSSAIFYSTWNQAIAETIRRNPIVDIYHINDYHGALAPLYILPKVVPV
CLSLHNAEFQGLWPLRTKDEMKEVCAAFNIPKEVCSKYVQFGNTFNLLHAAASYISHHQK
SIGVAGVSDKYGKRSWARYPALWTLRNIDSLPNPDPTDIAALDEQPLAVDKIEVDQEAES
KRPEQKRQAQEWAGLKQDPDADLFVFVGRWSKQKGVDLIADVMPSLLDKKPKIQLICVGP
VIDLYGRFAAEKLARLMEMYPDRVYSKPEFTALPPYLFSGADFALIPSRDEPFGLVAVEF
GRKGALGVGSRLGGLGLMPGWWFPVESSATVHMLSQLTKTIKLALKSTPEERAILRARSA
VQRFPVVEWRQRLEDFQRRSIIASRQVAGGNAWGYDLVDQEVGSGFYAQGDNGSFTSLAR
GEWGRSATPDSTAPNSPMPGHSPLAGEGQNYFDPNLPMASSNSLGANYHKRFDKNANRQS
AESFYDEDPNASPLYYGDKRQSGKPKFFGYDDQDVASSVGSSDQGDTTVVGSTSGQRDSS
VQTYDNFLAAANRQFAKNSGERNAPDPYFDNRMSQDSTNFAPSRPFTAHSRVSSFDSISS
IVDEKGSSPLNKAMETFTDADGEVAQSFVQKLKDLSASNSKGDLCIEKFLIKSEKAFFDE
VKKDKIASMSIRSRDSYVQSRAPSMIDGFRPDSPMSHSISHSGHGHDEMSQYGGIPGGHD
MYDEGGPSEPRMTRLQIFMGRQIYRWPLYSIVLSLGQLLSATSFQLSLLGGSNTQTATDL
YIICAVFAVATVAWYTLFRMKPSVYCLSIPWAIFSIAFLLIGFPSFQGVFLAPRLTITRV
ATYMYAIASSAGFLFFGLNFGEEAGAATEVWVTRACIVQGLQQIWVSALWYWGYTLNGTD
PDDYVPSRIILYICWPLSAISAIFAYVMWFGLPEYYRQIPPYVPNFFKTLFRRKLVIWFL
ISEILRDYWLSGPYGRSWQYLWSQVVIPRWAVVIMIAIFFVGIWGLLLGILIRYSKIHSW
LLPVFAIGLGCPRWCQMWWGTSGMALYIPWGGSAGPYIGVCTWLWLGVLDAIQGVGLGMV
LLQTLSRLHVCVTLALAQFVGACVVMLARGTAPDKVGPGNVFPNPAIWDIGGSGKNMPLA
HYEFWLCLVCQIIIVIGYAIFFRREQLSKP
NT seq 7293 nt   +upstreamnt  +downstreamnt
atgttattatgtccaagaggaggggcgagaatatcgcctttccccctcattcttacgctc
ctcgcgaccagtctgtcggtgctagctttaacgtataatgaaacgcttgatgcgtggaat
atcaataagaaccaaaacgcaaccgatgtgttggatttttcaacgacgcggtcaaacaga
acgtataccccatcaccagacaactggcgttcacttccaacttatactattcttctcgac
aaatggatcgacggtgcgcctcaaaataatgacttttttggtcttaaatacgaatatgac
atgcgcgaaacccaactgagagcaggcggggatgcaaaagggttgatgagtgatcgaagt
ttggattatttattatcgatgggttacaaatcaatatatatcgctggtacaaatttcgtc
aacatgccttggcaatctgatggttattcggctatcgactttacactgcttgatccgcac
tatgggacgttgcaagaatgggttgatctggttgaccggattcatgccaaggggatgagt
atcatcctcgatttcacagttggtaccatgggtgatttgatcggttttgaaggccacctc
aacacctctacaccattctcaatggacgaacacatcgcacaatggaaacttcccgattat
gcaccttggggattccaaaagtaccctgacttcaacttcacaaacacttataatgactct
tgtgtctaccctactttctggcttgacgatggtacggtttatgacccaggaaagactggt
tgttatgcgagtgattttgaccactatggagatatcgaggctttcggtgttttccctgat
tggcaacgacagctcgccaaattcgcttccgtccaagaccgtcttcgagaatggcgtccg
gaaaccgccgccaagttgaaacgttttggttgtctcaccattgaagcacttgatattgat
ggtattcgtatcgacaaggctactcaggtcactgttgacttcatggctgaatgggccaac
gcgactcgagagtgtgctagacagttcaacaaggacaatttcttcattcctggtgaaatt
accggtggtgacacttttggtgcgctttatatcggtcgaggacgaacgcccaccctgcaa
ccgtccaactttactcaagcgattgagcttacccaggatcaacagcaatacttcttgcga
gaagaaggcatcgccggtcttgactctgcagcgttccactattccatctatcgatctctc
tgtcgattccttggtatggacggtaacttgcaagtggcgtacgatgtcgacgtcaacttt
gttactgcttggaacgagatggtcgtttccaacgagttccttaactcgcagaccaacgac
tttgaccctcgtcacatgtacggtaccactaaccaagatgtcttccgatggcctggtttg
gcaaacggaactgagcgtcagcaattgggacagttcgtcactgtcttgcttatgccgggt
attcctttgggttggtatggcgaggagcaagcgttctatttgcttgacaacactgccaat
aactatctgtatggtcggcaaccgatgacttcaaacccagcttggaagaagcacggctgt
tacaagctcggttccagtcagtattataacatgccttatgacaaggttctcactggttgt
gatgacccttggaactctttggaccactttgatcctaccgccgaggcattgaggggcatt
aggaacatgatttacctccgaactcagttcccttcgctccaagacggtttctctcttacc
acccttggaaactggacgcactttatccagttgcctggttctaaccaaacccagaccgag
cttggtatgtggtccgtcactcgtgcgcctaccagtcaacaggaaggtcatggttctttc
gaagcgaacggtaccattactcaggcagtctggttgatctacaccaacgagaatgaaact
gtcacctacgattttgactgtaaacaggatggctggatttcgtctccttaccagtctggt
gtcacagtgcgaaacttgttttatccctatgagaattacacccttgaagactcgttgagc
tcttattactctgatggcaactcgccttatcgaggatgtctgggttccatcacgcttgat
ccgttcatgtacaaggcgctcgtaccgcaagaccagtgggtccctcaaccgcctaccatc
tccaagttcactcctggtcatgactaccgttatcaaacttctggtggtaccaccaacgtc
gatctcacgatcgaatatgatacggacatggactgcacttcacttcgacaggcgatgacg
ctcaactacaccatcgctgggtccggctctccgtctttgtccgagggtgactgtgagtca
attgccgaggccgactgggaagccccttcaattcctagtgtctcgcctggacgatggagg
tggaccggtcagcttcagaacgctcccgacggtatctacgaaatcatcatcagcagtgtt
gactctcagagcgctggcgtttcaactggtaacaccgatcacttgcttctccgacttggt
caggcgggcaatgtgatggttttccccgagaatgattatagcgactccctgttaactgtc
tcagatggcgtttacaccctcaacaacactgcggacggtgcggacgcttatcgatacagt
gccgatttcggacagacttggtctgcttggatgaactatgaaacgaatccgactttgaac
gcttccatgtttgaagacaactcccattggtgggatgggtaccacgttgtggtgcagtat
tactcaaacattgctggttcttccaaccagcagattcatggcgatgccaactgggcacac
ggacatcgacgatggccacagctgttggcgaggggttcgtttaacacttggggttatgat
ctcggtgcatccgcgaccttttcattgactaatgataacacttgggagatacctttgtct
tccgcttggccggcgtacattcagctaaacgtctgggcctttgatgactatttctacggt
gacgttgatggcgacggtatcattgatcgtatggcgcccaacgctcagagtgcaaattat
ctcaacatgtcgatccctcccgctcctcacttggcttggaacgttattgttgacgatgct
actggcgaatggagtgttgagcctattggtcaccaaacagttacggttatcgcctttgcc
ttgttgctcgtcatccctgctcttaccgctttcgccgctgcagctattttcaggtactct
ttctattctatcaaagttaacaggtttggtctcaagcctaataaggcctccaaggaaact
tcctacttccccatcatcggtggacacggtgagaagaagggtgatgtctcagagaagggc
gccttggcgctgaacgagaagaaccacaaaacccctgcaaaggttatcggttggccggaa
gaccagaacaagcgccgaaaggttcttattgctacacttgaatacgagattatggattgg
aagctgaaggtcaagatcggtggtttgggtgtcatgtcaactttgatgggtaaggcaatg
acggacgttgatttgatctgggttgtgcccaaggttcaggatttggagtaccctcaagga
gagtatgccgagccgatcgaagtcatcatctttggcgagccctaccttatcgaggtagag
actcacaagctcgacaatatcacatatgtcatccttgactctcccgtcttccgcgctcaa
accaaggccgatccttaccctcaacgaatggacgacttgtcttctgctatcttctactct
acctggaaccaagctattgccgagacaatccgtcgtaaccccatcgtcgacatttaccac
atcaatgattaccacggtgcccttgcccctctctacattttgcccaaggtcgttcctgtt
tgtctctcgcttcataatgccgagttccaaggtctctggcctttgcgaaccaaggatgaa
atgaaggaggtatgcgcagcgttcaacatccccaaggaagtgtgcagcaagtatgtccaa
tttggcaacacgttcaacttgcttcacgctgctgccagttacatttctcaccaccaaaag
tctattggtgtcgctggtgtctctgacaagtacggtaaaaggtcttgggcgaggtaccca
gctctttggactttgcgaaacatcgactctttgcccaatcccgatcctactgatatcgcc
gcccttgacgagcaacctttggccgttgacaagattgaggttgaccaggaggccgagtct
aagcgccccgagcaaaagaggcaagcacaagaatgggctggtctcaagcaggatcccgat
gccgatctctttgtatttgtcggtcgatggtccaagcaaaagggtgtcgatttgattgcc
gatgttatgccaagcttgctcgacaagaagcccaagattcagttgatctgtgttggtccg
gttattgatctttacggaaggtttgcggctgagaagctggcgaggttgatggagatgtat
cccgacagagtctactccaagcctgagtttaccgccctccctccttacctgttcagtggt
gcagactttgctttgattccgtctcgagacgagcctttcggtttggtcgctgtcgagttc
ggtaggaagggcgctcttggtgttggttctcgtcttggtggtcttggtcttatgcctggt
tggtggttccccgtcgaatctagtgctaccgtgcacatgctttcgcaattgacgaagacc
atcaaacttgccctcaagtctactcccgaagagcgagctatcctccgtgcccgatctgct
gtccaacgtttcccggtcgtcgaatggcgtcagcgacttgaagacttccagcgtcggtct
attatagctagtcgacaagttgcaggcggtaacgcttggggttacgatttggtcgatcag
gaagttggaagcggtttttacgctcaaggcgacaacggctctttcacttctttggctcgt
ggtgaatggggcaggtccgctacacccgactctactgctcccaactctcctatgcccggt
cacagtcctcttgccggcgagggacaaaattactttgatcccaacttgcctatggcgtcc
tccaactctctcggcgccaactatcacaagcgtttcgacaagaacgccaaccgtcaatct
gccgagtcattctacgatgaggaccccaacgcttcgcctttgtactatggagacaagcga
caatccggcaaacccaagttcttcggctacgatgatcaggacgttgcttcttctgttggt
tcctccgatcaaggtgacactactgttgtcggttctacttcaggtcaacgagactcatct
gttcaaacttacgacaacttccttgccgctgccaaccgtcaattcgccaagaactctggt
gaacggaacgctcctgacccttactttgacaaccgaatgtctcaagattccaccaacttt
gctccctcgcgaccattcactgctcactctcgtgtttcttccttcgattcaatttcttct
attgttgacgagaagggctcttccccgttgaacaaggctatggaaacgtttacagatgcg
gatggcgaggttgcgcagagtttcgttcagaagcttaaggacttgtctgcgagcaactct
aagggtgatctctgtattgagaagttcttgatcaagagcgaaaaggcgttctttgacgaa
gtcaagaaggataagattgctagcatgagtatccgatctcgcgactcttacgtccagtcc
cgcgctcctagtatgattgacggtttccgacctgactctccgatgtctcattccatatct
cactctggtcacggccatgacgaaatgagccaatacggtggtatccccggcggacacgac
atgtacgatgaaggtggaccttccgagcctcgtatgactaggttgcagatctttatgggt
aggcagatttaccgatggcccctctactctatcgtcctttctctcggacagctgctttcg
gccacttccttccagctgagtttgctcggtggttccaacactcagaccgcaacagattta
tacattatttgtgccgtctttgccgttgccacagtcgcatggtacacccttttcaggatg
aagccttctgtctattgcttgagtattccttgggccattttctccattgccttcttgctt
attggtttcccttccttccaaggtgtattcctcgcccctcgtttgaccatcacccgagtc
gccacatacatgtacgccattgcttcttcggctggtttcctctttttcggtctcaacttt
ggtgaagaagctggtgcggctactgaggtctgggttacccgtgcttgtatcgtccagggt
ctccaacagatttgggtctccgctctttggtactggggttacactctcaacggtactgat
cccgatgactatgtaccctcgcgaattatcctctacatttgttggcctctttccgccatc
tctgccatctttgcctacgtcatgtggttcggtcttcccgagtactaccgtcagatcccg
ccttacgttcccaacttcttcaagaccttgttcagaaggaagcttgtcatctggttcttg
atctcggagattttgagggattattggttgtctggaccttatggtcgaagctggcagtac
ctctggtctcaggtggttattcccagatgggcagtggtgatcatgattgccatcttcttt
gtcggtatctggggtcttctccttggtatccttattcggtattccaagattcactcttgg
cttcttcccgtctttgccattggtctcggttgtcctcgatggtgtcagatgtggtggggt
acctccggcatggctctctatattccatggggtgggagcgctggtccttacatcggtgtc
tgcacgtggctctggcttggtgttcttgatgctatccagggtgtcggcttgggtatggtc
ttgttgcagaccctctctcgactgcacgtttgtgtgacattggcgcttgcgcagttcgtc
ggtgcttgcgttgtcatgctcgctagaggaacagctcccgacaaggtcggtcctggcaat
gtctttcccaaccccgccatctgggatatcggtggatctggcaagaacatgcctctggca
cactatgagttctggctctgtctcgtctgccagatcattattgtcattggttacgccatc
ttcttccgacgcgaacagctgagcaagccataa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (64)   

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