KEGG A.nidulans: AN3729.2

Aspergillus nidulans: AN3729.2

Entry

AN3729.2 CDS A.nidulans

Definition similar to 1,3-beta-D-glucan synthase catalytic subunit

Orthology K00706 1,3-beta-glucan synthase [EC:2.4.1.34]

Pathway ani00500 Starch and sucrose metabolism

Class Metabolism; Carbohydrate Metabolism; Starch and sucrose metabolism
[PATH:ani00500]

SSDB

Motif Pfam: Glucan_synthase
PROSITE: TYR_RICH

Other DBs NCBI-GI: 67526543
NCBI-GeneID: 2873152
BROAD: AN3729.2
UniProt: C8V7C0 Q92225

Position II

AA seq 1905 aa
MSGYPQGSGYQHGNYDDGYDHQGHGDAYYQDDHHAQAGYYDNQDYGDGYYDRGGYGDHGY
QHDGYYDAGHHDDYYGDQYYAQGGQGRGRHGRDSEEESETFSDFTMRSETARAADMDYYG
RGDERYNSYTDSQYGHGGYGYRPPSSQVSYGGNRSSGASTPVYGMDYGNGLPAGQRSREP
YPAWASDGQVPVSKEEIEDIFIDLVNKFGFQRDSMRNMYDHLMTQLDSRASRMTPNQALL
SLHADYIGGDNANYRRWYFAAHLDLDDAVGFANMKLGKADRKTRKARKAAKKKAQENPED
VEGTLEALEGDNSLEAAEYRWKTRMNRMSQHERVRQLALYLLCWGEANQVRFLPEALCFI
FKCADDFYNSPECQNRVEPVEEFTYLNEIITPLYQYCRDQGYEILDGKYVRRERDHNQII
GYDDMNQLFWYPEGIERIVLEDKTRLVDIPTAERWTKLKEVNWKKVFFKTYKETRSWFHL
VTNFNRIWVIHLGAFWFFTAYNAPTIYTKNYRQQLNNKPPGAYYWSAVGFGGALVSFIQI
MATIFEWMYVPRRWAGAQHLTKRLLFLLLVFVINLAPGVVVFGFSSVLPGKVPLVVGIVH
FFIALATFFFFSIMPLGGLFGSYLKKHGRQYVASQTFTASFPRLKGNDMWMSYGLWVCVF
GAKLAESYFFLTLSIKDPIRYLSPYHVHQCAGVKYIGDKICYYQPQILLGLMFFMDLTLF
FLDSYLWYIICNTIFSVARSFYLGVSIWSPWRNIFSRLPKRIYSKVLATTDMEIKYKPKV
LISQVWNAIIISMYREHLLAIDHVQKLLYHQVPSEQEGKRTLRAPTFFVSQEDQSFKTEF
FPRGSEAERRISFFAQSLSTPMPEPLPVDNMPTFTVLIPHYSEKILLSLREIIREDEPYS
RVTLLEYLKQLHPHEWDCFVKDTKILADETSQFNGDYEKNEKDAAKSKIDDLPFYCIGFK
SAAPEYTLRTRIWSSLRSQTLYRTVSGMMNYSRAIKLLYRVENPEVVQMFGGNSEKLEHE
LERMARRKFKICVSMQRYAKFTKEERENTEFLLRAYPDLQIAYLDEEPPANEGEEPRLYS
ALIDGHCELLENGMRKPKFRIQLSGNPILGDGKSDNQNHSIIFYRGEYIQVIDANQDNYL
EECLKIRSVLAEFEELTTDNVSPYTPGVASSSEAPVAILGAREYIFSENIGVLGDVAAGK
EQTFGTLFARTLAQIGGKLHYGHPDFLNGIFMTTRGGISKAQKGLHLNEDIYAGMNAMVR
GGRIKHCEYFQCGKGRDLGFGSILNFTTKIGTGMGEQMLSREYYYLGTQLPLDRFLSFYY
AHPGFHINNMFIMLSVQMFMIVLINLGALKHETINCNYNSDLPITDPLMPTFCAPLTPII
NWVNRCVISIFIVFFISFVPLAVQELTERGLWRMATRLAKHFGSFSFMFEVFVCQIYSNA
VHQNLSFGGARYIATGRGFATARIPFGVLYSRFAGPSIYTGFRLLIMLLFSTSTTWTASL
IWFWVSLLALCISPFLFNPHQFAWNDFFIDYRDYIRWLSRGNSRSHASSWIGFCRLSRTR
ITGYKRKLLGVPSEKGSGDVPRARITNIFFSEIVAPLVLVAVTLVPYLYINSRTGVSADV
DGGNDPHDAILRIAIVAFGPIGINAGVAAVFFGMACCMGPILSMCCKKFGAVLAAIAHAI
AVIILLVIFEVMFFLEHWSWPRCVMGMIAMAAIQRFVYKLIIALALTREFKHDQSNIAWW
TGKWYNMGWHSLSQPGREFLCKITELGYFSADFVIGHLLLFIMLPALCVPYIDKFHSVIL
FWLRPSRQIRPPIYSLKQSKLRKRRVVRFAILYFAMLILFLVLLIAPLIARNQDLNLKMS
GILLELMQPLDSNNNDTMTSYTGSGVPKGMEPIASPSSYLTNLNN

NT seq 5718 nt +upstreamnt +downstreamnt
atgtcgggctacccacaaggttcgggctatcagcacggcaactacgatgatggctatgac
catcagggtcatggcgatgcttactatcaagatgaccaccatgctcaagctggttattat
gataaccaagactatggggatggctactacgatagaggtggctacggggatcatggctac
cagcatgatggctactacgatgcgggccaccacgatgactactacggcgatcagtattac
gcccagggaggtcaaggcagaggacgacatggtcgtgactccgaggaagagtcggagacc
tttagtgatttcactatgaggtctgaaacagcccgtgctgccgacatggactactatggg
cgcggggacgaacggtacaacagttacactgatagccagtacggacacggaggctacggt
taccgccccccttcttcgcaggtgtcgtacggtggtaaccggtcttctggagcgtcgaca
ccagtgtatggaatggattacggcaatggcttgcctgcaggccagcgatcccgagagcca
taccctgcctgggcttccgatggccaagttccggtttcaaaggaggagatcgaagacatt
ttcattgaccttgtcaacaaattcggttttcagcgggacagcatgcgcaacatgtacgac
catctaatgacccagttggactcccgtgcctcccgcatgactcctaaccaggcgctcctc
tcccttcatgcggactacattggtggtgacaatgccaactaccgccgttggtacttcgcc
gcccatttagatctcgacgatgcggttggttttgccaacatgaaactgggtaaagcagac
cgcaaaacaagaaaagctcgtaaggctgcgaagaagaaggcacaagaaaatccagaggac
gtcgaaggaacgctcgaggcgctggaaggcgacaatagcctagaggccgctgaatacagg
tggaagacacggatgaaccgtatgtctcagcatgaaagggtgcgccaattggcactgtac
ctactctgttggggcgaggccaaccaagtccggtttttgcccgaggctctttgctttatc
ttcaaatgtgccgacgacttttacaactcgcccgagtgccagaaccgagtggaacctgtt
gaagagttcacatatctcaatgagatcatcactcctctgtatcagtattgccgtgaccag
ggttatgagattttggatggcaagtatgttcgccgtgagcgtgatcataaccagatcatt
ggatatgatgacatgaatcagctcttctggtacccagagggaattgagcgtatcgtgctg
gaggacaagacccgcctcgttgacattcccactgcagaaaggtggaccaagctcaaggag
gtgaactggaagaaggtcttcttcaagacttacaaggagacacgttcctggttccatctg
gttacaaacttcaaccgtatctgggtcatccatctgggtgctttctggtttttcaccgcg
tataacgcccctaccatttacactaagaactacagacagcagctcaacaacaaaccacca
ggagcttactactggtctgctgttggttttggtggagctttggtctcattcatccagatc
atggcgactatctttgaatggatgtatgttcctcgacgttgggcgggtgctcagcatctt
accaaacgcctgctcttcttgctcttggttttcgtcatcaacctggcccctggtgttgtt
gtcttcggattttcatcggtgcttcctggcaaggttccgcttgtcgttggtatcgtccat
ttcttcatcgccctcgccacatttttcttcttctccatcatgccacttggtggcttattt
ggcagttacctgaagaaacacggccgccagtacgttgccagtcagacgttcactgccagt
tttccgaggctgaaaggaaatgatatgtggatgtcatatggactttgggtctgtgttttt
ggtgcgaaattggccgagtcatacttcttcttgaccttgtccatcaaagatcccattcgg
tacttatcgccataccacgttcaccaatgcgcgggtgtcaagtacattggagacaagatc
tgctactaccagccccagattcttcttggactaatgttctttatggatctgacgctcttc
ttcctcgacagttatctctggtacattatttgcaacaccattttctcagtcgctagatcg
ttctaccttggtgtctctatttggtctccctggcgaaacatcttttcgcgtctcccgaaa
cgtatctactcaaaagtccttgcgaccacggatatggagatcaagtacaagccaaaggtt
ttgatctcacaagtttggaacgcaataattatctccatgtacagggagcaccttctcgcc
atcgaccacgtccagaagctactctatcatcaagtgccgtccgagcaagaaggcaagcga
acccttcgagcacccaccttcttcgtttcccaggaagaccagtcattcaagactgaattt
ttcccacgtggtagcgaagcagagcgccgtatttcgttctttgcccagtcgctgtccacc
ccgatgcctgagccgctgcctgttgacaacatgcctaccttcaccgttttgattcctcat
tacagcgaaaagatccttctctctttgcgtgagatcattcgcgaggatgagccttactcc
cgtgtgactctcctggagtacttgaagcagcttcatccccatgagtgggactgtttcgtt
aaggacactaagattctggcggacgagacctctcagttcaatggagactacgaaaagaac
gagaaggacgcggccaagagcaagattgatgacttgccattctactgtatcggtttcaag
tctgctgctcccgagtacacgcttcgcacccgtatttggtcctcgctgcgttcgcaaact
ctttacagaactgtatccgggatgatgaactatagcagagctatcaagctcctctaccgt
gtggagaacccggaagtcgtccagatgttcggtggtaattctgagaagctggaacatgag
ctcgagaggatggcccgtcgcaagttcaagatctgtgtttcaatgcagcggtatgccaaa
ttcacaaaagaagaacgtgagaacacagagttcctcctccgagcctaccccgacctgcag
attgcctatctcgatgaggaacctccagccaacgagggtgaagagccgcgtctctactct
gctttgattgatggacactgtgagctgctcgagaatggcatgcggaagcccaagttcagg
atccagctctccggaaacccgatccttggtgacggcaagtctgacaaccaaaaccactcg
atcattttctaccgcggtgaatacattcaggtcattgatgccaaccaagacaactatctc
gaagagtgcttgaaaatccgaagcgttcttgctgagtttgaggaattgaccaccgacaat
gtctcgccttacactcctggcgttgcctcttcctctgaagctcctgttgctatccttggt
gcccgtgaatacattttctcagagaacattggtgtacttggtgacgttgccgccggtaaa
gaacagacatttggtaccctgtttgctcgtactcttgctcagattggcggaaagctccat
tatggtcaccctgatttcctgaatggtatcttcatgactaccagaggtggtatctccaag
gctcaaaaaggtctacaccttaacgaggatatctacgctggtatgaacgccatggttcgt
ggtggccgcatcaagcactgcgagtacttccagtgtggtaagggtcgtgatcttggtttc
ggttccattcttaatttcaccactaagattggcactggtatgggtgagcaaatgctatca
agagagtactactacttgggtactcaactgccactcgaccgattcctgtccttttactat
gctcaccctggattccacatcaacaacatgtttattatgttgtctgtgcaaatgttcatg
attgttctgatcaacctgggggccctgaagcacgaaaccatcaactgcaactacaactcc
gacctgcccattaccgatccacttatgccaacgttctgcgcgcctctcactcctatcatc
aactgggtcaaccgctgtgttatttcgattttcatcgttttcttcatttcgtttgttcct
ttggctgttcaagaattgactgaaagaggactctggcgtatggcaacgcgtctggccaaa
catttcggatctttctccttcatgttcgaggtgtttgtttgtcaaatctattccaacgct
gtgcaccaaaacttgtctttcggtggagcgcgctacatcgctaccggtcgtggtttcgca
actgctcgtatcccattcggcgttctgtactctcggtttgcgggaccttcaatttacacc
ggtttccgtctgctgatcatgctgctcttctcaacctcaactacctggactgcctctctc
atttggttctgggtctctcttctcgccctttgcatctccccattccttttcaaccctcac
cagtttgcctggaacgacttcttcatcgattaccgtgactacatccgatggctttcgcgc
ggtaactctcgctcacacgcatcctcatggattggcttctgccgtttgtcgcgtactcgg
atcactggttacaagcgcaagcttctcggtgtgccgtcggagaaaggatcaggtgacgtt
cccagagctcgtattaccaacattttcttcagcgaaattgtcgctcctctagtcctcgtt
gctgttaccctcgttccatacctctacatcaattctcggactggtgtgagcgctgatgtg
gacgggggcaatgaccctcacgatgccattttgcgtattgccattgtagcatttggacct
attggtatcaatgccggtgttgctgctgttttctttggtatggcatgctgcatgggtccc
atcctgagcatgtgctgcaagaagttcggtgctgtgttggcggctattgcccacgcgatt
gctgtgatcatcttgcttgtcatctttgaagtcatgttcttcctcgaacactggtcttgg
ccccggtgcgtcatgggcatgatcgccatggctgccattcaacgtttcgtctacaaactt
attatcgcgctcgctcttacccgagagttcaagcatgaccagtcgaacatcgcatggtgg
actggaaaatggtacaacatgggttggcactctctctctcaaccgggccgagagttcctc
tgcaagatcacggagttgggctatttctcagcagacttcgtcattggtcatctcctattg
ttcattatgctgcccgctctttgtgttccttacattgacaagtttcactcagtcattctc
ttttggctccgcccaagtcggcaaattcgccctccaatctactcgcttaagcagtccaag
cttcgtaagcgacgtgtggtccgtttcgctattctgtatttcgccatgcttatcctgttc
ctcgttctccttattgcacccctcattgccagaaatcaggatctgaacctgaaaatgagt
ggcatccttcttgagctcatgcagcctctcgacagcaacaacaacgacactatgaccagc
tataccggctcgggtgtccccaagggcatggagcctattgcgtccccgtcatcgtacctt
acgaacttaaacaactaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (3)   
   BROAD (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (6)   
   GenBank (3)   
   EMBL (3)   
Protein domain (2)   
   Pfam (1)   
   PROSITE (1)   
All databases (20)

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