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metaq-pks2

Metarhizium acridum (strain CQMa 102). Polyketide synthase 2 Thioesterase domain

Comment

Relationship

Family : Thioesterase

Block : X

Position in NCBI Life Tree : Metarhizium acridum

(Below N is a link to NCBI taxonomic web page and E link to ESTHER at designed phylum.)

> cellular organisms N E > Eukaryota N E > Opisthokonta N E > Fungi N E > Dikarya N E > Ascomycota N E > saccharomyceta N E > Pezizomycotina N E > leotiomyceta N E > sordariomyceta N E > Sordariomycetes N E > Hypocreomycetidae N E > Hypocreales N E > Clavicipitaceae N E > Metarhizium N E > Metarhizium acridum N E

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

Sequence

Peptide

GVDSLLSLTI TGRIREELDL DVDSSTFTNC STLGELRLFL AADQKLDDAV ACESSNGQHT PQTSDKGSGT LTAQKPDHDT DSEMTLNRVC AIIAEEVGIS VEELSSSQDF QELGIDSLSA LTILSRVREE LQLDLESDFF DTHPSFYSLQ KTLRGTEGAS NRTLEPNGAI PSRHDLKSDL GNIEWQSGQN IVASAPHATS ILVSGSPSTA RMILVLFPDG SGSAASYGAL APKIRKDIAV YALNCPWRTN GEEILRLGVS LDQMVAKHLI EVRRILDNHQ QSRLNGSIDL ALGGWSAGGI LAIEGVRQLR QTGIVVQKLV LLDAPNPIGL QNPPPRMFHF LDELGILGAG TGKAPTWVLQ HFDAMVNLLK SYRPRPLSAE SAPKSLIVYA KDGVCKDPKG PQMDTKPDDA REMLWLLYDR VDFSAEGWKS LVGQQNLVVG VVEDVNHFSM MNPGPKIIEM SNLIGDFLLG LN

References (2)

Title : Duplication of a Pks gene cluster and subsequent functional diversification facilitate environmental adaptation in Metarhizium species - Zeng_2018_PLoS.Genet_14_e1007472
Author(s) : Zeng G , Zhang P , Zhang Q , Zhao H , Li Z , Zhang X , Wang C , Yin WB , Fang W
Ref : PLoS Genet , 14 :e1007472 , 2018
Abstract :
PubMedSearch : Zeng_2018_PLoS.Genet_14_e1007472
PubMedID: 29958281
Gene_locus related to this paper: metaq-pks1 , metra-pks2 , metmf-pks2 , metaf-pks1 , metbs-pks2 , metas-pks1 , metaq-pks2

Title : Genome sequencing and comparative transcriptomics of the model entomopathogenic fungi Metarhizium anisopliae and M. acridum - Gao_2011_PLoS.Genet_7_e1001264
Author(s) : Gao Q , Jin K , Ying SH , Zhang Y , Xiao G , Shang Y , Duan Z , Hu X , Xie XQ , Zhou G , Peng G , Luo Z , Huang W , Wang B , Fang W , Wang S , Zhong Y , Ma LJ , St Leger RJ , Zhao GP , Pei Y , Feng MG , Xia Y , Wang C
Ref : PLoS Genet , 7 :e1001264 , 2011
Abstract :
PubMedSearch : Gao_2011_PLoS.Genet_7_e1001264
PubMedID: 21253567
Gene_locus related to this paper: metaq-dapb , metaq-e9dr02 , metaq-e9dr46 , metaq-e9dx32 , metaq-e9dy00 , metaq-e9e6i5 , metaq-e9e332 , metaq-e9e873 , metaq-e9eaq4 , metaq-e9ebs3 , metaq-e9ebt3 , metaq-e9edi2 , metaq-e9edr0 , metaq-e9ee29 , metaq-e9eej3 , metaq-e9ef60 , metaq-e9ef98 , metaq-e9efc1 , metaq-e9eg97 , metaq-e9egz7 , metaq-kex1 , metar-dapb , metar-e9ej81 , metar-e9ejw6 , metar-e9ek06 , metar-e9eka7 , metar-e9eku9 , metar-e9em68 , metar-e9emd0 , metar-e9enf9 , metar-e9eny8 , metar-e9ep20 , metar-e9ep60 , metar-e9eqh0 , metar-e9etb2 , metar-e9etp6 , metar-e9euh9 , metar-e9ey62 , metar-e9eyx6 , metar-e9ezk2 , metar-e9f3f2 , metar-e9f3j3 , metar-e9f3l3 , metar-e9f3z5 , metar-e9f6q5 , metar-e9f6t6 , metar-e9f7y7 , metar-e9f9h2 , metar-e9f029 , metar-e9f205 , metar-e9f721 , metar-e9fa63 , metar-e9fab1 , metar-e9fas3 , metar-e9fbn5 , metar-e9fbt1 , metar-e9fd34 , metaq-e9eej8 , metaq-e9dx35 , metar-e9f3e9 , metar-e9f0w8 , metan-a0a086npb7 , 9hypo-a0a014p983 , metan-a0a086nhe0 , 9hypo-a0a0a1v7e9 , metaq-e9e0y0 , metan-a0a0d9pev7 , metaq-e9edt7 , metra-e9ewg3 , metra-pks2 , metaf-pks1 , metaq-pks2 , metaq-e9e9z0