Addendum: WLM68693
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Entry
WLM68693 CDS
T10000
Symbol
aprG
Name
(KEGG) 4-carboxy-3-alkylbut-2-enoyl-[acp] decarboxylase (EC:4.1.1.125)
KO
K27305
polyketide synthase / 4-carboxy-3-alkylbut-2-enoyl-[acp] decarboxylase [EC:
4.1.1.125
]
Taxonomy
TAX:
207920
Lineage
Bacteria; Bacillati; Cyanobacteriota; Cyanophyceae; Coleofasciculales; Coleofasciculaceae; Moorena
Organism
Moorena bouillonii
Taxonomy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
ketoacyl-synt
Acyl_transf_1
KR
ECH_1
Ketoacyl-synt_C
PS-DH
CurL-like_PKS_C
PKS_DH_N
Methyltransf_12
KAsynt_C_assoc
ADH_zinc_N_2
ADH_zinc_N
ECH_2
Methyltransf_23
RhiE-like_linker
PP-binding
adh_short
ADH_N
Methyltransf_25
Methyltransf_11
Thiolase_N
Methyltransf_31
HTH_51
DUF7080
Beta-ketacyl_N
adh_short_C2
DUF938
Ubie_methyltran
GDP_Man_Dehyd
Methyltransf_24
NodS
MTS
DREV
GCD14
Motif
Other DBs
NCBI-ProteinID:
WLM68693
GB:
OQ942863
LinkDB
All DBs
AA seq
2942 aa
AA seq
DB search
MANLNLNLDLVEGNSDVVQLVELGNGVVQIAMQDKENCNIFSPGIIEGLYKCFGAVAQNQ
SYKVVILTGYGNYFCSGGTKERLISIWKGDSKCNDLDFFRIALDCEIPVIAAMQGHSIGG
GLVLGLYADLVVLSQESIYTTNFMKYGFTPGVGCTLILPEKFGALGFEMMYTAQNYRGKE
LAERGVSFPVVPRKDVLEVAKNIAYEMSEKPRLSLITLKEHLTSKIRKTLPGFIDKEVAM
HEITFHQPEVASRIEENFDKRTTASNNPQNFPQEAVRKEIRTDSLNCQPFQLKTFSYGSL
NNLTLVPLERRVPSPSEVEVQIKTVPVNFRDILNALGMLQEYYEKTFGIANAEDLTFGFE
GAGTIVAVGAEVSQWQVGDEVMVMRIHDAFSSFIICSPDKLVRKNFNLNMEDGASIWGPF
STAYHGLINLAKIQPGDRVLIHAASGGIGQAAIQLAQLFGAEVFATTSPGKMNYLREQGI
KYVMNSRTMEFVNDVMEFTQGRGVDVILNSLTHGEYIQKNLEILADRGRYVELGKLGIWS
HEQVYQKRPDIKYFTFDLLEEFAKDNQLFSQIWDNLALEFDRDRLKPLPYKTFPIEDVLK
AFDYMRRGKHFGRVVVVMPDSYSRQEQELDARLSIENKMTKEEQILFQLQSGEVSLENAE
QLLLGNTETETQDKAIAENQIDNIQNKLINMDSSEKILSLISSVEISLETAEKLLLEVVE
PEVKTEVNDEVNPSQNHIPTTDIAIIGISCRYPGANNWKEFWENLKNGIDSVTEAPPGRW
EEKNWYHPDPDNPGTSYSKCAGFLDEIDKFDPLFFHISPEEAWFMEPEQRIFLEEAYHAI
EDAGYATDSLRGKQYGVFVGVTVNGGYLKLLSISGLDVHRMAATGNGPSMIPARIAYMLD
LQGPVVAIDTACSSSLVAVHQACQSIQRGESEIAIAGGITLMPTSDFQIMSSQFQVVSPD
GRCKTFDASASGTAWSEGCGVLLLKSYSQAIQDNDHIYGVIKGTGVNYDGNTNGISAPSS
QSQASLEEAVYQKFGINPETISYVEAHGTATPLGDPIEVEALTEAFSKWTNKKQFCAIGS
VKTNIGHSAAAAGVSGLIKTILCLKNQKLVPSLHFNQPNPHIDFENSPFYVNTKLKDWEV
LEGQPRQATVSSFGFSGTNAHIVIEEAPSQVKSQNIVERPIHLLTLSAKTEKALEDLVSN
YQNYLETNPELPLADVCYTASTGRAHFNYRLGVIASEPKALIEKLLGWKAQEELVGLFSG
KRNSEGQKIAFLFTGQGSQYANMGRQLYEKAPTFRQALEECDQILQPYLEVPLLEVIYSE
DAQKSSDNLLDQTAYTQPAVFAVEYALAKLWSSWGIKPCVVMGHSVGEYVAATVAGVFSL
EDGLKLIAMRGKLMQKLPSGGEMVSVMASESQVTEAIKEYSSQVTIAAINGPESIVISGE
SVAIKNICSLFESEGIKTKQLQVSHAFHSPMMEPMLAEFESVAKQVTYNQPQIPLISNVT
GTEVDGEITNAEYWVDHVRQPVRFAQSMKTLESEGYETFLEIGPRPILLGMGRQCVTEDV
GEWLPSLRPGVDEWEQMLSSLGKLYVKGAKIDWSGFDSDYTRQKVVLPTYPFQGERYWVE
TNNNFWPQRQFSQGENLHPLLGQKLNCAGEQQIFASQIGENSPNYLRDHRVFNQALFPIT
GYLEIAIAAGNHQLKTSQIVIEDLTITRGWILPTGELTNAQTILTPIDNQSYKFQIFSQP
EQQEWRLHTTGKIRKESTPPTQTKVDLEKYKSECNQTIEVKQHYQKCQQVGIDYGNTFQG
IQELWSGSNQALGYIKLPEELITQTSDYHFHPALLDAALQVMFYALPATDNDKTYLSAGI
EEFRLYKTPGLSIWAYVSVTSQEVETPESLTAIVTIVTPEGEIIANIKGLQVKLATKQTL
LGTETESIENWLYEVEWRNKGILGKLLPPYFLIPPIQINQKLTPTLTELVTQVDNETTAS
FETSLEELSRDYIVQALQSMSWSYKPTESFAFDVAAQKLGIVPTHRPLFKRLLQILTESG
ILNSKNQQWEVAQTLPEVKPTEKISSLQKKYPEETAALTLLSRCGSKLSGVLRGAIDPVE
LVFPQGDLTAATQLYEDSTVAKVMNTIVEKSITKAIEKLPKSRGLRLLEIGGGTGGTTSY
ILPHLNPQQTEYTFTDIGALFTAKAQEKFRDYKFIKYQTLDIEVDPTTQGFEAHQYDVII
AANVLHATTDMKQTLSHVRELLADGGMLVLSEATAKTLWVDLVFGLLEGWWKFRDYELRP
DYPLLSREKWHHVLRETGFTEVVTMPEVEGMAETLSAQTVIVAKSSQTKLEQRNDDSKSW
LILADSQGVGQQLATLLRSVGEVCTLVFAGERYQQIAPGEFSINPNQAKDFEEVIETVAG
KSPSLYGVVQCWTTEAGVGNGINSEELGSLSKLGCGTTLSLVQALVKGGLSTVPRLWLVT
NGAQAVPNNHPVIPGVAQSSVWGMGKVISWEHPELNCTRIDLDPEETLEGKVDALFKEIW
SEDREDQVAWRGDSRYVARLVGSHHRQLVAQQADGKTQKPLSFRSEASYLITGGMGGLGL
LVASWMVSKGAKHLILLGRRSPDDATRKKITELEMAGASVVVEKADVTDLESMKGVLQRI
EESKRPLVGVIHSVMVLSNGVLRNQTWSSFEQVMEPKVQGAWHLHQLTQSQPLDFFVLFS
SATSLLGSLGQGMANYSAANGFLDGLAHYRRTMGLPGLSIHWGAVSQVGRALGRDTETAA
MLSKNGMGLISPAQVLESLELLMSSSDVEVGVMPIEWSGWQERVAQWPFLVDWQETILEV
AQPSKSDFLLKLEATPPNELRLLLVAHVRRQVAQVLRISHPESIEMDTGFFDLGIDSLTS
VELRNKLQGSLKCSVPSTVTLDYPTIKALVEYLYQQLLLEQVSYSNTVPTEEINEDREEI
TL
Reference
PMID:
21533272
Authors
Grindberg RV, Ishoey T, Brinza D, Esquenazi E, Coates RC, Liu WT, Gerwick L, Dorrestein PC, Pevzner P, Lasken R, Gerwick WH.
Title
Single cell genome amplification accelerates identification of the apratoxin biosynthetic pathway from a complex microbial assemblage.
Journal
PLoS One 6:e18565 (2011)
DOI:
10.1371/journal.pone.0018565
DBGET
integrated database retrieval system
