Transcriptional regulation of auxin metabolic-enzyme genes during tomato fruit development

Satoshi Matsuo,Kaori Kikuchi,Kaori Nagasuga,Hiroki Ueno,Shunsuke Imanishi

Scientia Horticulturae（2018）

引用 15|浏览3

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摘要

•Changes in indole-3-acetic acid’s (IAA) and its precursors’ level in growing tomatoes studied.•Variations in the expressions of the IAA metabolism genes also studied.•Indole-3-pyruvic acid pathway controls de novo IAA biosynthesis in pollinated ovaries.•Auxin inactivating-enzymes are possibly involved in control of IAA levels in unpollinated ovaries.•2,4-Dichlorophenoxyacetic acid boosts auxin biosynthetic-enzyme gene expression in unpollinated ovaries.

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关键词

2,4-D,BR,DAA,DAO,FB,Fl,GH3,GUS,HPLC/MS/MS,IAA,IAM,IPyA,IPyA-TAZ,ML,MRM,MS,Ov,oxIAA,Pe,PI,Pol,R,RR,Se,St,TAA1/TARs,TAM,Trp,TU,YL,YS

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