A Seed Preferential Heat Shock Transcription Factor from Wheat Provides Abiotic Stress Tolerance and Yield Enhancement in Transgenic Arabidopsis under Heat …
Reduction in crop yield and quality due to various abiotic stresses is a worldwide
phenomenon. In the present investigation, a heat shock factor (HSF) gene expressing
preferentially in developing seed tissues of wheat grown under high temperatures was
cloned. This newly identified heat shock factor possesses the characteristic domains of class
A type plant HSFs and shows high similarity to rice OsHsfA2d, hence named as TaHsfA2d.
The transcription factor activity of TaHsfA2d was confirmed through transactivation assay in …
phenomenon. In the present investigation, a heat shock factor (HSF) gene expressing
preferentially in developing seed tissues of wheat grown under high temperatures was
cloned. This newly identified heat shock factor possesses the characteristic domains of class
A type plant HSFs and shows high similarity to rice OsHsfA2d, hence named as TaHsfA2d.
The transcription factor activity of TaHsfA2d was confirmed through transactivation assay in …
A seed preferential heat shock transcription factor from wheat provides abiotic stress tolerance and yield enhancement in transgenic Arabidopsis under heat stress …
HC Harsh Chauhan, NK Neetika Khurana… - 2013 - cabidigitallibrary.org
Reduction in crop yield and quality due to various abiotic stresses is a worldwide
phenomenon. In the present investigation, a heat shock factor (HSF) gene expressing
preferentially in developing seed tissues of wheat grown under high temperatures was
cloned. This newly identified heat shock factor possesses the characteristic domains of class
A type plant HSFs and shows high similarity to rice OsHsfA2d, hence named as TaHsfA2d.
The transcription factor activity of TaHsfA2d was confirmed through transactivation assay in …
phenomenon. In the present investigation, a heat shock factor (HSF) gene expressing
preferentially in developing seed tissues of wheat grown under high temperatures was
cloned. This newly identified heat shock factor possesses the characteristic domains of class
A type plant HSFs and shows high similarity to rice OsHsfA2d, hence named as TaHsfA2d.
The transcription factor activity of TaHsfA2d was confirmed through transactivation assay in …