In SATrends issue 62 (January 2006), we reported that DREB1A transcription factor from Arabidopsis thaliana, when introduced transgenically into groundnut and expressed under the control of a stressresponsive promoter from A. thaliana rd29A gene, appears to confer water-economizing capacity compared to its wild type parent variety JL 24 (WT). We now have some exciting observations on roots of DREB1A transgenics
Groundnut, cultivated under rain-fed conditions is prone to yield losses due to intermittent drought...
Abstract only availableFaculty Mentor: Dr. Melvin Oliver, AgronomyCrops such as maize are highly sus...
DREB1A (Dehydration Responsive Element Binding 1A) transcription factor is involved in plant respons...
In SATrends issues 62 (Jan 2006) and 75 (Feb 2007), we reported that when the DREB1A gene driven by ...
Water deficit is a major yield-limiting factor for many crops, and improving the root system has bee...
The semi-arid tropics (SAT) are prone to hot summers and erratic rainfall. In such regions, abiotic...
An outdoor confined trial was conducted during the postrainy season of 2009 for physiological evalu...
Breeding groundnut for enhanced drought tolerance traits like transpiration efficiency (TE) and sto...
Water deficit is the major abiotic constraint affecting crop productivity in peanut (Arachis hypogae...
Transgenic research using the DREB group of transcription factors has received much attention in dev...
Transpiration efficiency (TE) contributes to crop performance under water-limited conditions, but is...
Chickpea (Cicer arietinum L.) is mostly exposed to terminal drought stress which adversely influence...
High water uptake, efficient conversion of water into biomass and high harvest index are the key co...
Groundnut, cultivated under rain-fed conditions is prone to yield losses due to intermittent drought...
One of the major environmental factors limiting plant productivity is lack of water. This is especia...
Groundnut, cultivated under rain-fed conditions is prone to yield losses due to intermittent drought...
Abstract only availableFaculty Mentor: Dr. Melvin Oliver, AgronomyCrops such as maize are highly sus...
DREB1A (Dehydration Responsive Element Binding 1A) transcription factor is involved in plant respons...
In SATrends issues 62 (Jan 2006) and 75 (Feb 2007), we reported that when the DREB1A gene driven by ...
Water deficit is a major yield-limiting factor for many crops, and improving the root system has bee...
The semi-arid tropics (SAT) are prone to hot summers and erratic rainfall. In such regions, abiotic...
An outdoor confined trial was conducted during the postrainy season of 2009 for physiological evalu...
Breeding groundnut for enhanced drought tolerance traits like transpiration efficiency (TE) and sto...
Water deficit is the major abiotic constraint affecting crop productivity in peanut (Arachis hypogae...
Transgenic research using the DREB group of transcription factors has received much attention in dev...
Transpiration efficiency (TE) contributes to crop performance under water-limited conditions, but is...
Chickpea (Cicer arietinum L.) is mostly exposed to terminal drought stress which adversely influence...
High water uptake, efficient conversion of water into biomass and high harvest index are the key co...
Groundnut, cultivated under rain-fed conditions is prone to yield losses due to intermittent drought...
One of the major environmental factors limiting plant productivity is lack of water. This is especia...
Groundnut, cultivated under rain-fed conditions is prone to yield losses due to intermittent drought...
Abstract only availableFaculty Mentor: Dr. Melvin Oliver, AgronomyCrops such as maize are highly sus...
DREB1A (Dehydration Responsive Element Binding 1A) transcription factor is involved in plant respons...