Mohammad golam Mostofa's profile

Mohammad golam Mostofa

Postdoctoral Scientist

Texas Tech University

I'm working on

7 months ago

Plant Abiotic Stress Tolerance Using System Biology Approach

About

My research in the US mainly focuses on addressing the problems related to the loss of crop productivity under extreme environmental conditions that are particularly prevailed in the southern states, including Texas with the implementation of cutting-edge facilities of IGCAST

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Texas Tech University

Drought priming approach to improve cotton resilience and support sustainable water management

A priming-based agricultural method that exposes cotton seedlings to a brief, controlled drought stress to imprint a transient drought memory. The resulting “drought memory” helps plants recover more effectively from lat...

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Texas Tech University

Synergistic acetic acid and ethanol priming for drought tolerance in soybean

Research from Texas Tech University demonstrates that combined foliar application of acetic acid and ethanol (20 mM each) provides significantly enhanced drought tolerance in soybean compared to either compound alone. Th...

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Texas Tech University

Slow-releasing hydrogen sulfide donors for enhancing crop salt tolerance

Research platform at Texas Tech University evaluating novel slow-releasing H2S donor compounds (GYY4137, AP39, AP67) as plant growth promoters and salt-stress protectants. Preliminary studies in rice show enhanced root a...

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Mohammad golam Mostofa

Postdoctoral Scientist

Texas Tech University

Work experience

Riken Institute

2016 - 2018

Texas Tech University

Postdoctoral Scientist

2012 - 2018

Ehime University

PhD, Plant & Environmental Science