Research Assistant Professor/ Lab Manager

Chien Ha

chien.ha@ttu.edu

Lead projects involving evaluation of abiotic stress – drought, salt,
cold, and heat, high CO2 –tolerance, and yield potential of Arabidopsis, cotton, sorghum, soybean, common bean, and corn in greenhouse and field conditions.
The primary goal is to develop stress resilient sorghum and cotton by the use of signaling molecules and genetic engineering.

Research Scientist

Mostafa Abdelrahman

mosabdel@ttu.edu

The dynamic changes in the transcriptome and metabolome landscape of crop plants in response to environmental stresses.

Ph. D. Student

Sanjida Sultana Keya

skeya@ttu.edu

The role of a plant growth-promoting Bacillus amyloliquefaciens, in mediating the responses of Gossypium hirsutum to individual and combined salt and drought stresses. 

Md. Mezanur Rahman

mdmerahm@ttu.edu

Combining chemical and genetic strategies for improvement of soybean (Glycine max) growth and yield potential under individual and combined heat and drought stresses.

Vy Le Phuong

vy.p.le@ttu.edu

Touhidur Rahman Anik 

tanik@ttu.edu

Assessing the potential roles of Zn supplements (bulk ZnO, ZnSO4, and ZnO-NPs) for improving cotton drought tolerance and
identifying the associated physiological, biochemical,
and molecular mechanisms.

M.S.Student 

Chuong Nguyen

chuonguy@ttu.edu

Investigating the molecular mechanisms underlying soybean responses to abiotic stress, with the goal of generating more stress-resilient soybean cultivars

Pham Nhi Thi

nhi.pham@ttu.edu

Enhancement of drought tolerance and reduction of fiber detachment force of cotton using co-application of acetic acid and ethanol

Student Assistant

Mai Dao

maidao@ttu.edu

Visiting Scientist

Huong Nguyen 

huong.nguyen@ttu.edu

Anket Sharma

anket.sharma@ttu.edu

Aarti Gupta

aartgupt@ttu.edu