Research Interests:

 

I am investigating the role of SIP68, a UDP glucosyltransferase protein in plant stress responses. SIP68 interacts with SABP2, a key component in salicylic acid signaling, known for its role in combating both biotic and abiotic stresses. By unraveling SIP68's mechanisms, I aim to unveil novel insights into plant defense mechanisms and internal communication. This understanding holds promise for enhancing crop protection against diseases and bolstering overall plant health.

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Email: mahmudf@etsu.edu 

Research Interests:

 

My research focuses on elucidating the function of the non-specific lipid transfer protein LTP12 within the model organism Arabidopsis thaliana, particularly in response to abiotic stress factors such as osmotic and saline conditions. By using the Arabidopsis ltp12 mutant, my aim is to delineate the molecular mechanisms underlying environmental stress resilience.

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Email: girib1@etsu.edu

Research Interests:

 

In my research, I focus on characterizing the role of the tobacco deacetylase enzyme SIP-428 in mediating environmental stress, particularly salinity and drought stress. SIP-428 interacts with salicylic acid-binding protein 2 (SABP2) in the salicylic acid (SA) signaling pathway, which is critical for plant immune signaling. Using transgenic tobacco plants that overexpress SIP-428, I am studying the role of SIP-428 in mediating abiotic stress. This investigation aims to identify potential targets for enhancing stress tolerance in crops.

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Email: barati@etsu.edu

Research Interests:

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My name is Cristiana Martinez. I am studying the role of SIP-432, a premnaspirodiene oxygenase like enzyme for its role in stress responses. Currently, I am in the process of cloning the full-length SIP432 into and E.coli expression vector. Once cloned, I will attempt to express the recombinant SIP432 and characterize it biochemically. In the meanwhile, I am also studying the effect of different abiotic and biotic stressors on the expression of SIP432 cDNA. After graduating from ETSU, I hope to obtain a Ph.D. in molecular biology and research ways to bioengineer plants to synthesize therapeutics.

Research Interests:

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I am researching a homolog of the Tobacco Sir2-like enzyme SIP-428 in tomatoes. In tobacco, this enzyme acts as a negative regulator of plant stress responses. We aim to learn more about this enzyme and see if it is similar to the Tobacco enzyme for its role in plant defenses. I am working on generating gene-edited tomato plants that will be used for analyzing its role in plant stress response. My goals for the future are to enter a biochemistry-based doctoral program and study plant physiology.