Jeremy Sutherland Email & Phone Number

State College, Pa, Us

State College, Pennsylvania, United States

I specialize in developing bioinformatics pipelines to investigate the dynamics of plant-microbe interactions. My work involves adapting advanced genome sequencing methodologies to analyze the evolutionary ecology of legumes. Additionally, I leveraged an evolution-informed phenotyping pipeline to evaluate the efficacy of various alfalfa varieties in fostering beneficial microbial symbiosis. Furthermore, my research has identified key rhizobial candidate genes crucial for alfalfa's adaptation to diverse agricultural conditions, including its competitive success and nitrogen fixation capacity.

Tokyo, Japan

As part of the prestigious JSPS Summer Program, an integral component of the JSPS Postdoctoral Fellowships for Research in Japan, I engaged in a comprehensive study focusing on plant virology and integrated pest management (IPM) strategies at Hosei University. This experience not only enriched my scientific knowledge but also fostered cultural exchange. I had the privilege of presenting my graduate research findings at esteemed institutions such as Hosei University and The University of Tokyo, further contributing to the academic discourse in my field.

As a participant in the FFAR Fellows Program, I underwent intensive leadership and professional development training focused on food and agriculture-related sciences. Over the course of three years, I engaged in a comprehensive curriculum comprising in-person meetings, virtual sessions, and mentorship opportunities. Highlights included orientation sessions at North Carolina State University, networking events with industry leaders, and skill-building workshops on communication, policy engagement, and career exploration. Through the program, I honed my leadership abilities, expanded my professional network, and gained valuable insights into the intersection of science, policy, and industry in the agriculture sector.

State College, Pennsylvania

I applied computational methodologies to elucidate the nuanced interplay between plant host traits and the composition of soil microbiomes across varying environmental conditions. Recognizing the pivotal role of the host-microbiome relationship in agricultural contexts, I spearheaded research that integrated switchgrass genotypic data with comprehensive microbial and environmental analyses. This innovative approach led to the development of robust predictive models tailored to optimize switchgrass outcomes, specifically within the Northeastern United States. These findings represent a significant advancement in our understanding of crop management strategies aimed at maximizing agricultural productivity and sustainability of a potential biofuel feedstock.

Beltsville, Md

I led the development and validation of molecular diagnostic methods crucial for identifying regulatory plant pathogens, contributing directly to projects undertaken by the United States Department of Agriculture (USDA). Additionally, I established bioinformatic pipelines to pinpoint molecular markers essential for species-specific pathogen detection, enhancing efficiency and accuracy in agricultural disease management. I conducted comprehensive genome assemblies and analyses of high-consequence pathogenic fungal species, furthering our understanding of their genetic makeup and virulence factors. Notably, I operated within ISO/IEC 17025:2005 certified standards and a Biosafety Level 3 (BSL-3) work environment, ensuring adherence to rigorous quality and safety protocols.

Chicago, Il

I conducted research investigating the impact of herbivory on the genetic population dynamics of Clintonia borealis using cutting-edge next-generation sequencing techniques. Additionally, I played a pivotal role in the laboratory, providing technical support in various areas such as conventional PCR, data analysis, routine lab maintenance, and equipment calibration. My contributions ensured smooth and efficient laboratory operations, facilitating the successful execution of research projects. I was awarded the Elmer Hadley Award (UIC) for my undergraduate research thesis.

Institute For Tuberculosis Research

Under the direction of Dr. Scott Franzblau, I provided the lab with technical support including protein induction and purification, conventional PCR and analysis, anti-mycobacterial susceptibility testing, sample shipping and storage, routine lab maintenance and equipment calibration.

Plant Science Center

I offered technical support to a research project focused on assessing the influence of source genetic material on native plant reintroduction efforts. My responsibilities included conducting laboratory experiments, assisting with data collection and analysis, and ensuring adherence to rigorous research protocols. I contributed to the successful execution of the project and furthered our understanding of effective strategies for plant reintroduction efforts.

Doctor Of Philosophy - Phd, Bioinformatics And Genomics

Bachelor Of Science - Bs, Biology

Biology