News Summary
Reece Bradberry, a junior biology major at Presbyterian College, is advancing research in microbiology focusing on antibiotic resistance. Supported by the SC INBRE program, her study explores bacterial genetics to combat drug resistance and highlights the promising candidate Paenibacillus alvei for further investigation. With a passion for research and aspirations to become a physician assistant, Bradberry’s dedication shows the importance of addressing global health challenges surrounding antibiotic resistance.
Clinton, South Carolina – Reece Bradberry, a junior biology major at Presbyterian College from Greenwood, South Carolina, is conducting significant research in the field of microbiology with a focus on antibiotic resistance. This research, supported by the South Carolina IDeA Networks of Biomedical Research Excellence (SC INBRE) program, aims to identify bacterial genetics crucial to understanding and combating drug resistance.
Bradberry’s project involves exploring bacterial strains for their ability to undergo transposon mutagenesis, a process that allows scientists to study gene functions by inserting transposable elements into the DNA of bacteria. During the summer, she and her research team screened around 30 bacterial strains, leading to the identification of Paenibacillus alvei, a pathogen found in honeybees, as a promising candidate for further investigation. This bacterial species has demonstrated the ability to mate with E. coli and accept transposons, a notable finding given their distant genetic relationship.
The implications of this research are substantial, potentially paving the way for new antibiotic formulations and providing greater insights into how bacteria adapt and mutate. Such advancements are crucial as antibiotic resistance becomes an increasingly pressing global health challenge.
Initially interpreting research as a means to bolster her resume, Bradberry’s passion has evolved significantly over time. This shift followed her participation in various conferences where she presented her findings, further solidifying her commitment to the field. Her interest was ignited by Dr. Stuart Gordon, a professor of biology at Presbyterian College, who played a vital role in introducing her to research methodologies and fostering her enthusiasm.
Bradberry’s pathway to Presbyterian College was influenced by her high school biology teacher, Kimberly Purcell, an alumnus of the institution. Purcell emphasized the advantages of a tightly knit learning environment and the high level of engagement from faculty, ultimately prompting Bradberry to pursue scholarships at the college.
Beyond her research endeavors, Bradberry aspires to become a physician assistant. She has gained valuable clinical experience through shadowing sessions with physician assistants and physicians across various healthcare settings, including a recent internship at NHC, a local healthcare facility where she observed patient care, particularly within geriatrics.
In addition to her rigorous academic and research commitments, Bradberry is also involved in campus leadership as the vice president of academic affairs with the Student Government Association, along with various roles in her sorority and as a student ambassador. These experiences enhance her educational journey and prepare her for future responsibilities.
Looking ahead, Bradberry plans to apply for the Physician Assistant program at Presbyterian College upon completing her undergraduate studies. Support from her family, notably her parents Laurie and Ryan Bradberry, has been instrumental throughout her academic pursuits, providing encouragement and guidance.
Reece Bradberry’s research positions her at the forefront of an important area in microbiology, with the potential for significant contributions to healthcare and antibiotic development, all while pursuing her dream of a career as a physician assistant.
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- Index Journal: Greenwood Native at PC
- Wikipedia: Microbiology
- Nature: Antibiotic Resistance Research
- Google Search: Antibiotic Resistance
- SW Times: Greenwood Graduates Scholarships
- Google Scholar: Antibiotic Resistance
- 4029 TV: Greenwood Schools Educational Experience
- Encyclopedia Britannica: Antibiotic Resistance
- Denver Post: Emi Klein Obituary
- Google News: Obituaries
