Ashley Tiller

During the Bread for the World Advocacy Summit, I represented Clark Atlanta University at the U.S. Capitol, engaging in direct advocacy with Senators and Congressional representatives. My efforts focused on legislative priorities regarding SNAP and GAP benefits, aiming to secure essential resources for the university community. In addition to legislative meetings, I contributed to the coordination and execution of various seminars and strategic briefings to amplify our institutional impact.

• Assisted in planning and organizing educational activities for children.
• Supervised children during playtime and ensured a safe environment.
• Prepared and maintained clean, organized learning spaces for daily use.
• Supported lead teachers in implementing lesson plans and curriculum.

My academic journey in the biological sciences has been defined by a commitment to understanding the complexities of human pathology. This commitment was most recently realized through an intensive research project focused on the molecular dynamics of prostate cancer. Centered on the investigation of the compound Bromocriptine—a known dopamine agonist—my research sought to answer a critical oncological question: Does Bromocriptine effectively reduce the viability of CABR cell lines?

The primary objective of this study was to evaluate the potential anticancer properties of Bromocriptine by observing its influence on cell survival and proliferation. Engaging in this research allowed me to transition theoretical knowledge from the classroom into a rigorous laboratory environment. By maintaining CABR cell cultures and executing standardized viability assays, I was able to gather empirical data regarding the compound’s efficacy. This process required a high degree of precision, ensuring that experimental variables were controlled and that the resulting data provided a clear picture of how dopamine agonists might be repurposed in a cancer-treatment context.

Beyond the specific scientific inquiries, this experience served as a pivotal platform for enhancing my technical laboratory skills. I developed a high level of proficiency in sterile cell culture techniques, chemical preparation, and quantitative data analysis. More importantly, this research fostered a deeper analytical mindset, teaching me how to interpret complex cellular responses and navigate the iterative nature of experimental design.

In summary, this research was highly impactful, providing me with the opportunity to contribute to a critical area of oncology while refining the professional skill set required for a career in medical research. The insights gained regarding Bromocriptine and CABR cell dynamics have solidified my foundation as a researcher and furthered my dedication to pursuing innovative solutions within the field of medicine.