Integrating Cutting-Edge Technology:
CRCF’s Event Empowers Biotechnology Students
On April 22, 2023, the CRCF organized a groundbreaking event that combined an instrument demonstration with the activities of the Biotechnology class curriculum. The success of this initiative opened new avenues for integrating cutting-edge technology into the educational experience of undergraduate students.
The event featured William Rice, a renowned imaging scientist from Nexcelom Bioscience, who delivered a captivating 30-minute lecture on the principles and applications of the Cellaca-PLX image cytometry system. William provided detailed insights into how this innovative instrument analyzes samples, allowing the students to grasp the fundamental concepts behind its operation. This lecture served as an excellent introduction, preparing the students for the hands-on experience they were about to have.
Following the lecture, the students were given the opportunity to engage directly with the Cellaca-PLX image cytometry system. Under the guidance of William, they gained practical experience in accurately measuring small sample volumes and performing rapid subpopulation analysis. This hands-on session not only deepened their understanding of the instrument’s capabilities but also exposed them to real-world laboratory techniques and procedures. The students’ enthusiasm was palpable as they eagerly explored the functionalities of the Cellaca-PLX and acquired valuable skills that would undoubtedly benefit them in their future biotechnology careers.
In addition to sharing his expertise with Community College of Rhode Island (CCRI) students, William Rice also extended his curriculum to undergraduate students from Tufts University and Massachusetts General Hospital. Rice’s journey, from his early academic pursuits to his current position as the Principal Field Application Scientist at Nexcelom Bioscience, served as an inspiring testament to the potential career paths awaiting the students after graduation. This invaluable exchange of knowledge and experiences broadened the students’ horizons and provided them with a glimpse into the diverse opportunities available within the biotechnology industry.
The event at CRCF was not limited to the Cellaca-PLX image cytometry system alone. As part of Professor Warila’s Biotech class, CCRI students had the opportunity to explore the EVOS M7000 EVOS imaging system and visualize the green fluorescent protein (GFP). GFP, a gene derived from jellyfish, has the unique ability to “glow” green when exposed to ultraviolet light. It can be inserted into other organisms as a biomarker, allowing scientists to track the expression of other molecules. This practical exercise served as an excellent educational tool, enabling the students to observe the production of proteins by organisms like E. coli.
Overall, the combination of the Nexcelom Cellaca PLX Image Cytometry System demonstration and the Biotechnology class curriculum activities proved to be a resounding success. The event not only enhanced the students’ understanding of advanced imaging technologies but also provided them with valuable insights into the practical applications and potential career paths within the biotechnology industry. By merging theoretical knowledge with hands-on experience, CRCF and its collaborators facilitated an immersive learning environment that empowered the students to become future leaders in biotechnology research and development.