Donald A Kaplan

Title: Innovations by Donald A. Kaplan: A Look at His Contributions to Electrophoresis

Introduction: Donald A. Kaplan, an innovative inventor based in Topanga Canyon, California, has made significant contributions to the field of electrophoresis. With two patents to his name, he has developed technology that enhances laboratory processes, ultimately benefiting scientific research and experimentation.

Latest Patents: Kaplan's latest patent is an improved horizontal slab gel electrophoresis apparatus. This sophisticated design features compartments for vertical wicks at each end of a removable horizontal trough. Built-in electrodes are adjacent to the vertical wicks within vertical buffer compartments. A unique partition separates the vertical wicks from the buffer compartment, which includes a slot with a silicone plug that can be removed after the vertical wicks have cured or hardened, allowing communication between the buffer and the gel slab. The apparatus is designed for constant circulation of the buffer to maintain equal volume and pH, featuring flow adapters and an interconnecting tube. The horizontal trough accommodates slots for the insertion of combs to form up to seventy-five sample wells, with additional slots for sealing the ends of the horizontal slab when the gel slab is removed. Cooling coils are integrated into a horizontal bed or plate beneath the trough to cool the gel slab during operation, and levelling screws ensure the horizontal trough is level before pouring the gel slab.

Career Highlights: Kaplan's career is marked by his role at the University of California, where he has applied his expertise to develop innovative laboratory equipment. His contributions to the field of electrophoresis are particularly noteworthy and have had a profound impact on research methodologies within scientific communities.

Collaborations: Throughout his career, Donald A. Kaplan has collaborated with notable professionals, including Gary L. Wilcox. Their partnership underscores the importance of teamwork in advancing technological innovations and enhancing scientific research outcomes.

Conclusion: Donald A. Kaplan's work has significantly advanced the field of electrophoresis, demonstrating the impactful nature of innovation in scientific research. As he continues to develop and refine laboratory apparatus, his contributions will undoubtedly foster further advancements in the scientific field.