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Years Active: 1976-2014
Title: Ivar Giaever: A Pioneer in Cellular Research
Introduction
Ivar Giaever, a distinguished inventor based in Schenectady, NY, has made significant contributions to the field of cellular research. With an impressive portfolio of 28 patents, he has become a prominent figure in the innovation of methods related to cell culture and migration analysis.
Latest Patents
Among his latest inventions, Giaever has developed a groundbreaking apparatus for facilitating the evaluation of cell migration in vitro. This innovative method involves creating a cell culture within a specialized holding device that contains multiple wells. Each well holds a unique cell culture and features a substrate with at least one electrode that interacts with the cells. By periodically applying electrical pulses to the electrode, the method prevents cells from adhering to certain areas while allowing them to thrive in others. Once the cells have achieved a confluence over the designated substrate areas, the electrical pulse is halted, enabling researchers to monitor cell migration towards the electrode(s) over time.
Career Highlights
Ivar Giaever's career is marked by his associations with leading companies in technology and research. Notably, he has worked with General Electric Company and Applied Biophysics, Inc., where he applied his expertise to develop pioneering technologies that advance our understanding of cellular behavior.
Collaborations
Throughout his career, Giaever has collaborated with notable colleagues, including Charles R. Keese and Harvey E. Cline. Their collective efforts have contributed significantly to innovations in cellular research, further enhancing the scientific community's ability to analyze and manipulate cell interactions.
Conclusion
Ivar Giaever stands out as a visionary inventor whose work in cellular research continues to impact the scientific landscape. With a robust portfolio of patents and collaborations with esteemed colleagues and organizations, he remains a pivotal figure in advancing our understanding of cell behavior and technology. His inventions pave the way for future innovations in the field, showcasing the potential of electrical applications in biological research.