Location History:
- Misgav, IL (2001 - 2009)
- Haifa, IL (2018)
Company Filing History:
4 out of 4 
2 out of 945 
1 out of 1 
Years Active: 2001-2018
Title: Jacob Rubinstein: Innovator and Pioneer in Diagnostic and Optical Technologies
Introduction: Jacob Rubinstein, an accomplished inventor based in Misgav, Israel, has made significant contributions to the fields of medicine and optical engineering. With a portfolio of eight patents, Rubinstein focuses on developing innovative diagnostic tools and optical systems that enhance medical prognosis and imaging.
Latest Patents: Among his notable inventions, one of the latest patents is titled "Semaphorin 3A as a diagnostic marker for urothelial cancer." This invention aims to provide methods and kits for diagnosing and prognosticating urothelial cancer, allowing for the assessment of cancer severity and evaluation of treatment efficacy through the measurement of semaphorin 3A levels in biological samples. Another recent patent is for a "Method and apparatus for designing transmissive optical surfaces." This process involves creating a transmissive optical element that converts light beam profiles by calculating surface properties to achieve specified input and output profiles.
Career Highlights: Jacob Rubinstein has played a vital role in various innovative projects throughout his career. He has worked at notable companies such as Inray Ltd. and Technion Research & Development Foundation Limited, where he has contributed his expertise in both medical diagnostics and optical technologies.
Collaborations: Throughout his career, Rubinstein has collaborated with other talented professionals, including Gershon Moshe Wolansky and Dan Katzman. These collaborations have further enriched his innovations and reinforced the importance of teamwork in the advancement of technology.
Conclusion: Jacob Rubinstein stands as a prominent figure in the realm of invention, particularly in developing diagnostic markers and optical systems. His groundbreaking work continues to impact the medical field and enhance the capabilities of optical engineering, showcasing the vital role of innovation in advancing science and technology.