Company Filing History:
1 out of 4 
1 out of 2,343 
Years Active: 2018
Title: Innovations in Optical Analyte Detection: The Contributions of Melinda S McClellan
Introduction: Melinda S McClellan, based in Champaign, IL, is a prominent inventor known for his groundbreaking work in the field of optical analyte detection systems. With a focus on developing sensitive and specific methods of detecting analytes, McClellan has made significant contributions that enhance real-time analysis capabilities.
Latest Patents: McClellan holds a patent for "Optical analyte detection systems and methods of use." This invention encompasses various embodiments that involve systems designed for detecting an analyte of interest within a sample. Key components of the system include an optical sensor and a capture probe that can bind to the analyte to form a duplex or complex. Additionally, it features an antibody that can interact with the analyte, duplex, or complex. The innovations continue to evolve with features such as high detection sensitivity and specificity, scalability, multiplex capacity, and the ability to analyze large analytes while detecting multiple individual binding events in real-time.
Career Highlights: Throughout his career, McClellan has worked with notable organizations including Genalyte, Inc. and the University of Illinois. His role in these institutions has allowed him to not only develop his inventions but also contribute to the advancement of optical detection technologies.
Collaborations: McClellan has collaborated with esteemed colleagues such as Ryan C Bailey and Abraham J Qavi. These partnerships have played a crucial role in refining his inventions and expanding the reach of his research within the scientific community.
Conclusion: Melinda S McClellan stands out as a trailblazer in the field of optical analyte detection. His patented innovations are set to have a lasting impact on the ability to detect analytes effectively and efficiently. Through his career and collaborations, he continues to push the boundaries of what is possible in optical detection methodologies.