Company Filing History:
Years Active: 1995
Title: Innovations by Michael F. Turnachik
Introduction
Michael F. Turnachik is an accomplished inventor based in Gibsonville, NC (US). He has made significant contributions to the field of biological diagnostics through his innovative inventions. His work focuses on the development of devices that enhance the analysis of biological fluids, particularly in medical applications.
Latest Patents
Michael F. Turnachik holds a patent for a device designed for the analysis of constituents in biological fluids. This invention specifically addresses the separation of blood cells from biological fluids, with a preference for plasma extraction from whole blood. The device features a nonabsorbent, porous unitary support, ideally constructed from glass fiber, and incorporates a blood cell binding composition, such as a lectin. This innovative device provides a test kit that measures plasma analytes in whole blood. It effectively separates plasma from whole blood, exposes the plasma to reactants that detect an analyte, and delivers a chromatic or other result in response to the analyte exposure. A notable embodiment of the device includes a cover plate over the reaction pad, which applies uniaxial pressure to control plasma migration.
Career Highlights
Michael F. Turnachik has established a notable career in the field of environmental diagnostics. He is currently associated with Environmental Diagnostics, Inc., where he continues to develop innovative solutions for biological analysis. His expertise and dedication to improving diagnostic methods have made him a valuable asset in his field.
Collaborations
Michael has collaborated with Edward L. Mamenta, further enhancing the scope of his work and contributing to advancements in biological diagnostics.
Conclusion
Michael F. Turnachik's innovative contributions to the field of biological diagnostics exemplify the impact of dedicated inventors in advancing medical technology. His patented device for analyzing biological fluids represents a significant step forward in the separation and detection of plasma analytes.