This inventor holds 2 USPTO granted patents and 1 published patent application. Top assignee: University of Utah Research Foundation. Active years: 1997-2002.
Company Filing History:
Years Active: 1997-2002
Title: Innovations of Vladimir Hlady
Introduction
Vladimir Hlady is a notable inventor based in Salt Lake City, UT (US). He has made significant contributions to the field of chemical measurement and material properties through his innovative patents. With a total of 2 patents, Hlady's work focuses on enhancing the sensitivity and accuracy of various measurement techniques.
Latest Patents
Hlady's latest patents include a "Method of measuring chemical concentration based on spatial separation and resolution of luminescence." This method involves measuring chemical concentration in a liquid sample by analyzing the spatial distribution of emitted light rather than its intensity or wavelength. The technique is particularly useful for luminescence-based biosensors that require specific co-factors like ATP or NADH.
Another significant patent is the "Method for mapping mechanical property of a material using a scanning." This method utilizes a scanning force microscope to map the mechanical properties of a sample's surface. By applying a loading force and measuring the detector response, Hlady's technique allows for accurate assessment of material properties without being influenced by the sample's topography.
Career Highlights
Vladimir Hlady is associated with the University of Utah Research Foundation, where he continues to advance research in his field. His innovative approaches have garnered attention and recognition within the scientific community.
Collaborations
Hlady has collaborated with notable colleagues such as Andras Pungor and Eric W Stroup, contributing to the advancement of research and innovation in their respective areas.
Conclusion
Vladimir Hlady's contributions to the fields of chemical measurement and material properties through his patents demonstrate his commitment to innovation and research. His work continues to influence the development of sensitive measurement techniques that are crucial in various scientific applications.