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University of Vermont and State Agricultural College

David Maughan

Guy Kennedy

Alexander Kochis

An ophthalmic method and apparatus for noninvasive diagnosis and quantitative assessment of cataract development and/or color blindness is provided. The method and apparatus with direct feedback from the subject, or historical data, provides a quantitative method for noninvasive diagnosis and quantitative assessment of cataract development. Also included is a mobile apparatus comprising a set of executable instructions that configures the mobile apparatus to determine an opacity of a cataract lens.

Ophthalmic method and apparatus for noninvasive diagnosis and quantitative assessment of cataract development

An optoelectronic apparatus and method is provided. The application of which provides a quantitative index of cataract opacity in the human eye to help the clinical practitioner screen patients for referral for cataract lens replacement surgery. The invention includes at least one adjustable intensity optical reference light source selected from the group consisting of a green light source and a red-light source. The invention also includes at least one fixed intensity cataract absorption light source, selected from the group consisting of a blue light source, an indigo light source, and a violet light source.

A method and apparatus for physically separating polypeptide constituents of a sample fluid by (a) providing a sample fluid comprising a mixture of polypeptides of differing physical and/or chemical properties; (b) contacting the fluid with at least two individual polymer matrix units, each polymer matrix unit preferentially accepting a different set of polypeptides on the basis of one or more physical and/or chemical properties; and (c) extracting the set of polypeptides from each polymer matrix unit.

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Burlington, VT, United States of America

David Maughan