Methods of detecting collagen type II degradation in vivo
AssigneeWashington Research Foundation
InventorDavid R. Eyre
Life of this patent
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Abstract
In a method of analyzing a body fluid sample for the presence of an analyte indicative of a physiological condition, comprising the steps of contacting the body fluid sample with an immunological binding partner which binds to the analyte, detecting binding of the immunological binding partner to the analyte, and correlating any detected binding to the physiological condition, the improvement comprising contacting the body fluid sample with an immunological binding partner which binds to ##STR1## wherein ##STR2## is hydroxylysyl pyridinoline or lysyl pyridinoline, and correlating any detected binding to degradation of type II collagen in vivo.
Claims5
In a method of analyzing a body fluid sample for the presence of an analyte indicative of a physiological condition, comprising the steps of contacting the body fluid sample with an immunological binding partner which binds to the analyte, detecting binding of the immunological binding partner to the analyte, and correlating any detected binding to the physiological condition, the improvement comprising contacting the body fluid sample with an immunological binding partner which binds to ##STR28## wherein ##STR29## is hydroxylysyl pyridinoline or lysyl pyridinoline, and correlating any detected binding to degradation of type II collagen in vivo.
A kit for assaying in vivo degradation of type II collagen, comprising an immunological binding partner which binds to ##STR30## wherein ##STR31## is hydroxylysyl pyridinoline or lysyl pyridinoline.
A cell line that produces an immunological binding partner which binds to ##STR32## wherein ##STR33## is hydroxylysyl pyridinoline or lysyl pyridinoline.
An immunological binding partner which binds to ##STR34## wherein ##STR35## is hydroxylysyl pyridinoline or lysyl pyridinoline.
An immunological binding partner which binds to ##STR36## wherein ##STR37## is hydroxylysyl pyridinoline or lysyl pyridinoline, wherein said immunological binding partner does not cross-react more than 10% with ##STR38## wherein Hyl-Hyl-Hyl is hydroxylysyl pyridinoline.
Dependencies are inferred from the claim text.