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Chi-Huey Wong.
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Scripps Research professor Chi-Huey Wong to receive ACS Alfred Bader Award
Dissociation of the four-part TTR protein. The energy landscape shows stable states toward the bottom and unstable transition states toward the top. In the canonical pathway (red), the tetramer (T) dissociates via a native-like, compact transition state (‡1) into transient dimer intermediates (D) before full dissociation into monomers (M). In the newly discovered alternative pathway (blue), the tetramer dissociates through a more expanded transition state (‡2) directly into monomers. Credit: Jan-Hannes Schäfer, Scripps Research
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Scientists discover a new way that a disease-linked protein comes apart
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  • Scripps Research licenses urine dipstick test for river blindness to IVD Research
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    Scripps Research licenses urine dipstick test for river blindness to IVD Research

    IVD Research Inc., a contract development and manufacturing (CDMO)  firm in Carlsbad, California has licensed a novel biomarker for onchocerciasis—better known as river blindness—from Scripps Research in La Jolla, California. The reagent, developed in the laboratory of Kim Janda, PhD, a professor of chemistry at Scripps Research, will allow clinicians to monitor active infections of onchocerciasis.

    Diagnostics New Therapies River Blindness
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