Study Sheds Light on Promising New Strategy to Slow Cancer Progression
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The findings published in Nature Chemistry reveal that protein targets of cancer proteins when disrupted with particular chemical compounds or small molecules may help to stop cancer cell growth, potentially leading to the creation of more effective and targeted cancer treatments.
In the study, scientists outlined activity-based protein profiling (ABPP), a technique that allows for the global capture of protein activity. The research team applied this technique alongside another approach to identify both the proteins and specific sites that interacted with a set of stereo probes chemical compounds designed to selectively and permanently bind to proteins. These stereo probes help investigate protein functions and uncover potential drug targets.
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