2014
DOI: 10.1158/1538-7445.am2014-3234
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Abstract 3234: Covalent capture of protein binding partners using an azide-tagged, photo-reactive stapled alpha helical p53 peptide

Abstract: Mutations in the DNA binding region of tumor suppressor p53 render it transcriptionally inactive (dominant negative) but can also manifest in transcriptionally-independent gain-of-function (GOF) effects, possibly due to mutp53 interacting with other, as yet, unknown targets. Identification of these targets would help to elucidate the pathways and vulnerabilities involved in mutp53 GOF. Covalently linking a known handle to these unknown proteins is one method to aid in their isolation and identification. A hydr… Show more

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