Class I HDAC inhibition has been shown to dramatically enhance the efficacy of MEK inhibitors in Ras pathway driven melanomas by coordinately suppressing two DNA repair pathways. A potential clinical biomarker that predicts responsiveness has also been identified.

Class I HDAC inhibition has been shown to dramatically enhance the efficacy of MEK inhibitors in Ras pathway driven melanomas by coordinately suppressing two DNA repair pathways. A potential clinical biomarker that predicts responsiveness has also been identified.

Class I HDAC inhibition has been shown to dramatically enhance the efficacy of MEK inhibitors in Ras pathway driven melanomas by coordinately suppressing two DNA repair pathways. A potential clinical biomarker that predicts responsiveness has also been identified.

Class I HDAC inhibition has been shown to dramatically enhance the efficacy of MEK inhibitors in Ras pathway driven melanomas by coordinately suppressing two DNA repair pathways. A potential clinical biomarker that predicts responsiveness has also been identified.

Class I HDAC inhibition has been shown to dramatically enhance the efficacy of MEK inhibitors in Ras pathway driven melanomas by coordinately suppressing two DNA repair pathways. A potential clinical biomarker that predicts responsiveness has also been identified.

Class I HDAC inhibition has been shown to dramatically enhance the efficacy of MEK inhibitors in Ras pathway driven melanomas by coordinately suppressing two DNA repair pathways. A potential clinical biomarker that predicts responsiveness has also been identified.