Figures & data
Figure 1. Scheme of the cell-based multi-substrate assay for the identification of class-selective HDAC inhibitors.
![Figure 1. Scheme of the cell-based multi-substrate assay for the identification of class-selective HDAC inhibitors.](/cms/asset/e4b890c4-2fe5-4b2e-b32b-b0705d33ffe1/ienz_a_1180595_f0001_c.jpg)
Figure 2. UHPLC-ESI-MS/MS detection of acetylated and deacetylated substrates with the cell-based multi-substrate assay. (A) Chemical structures of MAL, MOCPAC, BATCP; (B) chromatograms of MAL, MOCPAC, BATCP and their deacetylated products (designated as dMAL, dMOCPAC and dBATCP, respectively) in control and TSA-treated cells (31.25 nM) and (C) HDAC inhibitory activity by TSA at various concentrations with the MAL substrate.
![Figure 2. UHPLC-ESI-MS/MS detection of acetylated and deacetylated substrates with the cell-based multi-substrate assay. (A) Chemical structures of MAL, MOCPAC, BATCP; (B) chromatograms of MAL, MOCPAC, BATCP and their deacetylated products (designated as dMAL, dMOCPAC and dBATCP, respectively) in control and TSA-treated cells (31.25 nM) and (C) HDAC inhibitory activity by TSA at various concentrations with the MAL substrate.](/cms/asset/e8e676b9-83e3-4cad-8f6d-3f92b33c8554/ienz_a_1180595_f0002_b.jpg)