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dihexa amide hydrolysis Ch20 : A New Mechanism for Amide

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10.4331/wjbc.v3.i4.73 21 WangX

dihexa amide hydrolysis Ch20 : A New Mechanism for Amide

Although the precise molecular mechanisms that prompt cells to become senescent or apoptotic remain unclear, inducing the senescence-to-apoptosis transition could be an important way to eliminate senescent cells

dihexa amide hydrolysis Ch20 : A New Mechanism for Amide

Senolytic target engagement does not require continuous receptor binding, enzyme modulation, or persistent modulation of biochemical pathways

dihexa amide hydrolysis Ch20 : A New Mechanism for Amide

In vitro and in vivo data suggest that the compound may interact with nitric oxide signaling

dihexa amide hydrolysis Ch20 : A New Mechanism for Amide

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