Given these findings, we proposed that
the dominant mode of action of the ApoC - III ASO in mice is to remove the inhibitory effect of ApoC - III on the clearance of TRLs through LDLR and LRP1, which act in a redundant manner with respect to TRL clearance (17, 23).
Not exact matches
In line with recent research, Gibson Winter finds that «certain metaphoric networks become
dominant in a total society, shaping
modes of thought,
action, decision and life.»
To investigate the potential involvement
of Rac in Mcf1
mode of action we micro-injected Mcf1 into Drosophila embryos expressing either
dominant - negative (RacN17) or constitutively active (RacV12) versions
of the small GTPase, Rac, in hemocytes.
The location
of the missense mutations in a key catalytic domain suggests that they are likely to cause loss
of catalytic activity but retention
of cyclin K binding, resulting in a
dominant negative
mode of action.