Modulation of pre-mRNA splicing with antisense oligonucleotides (AOs) to restore the reading frame has been demonstrated in vitro and in vivo, such that truncated but functional dystrophin is expressed.
Only few potentially diapause-specific proteins were identified suggesting that diapause in Nasonia relies to a large extent on a modulation of pre-existing pathways.
Therefore, functional versatility is attributed to novel interfaces resulting from domain recombination and the mixing and modulation of pre-existing scaffolds through length modifications.
Modulation of pre-mRNA splicing by antisense molecules is a promising mechanism of action for gene therapeutic drugs.
This may clarify whether artemisinin resistance is mediated by the modulation of pre-existing drug resistance mechanisms or by interference with the pathway of artemisinin action.
We will afterwards explore kinetics of crRNA generation, and investigate how modulation of pre-crRNA transcription and processing rate (ϕ and k) affects generated crRNA amounts.
Interestingly, OMCG1 is phosphorylated by ATR/ATM kinases in response to irradiation (Matsuoka et al., 2007; Houlard et al., 2011) opening the possibility that it may participate in the modulation of pre-mRNA processing events in response to DNA damage.
While short-term changes in synaptic properties can be induced by modulation of pre-existing proteins and/or mRNAs, such as trafficking, modification and local translation, long-term changes require transcriptional control of gene expression.
Here, we have reported electro-cortical evidence for modulations of pre-attentive processing speed as a function of visual target saliency (high
In our simulations, the main effect of stimulation on neural dynamics was a modulation of the pre-stimulus bias, reflecting the susceptibility of the competition process to background noise.
