For establishing experimentally versatile RNAi tools and minimizing toxicities, synthetic shRNAs can be embedded into endogenous microRNA contexts.
It offers great tumor specificity, reduced photosensitivity reactions caused by PS accumulation in non-targeted tissues and also inherent PS metabolism into endogenous non-fluorescent heme.
This paper examines his work in this field in the broader context of his researches into endogenous mediators of normal physiological and abnormal pathological functioning.
We also provide evidence that the enzyme can mediate integration of an incoming plasmid bearing an attB or attP site into endogenous sequences in the human genome.
We applied these synthetic controllers to the systematic titration of flux through the ergosterol biosynthesis pathway, providing insight into endogenous control strategies and highlighting the utility of this control module library for manipulating and probing biological systems.
After validating the developed model for conventional exergy analysis, the advanced exergy analysis, i.e., splitting exergy destruction rate into endogenous, exogenous, avoidable and unavoidable parts, is performed to provide detailed information about improvement potential of the system components.
For instance, the incorporation of short hairpin RNAs (shRNAs) into endogenous microRNA contexts (shRNAmiRs) allows the use of Tet-regulated promoters for synchronous onset of gene knockdown and precise interrogation of gene dosage effects.
Synthetic devices plugged into endogenous control circuitry enable the body to automatically control spatio-temporal metabolic activities that could improve the economics of cattle breeding and provide novel opportunities for future therapeutic interventions.
We demonstrated targeted transposition into endogenous matrix attachment regions (MARs) and a chromosomally integrated tetracycline response element (TRE) in cultured human cells, using targeting proteins that bind to the transposon DNA.
The recent identification of specific genes responsible for the generation of endogenous circadian rhythmicity in the suprachiasmatic nucleus presents a new level of investigation into endogenous rhythmicity and mechanisms of synchronization of this circadian clock with the environmental light⧸dark cycle.
Cyclic AMP stimulates motility and protein phosphorylation while calcium inhibits motility and the overall incorporation of phosphate into endogenous proteins.
