This inheritance of epigenetic modifications might provide an ideal mechanism for the regulation of progressive alterations in the course of aging [4].
We hypothesized that such modifications might provide a decisive cue tilting the balance towards cell death.
Thus, the pattern of acetylation, together with other histone modifications, might provide a histone code that is read out by other proteins that consequently control transcription [ 8].
This and other 5′ and 3′ end modifications might provide alternative approaches to enhancing Cas9:sgRNA assembly and activity in cells.
This work suggested that modification of catalytic activity through morphology tuning with composition adjustment might provide some new pathways for the design of promising catalysts with advanced performance.
Moreover, these structures offer the possibility of various modifications, which might provide improved physicochemical and inhibitory properties.
Valvano MA and Raetz et al. have proposed that modification of lipid A might contribute to the fine-tuning of the lipopolysaccharide molecule, which is often the target of modifications that might provide adaptive advantages to changing environmental conditions [ 57, 58].
These findings suggest that the hybrid use of RGD modification and LIPUS might provide one approach to achieve a high level of formation of new bone and vascularization in bone tissue engineering scaffold implants.
Microfracture, a modification of chondroplasty, might provide increase in joint space by growth of fibrocartilage and achieve functional improvement for patients with full-thickness chondral defects in the osteoarthritic knees [ 28].
