Sentence examples for localized application from inspiring English sources

Balloon-based drug delivery systems allow localized application of drugs to a vascular segment to reduce neointimal hyperplasia and restenosis.

This review focuses on these growth factors that have dual functions in angiogenesis and osteogenesis, and their localized application.

In non-cluster-forming species, localized application of P combined with ammonium can significantly improve maize growth and nutrient use at the early stages by stimulating root proliferation and rhizosphere acidification (Jing et al., 2010).

The commonest adverse event associated with transdermal oxybutynin use was localized application site pruritis (14 versus 4% for placebo) accompanied by a low incidence of systemic anticholinergic side effects (eg, dry mouth 4.1%) compared to that occurring with tolterodine (7.3% versus 1.7% with placebo).

However, xenobiotic reaction can happen locally (Böstman et al. 1990; Böstman 1992), and the effect of localized application of these reagents in the abdominal cavity, i.e., the potential adverse effects on normal tissues in the vicinity of the treatment site or remote tissues to which the reagent has spread, have not been examined.

More localized application of lidocaine to the CC may reveal the relationships between substructure and fear conditioning involving visual cues.

Most commonly seen treatment-related side effects are localized application-site reactions, which are reported as mild moderate by most patients who develop erythema or pruritus.

(A ) Drawing of a midsagittally hemisected rat spinal cord illustrating localized Bk application to the lumbar motor column, and dorsal (DR) and ventral (VR) roots used for reflex testing.

This is because the FSW process is carried out by localize application of frictional heat and pressure.

Furthermore, our nanoformulation is designed for systemic thrombosis prevention in contrast to their hydrogel platform, which is better suited for highly localized anticoagulation applications (e. g., surface coating of blood contacting medical devices).

Localized AI applications like this are made possible by a growing category of embedded processor and GPU options from companies including Nvidia that make it possible to enact machine learning "at the edge," or where sensing actually happens, instead of having to shuttle that information back to big data centres and then out again.