Sentence examples for avoiding deposition from inspiring English sources

Smaller particle sizes and lower flow rates result in higher lung deposition by avoiding deposition in the mouth and oropharynx and in general result in larger fractions of the lung dose depositing in the peripheral airways (Task Group on Lung Dynamics 1966; Stahlhofen et al. 1980).

It is understood that liposomes accumulate in tissues with functionally porous vasculature, such as the liver and spleen, as well as in tumors with leaky vasculature, via the enhanced permeability and retention (EPR) effect [1-3], while avoiding deposition in tissues with tight endothelial barriers, such as the heart [4].

To overcome innate immune mechanisms, these spirochetes bind the complement inhibitor factor H to their surface, thus avoiding deposition of the membrane attack complex and subsequent lysis (26; Meri et al., unpub. data).

To avoid deposition on the electrode during the electrolysis, poly aluminium chloride (PAC) was added into the aerobically treated water for the purpose of removing microorganisms and suspended solids.

Given his citizenship he also successfully avoided deposition in Epstein's sex related cases.

The dockyard was located away from the main current to avoid deposition of silt.

Minocycline was administered by daily gavage rather than the intraperitoneal route to avoid deposition of minocycline in the peritoneal cavity, which has been associated with inflammatory lesions and variability in absorption (Fagan et al., 2004).

G.M. avoided depositions in the wrongful-death case settled last week with the parents of Brooke Melton, 29, a Georgia woman who was killed in a crash in a Chevrolet Cobalt equipped with a faulty ignition switch.

"Throughout the course of these proceedings I think one of the church's main concerns was avoiding this deposition".

As the cathodic arc generates additional to the metal plasma, a large amount of liquid metal droplets, the plasma was guided to the samples through a 90° magnetic bending field avoiding the deposition of droplets on the samples.

The superior bifunctional proton conducting anode enables ceria-based electrolytes to be promising electrolyte candidates toward the application of low temperature SOFCs and provides an efficient path for avoiding carbon deposition.