Sentence examples for optimal slit from inspiring English sources

Many studies have indicated that improvement in clinical response occurs more frequently with moderate-to-high SLIT doses, but the optimal SLIT dose still has not been fully elucidated for most antigens.

Explicit results for diffusive broadening, optimal slit locations, and resolution cost as a function of outlet to inlet area ratio are obtained for two-dimensional channels with either straight or hyperbolic walls and for axisymmetric flows with either radial flow between parallel electrodes, or a sink flow within conical electrodes.

A notable exception is the optimal SLIT maintenance dose for grass pollen antigen.

We can unify the formula for the field of sharp focus (4) with the one for the axial resolution (Δx = f *λ/SD): <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0005785.e007.PNG" class= inline-graphic"/> This formula describes the axial resolution (in the standard Rayleigh-case) for a given specimen size obtained with the optimal selection of slit diameter.

Based on these efficacy data, together with the safety profile, the Data Safety Monitoring Board recommended the 300 IR dose as the optimal dose for SLIT with grass allergens.

There is an optimal position of the inlet slit which minimizes diffusive broadening for given outlet slit position, geometry and sheath air flow rate.

We simulated the distributions of light energy transmission through metallic nano-slits for the optimal design of nano-lens structures and observed experimentally the light focusing effect from the nano-lens array.

The primary objective of this study was to determine the optimal dose of five-grass pollen SLIT tablet, which has previously been reported [9].

The items most frequently reported to be in less than optimal conditions were direct ophthalmoscopes (19%), slit lamps (18%), cataract sets (15%), and trial lenses and frames (11%).

The optimal dose of grass pollen tablets for sublingual immunotherapy (SLIT) in allergic rhinoconjunctivitis patients was previously established in a multinational, randomized, double-blind, placebo-controlled study in 628 adults.

Fahle & Poggio [3] and Morgan & Watt [12] found that inter-slit latencies between 20 and 50 ms, inter-slit distances below 20 arcmin and velocities between 1 and 10 deg/sec are optimal for spatio-temporal interpolation, while Nishida [7] used latencies of 80 ms between slits, an inter-slit distance of 32 arcmin and a velocity of 6.7 deg/sec.