https://www.selleckchem.com/products/lenalidomide-s1029.html 00; low vermillion border = 0.02; whistling deformity = 0.00) compared to "typical" outcomes. Difference between professionals, patients and laypeople in rank positioning the photographs was not statistically significant ( = 0.89). Noses with a smaller nostril and lips containing a whistling deformity were perceived as poorer outcome compared to the "typical" results. Professionals, patients, and laypeople are in agreement when assessing these outcomes. Noses with a smaller nostril and lips containing a whistling deformity were perceived as poorer outcome compared to the "typical" results. Professionals, patients, and laypeople are in agreement when assessing these outcomes.Scab (caused by Venturia effusa) is the most important disease of pecan in the southeastern U.S.A. The yield losses in susceptible cultivars, combined with costs of control amount to tens of millions of dollars annually. It is known that fungicide coverage from air-blast sprayers declines with height in the canopy, and conversely, disease severity increases. But how application volume (L/ha) and speed (km/h) affect spray coverage at different heights is unknown. Coverage was quantified using kromekote cards and Vision Pink™ dye at heights of 5.0, 7.5, 10.0, 12.5 and 15.0 m in pecan canopies. An orchard air-blast sprayer was operated at 2.4 and 3.2 km/h applying 468, 935 or 1871 L/ha. Nozzles were selected to provide proportionally similar volumes to the upper and lower canopy positions at set speeds. Speeds tested did not affect spray coverage consistently. However, greater volumes resulted in significantly greater spray coverage, but most of that increase was at heights ≤12.5 m. Although there were significant differences among volumes applied at 12.5 m, they were numerically small. Card orientation had a profound effect on spray coverage at heights ≤12.5 m, with most spray being detected on the cards facing horizontally downwards, and