https://www.selleckchem.com/products/AZD8055.html Defence acquisitions use accuracy measures as a discriminating factor in weapon purchases, but assessments are generally completed in static, supported postures at static targets with few differences being seen between configurations. The aim of this study was to investigate whether an assessment requiring repositioning between shots could reveal differences. Participants shot at a static target under four conditions an unweighted rifle and the addition of a mass fixed at three different positions. Accuracy and timing as well as discomfort measures were captured and compared. Hit percentage, consistency and timing varied over time, and timing increased with the addition of mass in two out of the three conditions. There was an increase in discomfort with the addition of mass further from the participant. The results showed that relying on accuracy and consistency measures alone to make acquisition decisions could have the consequence of purchasing equipment not fit for the human. Practitioner Summary This research shows that relying on accuracy and consistency measures alone to make weapon-system acquisition decisions could have the consequence of purchasing equipment not fit for the user. Further research should focus on 'upstream' issues such as muscle fatigue and aim point stability in order to better understand human-weapon-system interactions. A primary role of human donor milk banks is to provide pasteurized human milk for the sick and preterm infant populations and to support the mothers of these infants as they establish their own milk supply. The results of human milk pasteurization continue to be studied to provide information that enables optimal nutrition in this sick and preterm population. The aims of our study were to determine macronutrient characteristics (fat, protein, carbohydrate) and energy content of human milk donated to the Christchurch Women's Hospital Human Milk Bank in New Zealand, and the i