Developing Community Through Energy: The Impact of Student Extracurricular Collaboration

Students collaborate in order to educate one another and to develop community. Students often use their own personal experiences for collaborative events in order to appeal to their fellow classmates\u27 empathy to inspire change. Discussions centered on objective systems of oppression can be less effective than subjective experiences and require more student affairs professional assistance to create a fruitful experience. I examine two student events, Happy in a Hijab (HH) and Real Talks: The Race Thing (RTRT) to demonstrate how the discussion\u27s subject relates to its effectiveness. I review the timeline of the events, what type of energy, and how much energy are generated based on each activity or action; energy in this case is defined as anything that might be emotion-inducing that can later lead to community building. HH can attribute its success in generating energy to its subjects being womxn who wear the hijab and to the creation of a safe space. RTRT produced less successful results due to its subject being the entire system of racism and its failure to create a safe space or learning environment. In this paper, I seek to affirm diligence is needed when determining how collaborative events are held in order to uphold community building and reduce harm and trauma demonstrations

Newborn Screening for Severe Combined Immunodeficiency in the US: Current Status and Approach to Management.

In the US, the assay of T cell receptor excision circles (TRECs) in newborn dried blood spot specimens to detect severe combined immunodeficiency (SCID) was first piloted in 2008 in the state of Wisconsin. It has been rapidly adopted with 49 states and Puerto Rico now either routinely screening all newborns or planning to do so in 2017. Advances in SCID NBS over the last 9 years have revolutionized the ability to detect SCID and has led to profound improvement in outcomes of affected children

Vibration characteristics of a deployable controllable-geometry truss boom

An analytical study was made to evaluate changes in the fundamental frequency of a two dimensional cantilevered truss boom at various stages of deployment. The truss could be axially deployed or retracted and undergo a variety of controlled geometry changes by shortening or lengthening the telescoping diagonal members in each bay. Both untapered and tapered versions of the truss boom were modeled and analyzed by using the finite element method. Large reductions in fundamental frequency occurred for both the untapered and tapered trusses when they were uniformly retracted or maneuvered laterally from their fully deployed position. These frequency reductions can be minimized, however, if truss geometries are selected which maintain cantilever root stiffness during truss maneuvers

BATCH PICKING CONVENIENCE STORES AND DELIVERING CARTS

Agribusiness,