Retaining Millennials: Values-Based Communication Tactics Employers can use to Appeal to a Supposed Risk-Adverse Generation

Millennials are growing within the workforce, but they are becoming difficult to attract and retain for longer than two years at a time. In addition, Millennials have generational-specific values that are different than their predecessors. Identifying and applying these workplace expectations to organizational policies have made it challenging for leaders to appeal to this generation. Millennials desire five aspects from their workplace: work with a purpose, to be their own boss or work for a boss that is a mentor, a collaborative work environment, flexible work schedules, and work-life integration and/or work-life balance. Using a survey research method, this thesis outlines how Millennials appreciate these values in a workplace and, because of this appreciation, employers and recruiters should consider them for attrition and recruitment purposes. This thesis also examines why the assumption that Millennials are job hoppers who would rather work for themselves than an established corporation is unfounded. Finally, this thesis finds that the risk aversion trait Millennials possess affects their potential for decision making regarding their career that this trait can be used by organizations to market communication positions to this generation

Morphological alterations in frontotemporal dementia:

The present thesis explores alterations in brain morphology in the neurodegenerative disorder of frontotemporal dementia (FTD). With the aim to improve the clinical diagnostics of FTD, we explored the diagnostic potential of measuring morphological alterations in the white matter by diffusion tensor imaging (DTI)- MRI, compared with the more commonly used assessment of grey matter thickness and volume. DTI-MRI was better at separating FTD cases from controls than grey matter parameters, and may thus be a promising supplementary imaging tool for the diagnostic work in FTD. We used DTI in combination with grey matter imaging to explore the morphological underpinnings of one of the central behavioural symptoms in FTD, disinhibition. Our results show that this symptom appears related to the integrity of an orbitofrontal-temporal network, as opposed to the prevailing view of a degeneration of the orbitofrontal cortex. An important question in FTD is what constitutes the morphological link between the molecular pathologies and the characteristic frontotemporal pattern of cortical degeneration. The von Economo neurons (VENs), are a particular type of neurons that are proposed to constitute this link. We confirm results from others, showing that these neurons are selectively degenerated in FTD. In addition we show that these neurons are more afflicted than pyramidal neurons in the superficial cortical layers, previously thought to be the most selectively degenerated in the cortex of FTD. The findings presented in this thesis will hopefully contribute both to improved diagnostics, understanding of clinico-pathological relationships, and of the pathophysiology of this condition

Panel of Towns: Amherst, NY

Symposium: The Increasing Conflicts of Deer and Human Populations in Suburban Area

Physics Curriculum using Project Based Learning

This curriculum is a series of projects making up a project based learning physics curriculum. Each project will consist of a scenario or experience the students have or could encounter at some point in their life. These scenarios and experiences will shape the flow of the curriculum as well as form the essential question to be answered at the end of each project. This curriculum will cover the same standards required of a traditional high school physics, just in a different way. Similar to curriculum created by Martinás and Tremmel, the students will learn concepts that apply to each of the scenarios (2014). Concepts can reoccur thus allowing for more connections to be made to the concepts. It is important when creating the different projects, that over the span of the curriculum, each standard is addressed at least once in the projects. The structure of a problem is crucial to student understanding. When a problem is well-structured students have strategies to tackle the problem and be successful in project based learning (Svihla & Reeve, 2016). Drafting the project or problem is going to be a crucial first step in order to ensure a flow in the curriculum and that the students and teacher alike understand what is expected of them. Once the curriculum is created, it can be used as a guide or reference for educators in physics to allow for a student centered classroom in which everything applies back to the students lives. By breaking down the projects, it will allow for educators to have a path to follow in their own classroom

Influence of lamb rennet paste containing probiotic on proteolysis and rheological properties of pecorino cheese.

Abstract Pecorino cheeses made from heat-treated ewes' milk using traditional lamb rennet paste (RP), lamb rennet paste containing Lactobacillus acidophilus (LA-5; RPL), and lamb rennet paste containing a mix of Bifidobacterium lactis (BB-12) and Bifidobacterium longum (BB-46; RPB) were characterized for proteolytic and rheological features during ripening. Consumer acceptance of cheeses at 60 d of ripening was evaluated. Lactobacillus acidophilus and Bifidobacterium mix displayed counts of 8 log 10 cfu/g and 9 log 10 cfu/g, respectively, in cheese during ripening. The RPB cheese displayed a greater degradation of casein (CN) matrix carried out by the enzymes associated to both Bifidobacterium mix and endogenous lactic acid microflora, resulting in the highest values of non-CN N and water-soluble N and the highest amount of α s -CN degradation products in cheese at 60 d of ripening. The RPL cheese displayed intermediate levels of lactic acid bacteria and of N fractions. The percentage of γ -CN in RP and RPL cheeses at 60 d was 2-fold higher than in the cheese curd of the same groups, whereas the mentioned parameter was 3-fold higher in RPB cheese than in the corresponding fresh curd according to its highest plasmin content. The lower hardness in RPB at the end of ripening could be ascribed to the greater proteolysis observed in cheese harboring the Bifidobacterium mix. Although differences in proteolytic patterns were found among treatments, there were no differences in smell and taste scores

A Perspective on Remanufacturing Business: Issues and Opportunities

The purpose of this section, then, is to dissect the business of remanufacturing in order to highlight their strengths and weaknesses, its opportunities and its dangers. In the forth section we sum up some results of this study and future possible developments

Ventilatory Threshold Responses at Different Percentages of Body Weight on the Alter-G Anti-Gravity Treadmill: A Pilot Study

Santillo, N., Figueroa, M., Lasala, T., Manning, J., William Paterson University, Wayne NJ Purpose: The purpose of this study was to determine if changes occurred in the ventilatory threshold (VT) upon manipulation of body weight (BW) when comparing 80% to 100% of BW in healthy college aged individuals on the Alter-G® anti-gravity treadmill. Methods: A modified Bruce Protocol was used to measure oxygen consumption (VO2peak) on 10 subjects (5 males, 5 females) at 100%, and 80% of BW. Testing protocols were randomized with two weeks in between each test. VT was determined by the software algorithm in the MedGraphics Ultima Series (St. Paul, MN) open exchange spirometer. Results: Gender did not significantly affect relative VO2peak or VT at either percentage of BW. No significant differences were found with regards to VO2peak (ml×kg-1×min-1) or VT at 100%BW & 80% BW. Conclusion: Upon the unweighting of a subject on the Alter-G® anti-gravity treadmill, individuals are able to train at similar intensities at 80% and 100% of BW. Since the unweighting produced similar metabolic responses, one could suggest that those with orthopedic limitations, who are not fully weight bearing, can maintain their cardiovascular conditioning. This type of training may also be advantageous for athletes who wish to reduce musculoskeletal strain within their training