7,271 research outputs found
Feminist Perspective of Cross-gender Power Relation in Caryl Churchill's Top Girls
Top Girls, one of Caryl Churchill's most popular plays, describes the lives of six female characters coming from different centuries. Each of them has their own story to tell, as they have all been victimized by the patriarchal system in the century when they live and have resisted the system with different strategies. They either employ roles that are traditionally reserved for men or they adopt the archetypically feminine qualities. Despite their resistance and success, they find themselves unhappy and unsatisfied over their achievements. Thus this raises the question of the effectiveness of the feminist movement
Protecting the Wolf in Sheep\u27s Clothing: Perverse Consequences of the McKennon Rule
What follows is, first, a description of the typical scenarios that arise in after-acquired-evidence cases and the law surrounding McKennon. Section II discusses how the economic literature on information and signaling applies to such cases; section III elaborates upon the motives behind and the perversities of McKennon; and section IV offers conclusions
Development of Targeted Pro-Angiogenic Therapies for Ischemic Diabetic Foot Ulcer Repair
Between 15-25% of diabetic patients develop chronic foot ulcers within their lifetime. These ulcers are characterized by delayed wound healing, are highly susceptible to infection, and can lead to lower-limb/foot amputation. Impaired ulcer healing is most often due to ischemia and insufficient formation of new vessels in the wound bed, as well as rapid turnover of healing tissue by excessive matrix metalloproteinase (MMP) activity. To improve healing of chronic ischemic wounds, researchers have sought to increase angiogenesis at the wound site using growth factors such as vascular endothelial growth factor (VEGF). VEGF is a key angiogenic mediator and uniquely participates in multiple aspects of wound healing including revascularization, reepithelialization, and collagen deposition. However, the clinical success of growth factor therapies such as VEGF has been limited largely due to the overexpression MMPs in the wound environment that degrade or inactivate the growth factors. Furthermore, non-targeted angiogenic growth factor therapies raise significant concerns because they are not restricted to the wound site, but potentially diffuse into systemic circulation and cause malignancies. This thesis reviews current advances in understanding the pathogenesis and pathophysiology of the compromised wound healing environment leading to DFUs with particular emphasis on the roles of neovascularization and matrix remodeling. It also addresses recent progress in VEGF therapy for DFUs and the current limitations in clinical translation imposed by co-existing pathophysiological defects of diabetic wound healing. Given the current understanding of the impaired healing components suggesting a need to correct multiple derangements while maintaining efficacy in the complex and highly proteolytic environment, we propose multiple collagen-targeted, degradation resistant, proangiogenic therapies to activate and potentiate VEGF pathways and simultaneously protect existing collagen matrices. Specifically, we discuss the development of VEGF-loaded collagen-binding nanoparticles and two variants of engineered decorin mimetics functionalized with pro-angiogenic VEGF-mimicking or αvβ3 integrin-binding peptides to increase vascularization of the wound bed. Both the nanoparticles and the angiogenic proteoglycan mimics can be targeted to endogenous collagen or exogenous collagen dressings by a collagen-binding peptide and could be used in combination to exploit VEGF activation and potentiation. This project (i) develops a thermosensitive nanoparticle VEGF-delivery system, (ii) develops and characterizes pro-angiogenic peptide-functionalized decorin mimics, and (iii) assesses the in vitro and in vivo angiogenic potential of these pro-angiogenic decorin mimics as proof-of-concept supporting their potential to accelerate ischemic dermal wound healing in animal models
Twice-Told Tales: An Economist\u27s Retelling of the Transformation of American Law, 1780-1860
Hitting Pause on Organic Chemistry
Written procedures for performing organic chemistry experiments are replaced by visual demonstrations that allow students to watch these videos at home and/ or in the laboratory. These previously recorded demonstrations allow students to watch, pause, and rewind the video to better understand laboratory techniques
- …