The Rise of Art Therapy as a Robust Treatment for Mental Health Issues

Art therapy is a method of treatment used within a broad spectrum of patients. There are many forms of art therapy: it can be done through music, drama, painting or drawing, and dance-movement. These methods of therapy can be used for mentally disabled patients, PTSD victims, persons facing a phobia, non-vocal patients, and patients with psychosis. On top of all these situations, art therapy is also utilized in traditional therapy with neurotypical patients. The common goal of art therapy varies on the patient. In some cases, the common goal is a lift of trauma or even full recovery, in other cases, it is better communication or relief of pain. Art therapy has allowed many to surpass these mental illnesses while in other situations it has allowed many to live with these mental illnesses in a controlled and healthy way. Art therapy has been an underappreciated form in relation to all that it offers patients. Art allows patients to transcend into an alternate reality within their therapy and escape through a creative outlet. These creative outlets appear in different ways for different patients, differing from music and dance therapy to drama or visual arts therapy

Master\u27s Recital

List of performers and performances

Can existing payment networks meet future needs? a conference summary

Payment systems

Developing an Acute Care Simulation Lab and Practicum

The benefits of simulation-based education have been well-documented in health-related disciplines and are emerging in speech-language pathology. Several clinical training paradigms for acute care speech-language pathology skills have been successful when implemented in high fidelity, nursing simulation labs with price tags that are cost prohibitive for most speech-language pathology programs. Through funding support from a grant and a four-phased simulation development program, the authors developed an acute care simulation lab dedicated to speech-language pathology students for under $9,000 and simultaneously piloted a one-credit, acute care, adult- and geriatric-focused clinical practicum course. The clinical practicum was structured to scaffold student learning using task trainers, computer-based simulations, and live simulations with low fidelity manikins and standardized patients. The authors are hopeful that this article provides speech-language pathology programs a practical framework for structuring a dedicated, simulation space and course, while empowering faculty to more fully integrate simulation-based learning experiences into their curricula in a way that is evidence-based and in keeping with the best practice resources that are currently available in the field of speech-language pathology

Managing Diverse Stakeholders

For every public project, there is a diverse group of stakeholders who need and want information. During this session we outline important stakeholders, how and when to involve them in the planning process, and how targeted messaging might be the key to your project’s success. We also discuss how to identify and manage stakeholders who oppose your project

Synthesis of a Molecular Charm Bracelet via Click Cyclization and Olefin Metathesis Clipping

We describe the synthesis of a polycatenated cyclic polymer, a structure that resembles a molecular charm bracelet. Ruthenium-catalyzed ring-opening metathesis polymerization of an aminocontaining cyclic olefin monomer in the presence of a chain transfer agent generated an α,ω-diazide functionalized polyamine. Cyclization of the resulting linear polyamine using pseudo-high-dilution coppercatalyzed click cyclization produced a cyclic polymer in 19% yield. The click reaction was then further employed to remove linear contaminants from the cyclic polymer using azide- and alkyne-functionalized scavenging resins, and the purified cyclic polymer product was characterized by gel permeation chromatography, ^1H NMR spectroscopy, and IR spectroscopy. Polymer hydrogenation and conversion to the corresponding polyammonium species enabled coordination and interlocking of diolefin polyether fragments around the cyclic polymer backbone using ruthenium-catalyzed ring-closing olefin metathesis to afford a molecular charm bracelet structure. This charm bracelet complex was characterized by ^1H NMR spectroscopy, and the catenated nature of the small rings was confirmed using two-dimensional diffusion-ordered NMR spectroscopy

Enhancing Dental Aligners with Direct 3D Printing Manufacturing

Replacement of thermoforming with direct 3d printed aligners, molding appliances for dental and alveolar movement. Currently the process involved requires 3d printing models and plastic thermoforming, trimming and polishing to fabricate the end product. If possible a product that could be 3d printed that had stress retention, crack resistance, and stain resistance properties delivered in thickness between .030 and .040 inches

Results for the 2019 VIMS Industry Cooperative Surveys of the Mid-Atlantic, Nantucket Lightship Closed Area, Closed Area I, and Closed Area II Resource Areas

The Virginia Institute of Marine Science (VIMS) conducted high resolution sea scallop dredge surveys of the entire Mid-Atlantic (MAB), the Nantucket Lightship (NLCA), Closed Area I (CAI), and Closed Area II (CAII) during May–July 2019. These surveys were funded by the Sea Scallop Research Set- Aside Program (RSA). Exploitable biomass for each survey is shown in Table 1 for each spatially explicit SAMS Area (Scallop Area Management Simulator). SAMS Areas represent management relevant spatial subunits of the resource and explicitly account for differences in recruitment, vital rates, and fishing effort in the forward projection of survey information. Maps of SAMS Areas are provided in Figures 1-5. At the time of the surveys, exploitable biomass estimated from the commercial dredge was 18,884 mt or 41.6 million pounds for the Open Elephant Truck (ET-Open) SAMS Area and 18,691 mt or 41.2 million pounds in the Elephant Trunk Flex (ET-Flex) SAMS Area. For open bottom in the Long Island (LI) SAMS Area, exploitable biomass was estimated at 9,437 mt or 20.8 million pounds. In the western NLCA SAMS Area (NLS-West), the exploitable biomass was 1,052 mt or 2.3 million pounds