Glass table injuries: A silent public health problem.

BACKGROUND: Glass tables can break and cause traumatic injury. This public health issue is avoidable by adequate regulatory measures. We describe the burden and characteristics of these injuries using the National Electronic Injury Surveillance System (NEISS) database and data from a level 1 trauma center. METHODS: NEISS data was extracted from 2009 to 2015. Injuries were classified by type, severity, and involvement of faulty glass using predetermined criteria. A retrospective chart review of a level 1 trauma center data was performed. Epidemiologic and outcomes data are reported. RESULTS: 3241 cases were reviewed from NEISS. 56% of injuries were attributable to faulty tables. 15% were severe. A bimodal age distribution of age under 7 and early 20s was observed. Commonly injured areas were the upper extremity and forehead. 24 trauma center cases were reviewed. 21% presented with hemodynamic instability, 34% had major organ, body cavity or joint space injuries, and 58% required surgical intervention. 30-day mortality rate was 8%. More than 54% required inpatient care. CONCLUSION: Glass table injuries are common, estimated at over 2.5 million per year. Regulation of glass quality may prevent injury. SUMMARY: Glass table injuries are more common than may be recognized and represent a public health problem that can be mitigated through proper regulatory measures.

Rapid methodology to screen flame retardants in upholstered furniture for compliance with new California labeling law (SB 1019).

In response to concerns regarding the widespread use of flame retardants, the California Legislature passed a law (SB1019) requiring labels on furniture products to indicate whether they do or do not contain flame retardants. To support the enforcement of the new law, our laboratory developed a step-wise, screening approach to test for brominated (BFR) and phosphorus-based flame retardants (OPFRs) in several types of furniture components (foam, fabric, batting, plumage, etc.). We used X-Ray Fluorescence (XRF) to screen for the presence of Br (and other elements) and Inductively Coupled Plasma - Optical Emission Spectrometry (ICP-OES) to identify and measure the concentration of P (and other elements). The same samples were also extracted by dichloromethane using sonication and analyzed by a single injection into a Gas Chromatograph - Tandem Mass Spectrometer to obtain concentrations of specific BFRs and OPFRs. Our approach showed excellent screening potential for Br and Sb by XRF and for P by ICP-OES, with both tests having predictive values of a negative equal to 1. To explore and screen for flame retardants in products not included in our current list of target chemicals, we used Liquid Chromatography/Time-of-Flight Mass Spectrometry operated with electrospray ionization, to identify additional flame retardants to be incorporated in quantitative methods. We are making all our methodologies public to facilitate simple and low cost methods that can help manufacturers and suppliers have their products tested and correctly labeled, ultimately benefitting the consumer.

Home Improvements and Structural Alterations (HISA) benefits program. Final rule.

This rulemaking adopts as final, without change, a proposed rule creating regulations for the Home Improvements and Structural Alterations (HISA) benefits program. Through the HISA benefits program, VA provides monetary benefits to disabled veterans for necessary home improvements and alterations. An increase in the HISA benefits limit was authorized by the Caregivers and Veterans Omnibus Health Services Act of 2010. This rulemaking codifies regulations governing the HISA benefits program and incorporates the increase in HISA benefits authorized by the 2010 Act.

Visualization of regulations to support design and quality control--a long-term study.

The aim of the study was to visualize design regulations of furniture by means of interactive technology based on earlier studies and practical examples. The usage of the visualized regulations was evaluated on two occasions: at the start when the first set of regulations was presented, and after six years of usage of all regulations. The visualized regulations were the result of a design process involving experts and potential users in collaboration with IKEA of Sweden AB. The evaluations by the different users showed a very positive response to using visualized regulations. The participative approach, combining expertise in specific regulations with visualization of guidelines, resulted in clear presentations of important regulations, and great attitudes among the users. These kinds of visualizations have proved to be applicable in a variety of product areas at IKEA, with a potential for further dissemination. It is likely that the approaches to design and visualized regulations in this case study could function in other branches.

Finishes and furnishings: considerations for critical care environments.

When selecting finishes and furnishings within a critical care unit, multiple factors can ultimately affect patient outcomes, impact costs, and contribute to operational efficiencies. First, consider the culture of the regional location, operations of the specific facility, and the recent focus on patient-centered care. The intention is to create an appropriate familiarity and comfort level with the environment for the patient and family. Second, safety and infection control are of utmost concern, particularly for the critical care patient with limited mobility. The planning and design team must be acutely aware of the regulations and guidelines of various governing agencies, local codes, and best design practices that can directly affect choices of finishes and furnishings. Flooring, wall, and window finishes, lighting, art and color, as well as furniture and fabric selection should be considered. Issues to address include maintenance, durability, sustainability, infection control, aesthetics, safety, wayfinding, and acoustics. Balancing these issues with comfort, patient and staff satisfaction, accommodations for an aging population, increasing bariatric needs, efficient operations, and avoidance of "never events" requires team collaboration and communication, knowledge of product advancements, a keen awareness of how environmental stimuli are perceived, and utilization of the best available evidence to make informed design decisions.

[The environmental characteristics of patients' rooms and their interactions with the lifting of patients]. / Caratteristiche ambientali del reparto di degenza e loro interazioni con la movimentazione del paziente.

The Law (Presidential Decree) of 14/1/97 requested the regions of Italy to define and develop procedures for the accreditation of their health facilities. Since accreditation promotes the quality of the system, the support of ergonomics can be fundamental. Ergonomics, whose quality objective is harmony of the environment-man-object relationship, is in a position to make a major contribution to the complete application of the procedures for quality certification (ISO regulation 9000) and of the regulations regarding mandatory safety regulations (Law 626/94). The present paper analyzes the tasks of health workers vis-a-vis patients, highlighting the improvement or worsening effect of environmental features which not only have a direct effect on movements and general activity but also have an indirect effect on psychological and behavioural conditions. The first requirement that should be taken into consideration in environments that are also used by patients is that everything that can facilitate or make their walking and access to facilities self-sufficient will certainly make the healthcare workers' tasks easier, which can then be limited to lifting required for treatment and washing. The ward, especially, is an area that is extremely important from the point of view of design because it is where the patient does practically everything and where the staff, too, are mainly engaged in hygiene/treatment tasks, involving both patients and their relatives. The bed must be able to be easily used by potentially disabled patients who have difficulty in walking and moving. The beds should therefore be equipped with or have close by handles and rails that assist the patient to lie down, get up and move from the bed; the bed should also have a manual or electrical device to adjust the height (from 40 to 70 cm) and have four wheels (that can each be blocked) to make it easier to move. The supporting legs should occupy as little space as possible and should not interfere with wheelchairs or other walking aids or with the movements of the staff. The head and foot-boards should have parts that can be used as grips. The space between both sides of the beds should be at least 90 cm and the space between headboard and wall 120 cm; bedside tables should be no deeper than 30 cm and be fitted with wheels. On the question of space distribution design, another important requirement is flexibility. Adequate flexibility of space distribution together with adaptable technological systems mean that the spaces and equipment of the ward can be easily adapted to the great variety of needs.