A partnership between the Royal Stoke University Hospital, part of the University Hospitals of North Midlands NHS Trust, and a UK industry-leading medical devices company have been rewarded for its use of an innovative bioelectronic technology to prevent life-threatening blood clots in acute stroke patients – winning in the category: Best use of technology (acute care), at the Building Better…
Rutgers researchers have found a way to reduce bleeding in patients following bariatric surgery. The study, which appeared in the journal Surgery for Obesity and Related Disorders, was conducted by Luigi Brunetti and Leonid Kagan at the Rutgers Ernest Mario School of Pharmacy in collaboration with Ragui Sadek at Advanced Surgical and Bariatrics of New Jersey. More than 30 percent of adults in the…
Back in 1987 Meyer-Haake GmbH introduced the first high-frequency surgical device with an output power in the megahertz range. Due to the high-frequency it was possible to conduct surgery with minimal heat development, resulting in less thermal damage and tissue shrinkage. Thus, the firm’s devices were quickly bought. For its latest models – radioSURG 2200 ‘PT’ and ‘PTA’ –…
HORIBA Medical announces that the Yumizen G1500 (open tube) and Yumizen G1550 (closed tube) are now available. These fully automated analyzers can manage the diagnostic and monitoring requirements of clinical laboratories with a mid to high workload. Expanding their field of blood-diseases expertise, directly linked to hematology, HORIBA Medical is now able to offer its customers, dedicated and…
Manufacturers are required to prevent so-called anomalous use. This includes, for instance, the use of cuvettes that are not licensed in products like Teco’s Coatron-X. Norms and directives are the backbone of medical devices manufacture. Frequent updates keep them current, but also often create unforeseen problems, especially for smaller and medium-size companies, because the bureaucracy is…
Scientists from the University of Würzburg successfully elucidated new details about a circuit regulating platelet biogenesis. These important findings could contribute to a better understanding of the mechanism leading to bleeding disorders.
