Health, Medicine, & Biotechnology

Coming Soon - Sterility Validation 101: Ensuring a Robust Sterilization Validation Program from Start to Finish

The mapping of a successful sterilization validation program for medical devices can be challenging. From assessing the impact of your manufacturing environment, to your packaging design and choice of sterilization methods, many factors will impact how you validate your sterilization process. While parts of the program are simple, others are very complex, and it can be difficult to know where to begin and what is required.

Posted in: Webinars, Upcoming Webinars, Medical

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Designing Disinfectant-Ready Medical Devices

Frequent exposure to aggressive disinfectants and drugs, as well as repeated physical strain, damages medical device housings and hardware made with commonly used materials. Device failures not only impact quality of patient care but also increase overall operational costs. Choosing a material that can withstand these harsh conditions without compromising durability is essential to preventing cracks, crazes, and premature failure and prolonging housing longevity. This is especially true as portability becomes increasingly important in the medical environment.

Posted in: Webinars, On-Demand Webinars, Medical

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Using UVC LEDs to Reduce the Spread of Healthcare Acquired Infections (HAIs)

According to FDA, contact with infected objects and medical devices is a leading cause of healthcare associated infections (HAIs). Reducing HAIs by better understanding the effectiveness of antimicrobials, sterilization, and reprocessing of medical devices is one of the agency’s regulatory science priorities for 2017.

Posted in: Webinars, On-Demand Webinars, LEDs, Medical

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PTC Heater Brings Greater Control for Hand-held Medical Devices and Disposables

Point of Care diagnostics devices, whether handheld or single-use, often require a brief application of tightly controlled heat. The disposable nature of these devices requires a low-cost component capable of delivering that heat reliably and safely. Heatron's new PTC heater solution uses a polymer-based heater technology that controls heat to within ±2°C of the target temperature, and reduces unit cost by eliminating sensors and applied controls.

Posted in: White Papers, Briefs, TSP, Electronics & Computers, Thermoelectrics, Medical, Medical equipment and supplies, Heating, ventilation, and air conditioning systems (HVAC), Polymers

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Benefits of Silicone Elastomers for Healthcare Applications

When the human body requires support or artificial replacements in order to function properly or to boost the healing process, it is essential that the materials employed meet the highest quality requirements. Pure silicones support meeting these demands, and their extraordinary properties make them ideal for highly sensitive healthcare applications.

Posted in: Webinars, On-Demand Webinars, Materials, Medical

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High-Quality Tissue Formation Method

This technology could be used in research and development, pharmaceutical development, regenerative medicine, and drug screening and testing.NASA's Johnson Space Center seeks interested parties for the commercialization of the High Density Spot Seeding (HDSS) method to create 2D and 3D tissue models. This method can potentially be used to develop tissue models for a variety of applications, including wound treatment, therapy, and tissue modeling of skeletal muscle, cardiac muscle, nerve, and bone. The HDSS technique has an easy four-step method that does not require expensive reagents, such as specialized serum or growth factors, and compared to traditional methods, HDSS has the potential to yield superior-quality tissue samples.

Posted in: Briefs, Medical, Anatomy, Biological sciences, Medical equipment and supplies, Forming

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Filtering Molecules with Nanotube Technology

Innovators at NASA's Johnson Space Center have developed a filtration device to eliminate contaminants from water supplies. Originally developed to purify waste-water for reuse aboard the International Space Station, the innovation is applicable to numerous situations on Earth where there is a need to collect potable, medical-grade water from a contaminated water supply. The unique aspect of the technology is its use of acoustics, rather than pressure, to drive water through small-diameter carbon nanotubes. The invention requires less power than conventional filtration systems, and is well-suited to a variety of water processing needs.

Posted in: Briefs, Medical, Water reclamation, Nanotechnology, Acoustics

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