Within the medical device industry, regulatory agencies often test internally-based devices and implants in a physiological state. The lnstron® BioBox meets the growing trend of testing actual medical devices and biomaterials at body temperature (37 °Ñ). For large or long devices, testing in à liquid may not be practical. As an alternative, testing inside à controlled air environment at body temperature provides à powerful solution.
Ceram, the international materials development and testing company, has extended its cleaning validation service for the medical devices and associated industries to include detergent analysis.
Using Liquid Chromatog...
Biomedical Structures (BMS), a developer of biomedical textiles for medical devices and other advanced clinical applications, and Modified Polymer Components (MPC), which specializes in the design, rapid prototyping and manufacture of reliable, highly precise polymer components for medical device OEMs, today announced their merger. Jointly, the companies will better provide medical device customers with a full spectrum of value-added services across a wider range of applications. Ampersand Capital Partners will be the majority shareholder of the combined company.
Just as horses shake off pesky flies by twitching their skin, ships may soon be able to shed the unwanted accumulation of bacteria and other marine growth with the flick of a switch.
When you get a cut, blood starts to flow from the wound. But very quickly, complex biochemical processes spring into action, creating a scaffolding of molecules to block the hole, and then building up an impervious clot to stanch the flow.
DuPont Tate & Lyle Bio Products Company LLC today announces the launch of an Innovation Award program for companies using its Zemea® Propanediol in their cosmetic and personal care ingredients or formulations. Eligible nominees have either commercialized a finished product for retail or launched another ingredient that contains Zemea® Propanediol from Jan. 1, 2011 through Dec. 31, 2012.
In a recent publication, researchers achieved new accuracy in the ability to measure energy differences between states of molecules, thus predicting which states will be observed.
Michael Caplan shares authorship of a paper on cancer treatment research published this week in the prestigious Proceedings of the National Academy of Sciences journal.
Chitin and Chitosan are natural biopolymers. Fatty esters are the non-greasy and non-ionic derivatives of oleochemicals. So what do they have in common? These three compounds have become the materials of choice in a broad spectrum of industries, ranging from agriculture, food, pharmaceutical, metal and water treatment, to personal care and cosmetics, and plastics.
In a new approach for tapping biomass as a sustainable raw material, scientists are reporting use of a Nobel-Prize-winning technology to transform plant "essential oils" — substances with the characteristic fragrance of the plant — into high-value ingredients for sunscreens, perfumes and other personal care products. The report on the approach, which could open up new economic opportunities for tropical countries that grow such plants, appears in the Journal of the American Chemical Society.
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