Cambridge Consultants and India’s Sun Pharma Advanced Research Company (SPARC) have developed a new dry powder inhaler. According to the companies, the device delivers an even, consistent drug dose deep into the lungs regardless of how strong the inhalation is performed by the patient.
From the press release:
The device employs a novel de-agglomeration engine to separate the drug from the lactose ‘carrier’ particles. Based on a highly efficient airway design, the patented drug separation mechanism has successfully completed clinical trials and demonstrated that it is capable of delivering significantly more of the drug to the deep lung than traditional inhalers. In practice, this will minimise side effects from drug build-up in the back of the throat, reduce non-systemic load and wastage, and means almost 50% less active drug needs pre-loading into the device in comparison to a standard inhaler.Read more »
*This blog post was originally published at Medgadget*
E. coli is a Gram negative rod-shaped bacterium that is a regular inhabitant of the human gastrointestinal tract and certain strains can cause a lot of trouble. A team from the University of Tokyo in Japan, however, have manipulated the bacterium to perform a more noble task: Solving Sudoku.
The bacterium managed to solve 4×4 grid Sudoku puzzles, and in theory the more common 9×9 grid puzzles should be solvable as well. Read more »
*This blog post was originally published at Medgadget*
Neuropsychologist Kim Gorgens spoke at the last TEDxDU about issues surrounding children’s safety and what parents can do to prevent concussions — and it’s probably not to wrap the little ones in bubble tape. Watch for yourself:
A new iPhone/iPad game called “Prognosis: Your Diagnosis” looks like a decent attempt at making clinical case studies into a fun activity. Though it’s not clear how accurate and educational the game really is, the interface and goofy screenshots can certainly provide the foundation on which to deliver great content.
When using dressings to speed up the healing process of an open wound, it is necessary to periodically remove the dressing to check for infection. However, removing this protective covering creates an opportunity for bacteria to enter the wound site.
To remedy this problem, researchers at the Fraunhofer Research Institution for Modular Solid State Technologies EMFT have developed dressings which change color if the wound becomes infected. Early tests have shown promise, and the scientists now plan to test their invention in the field at the University of Regensburg’s dermatology clinic. Read more »
*This blog post was originally published at Medgadget*
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Cambridge Consultants and India’s Sun Pharma Advanced Research Company (SPARC) have developed a new dry powder inhaler. According to the companies, the device delivers an even, consistent drug dose deep into the lungs regardless of how strong the inhalation is performed by the patient.
When using dressings to speed up the healing process of an open wound, it is necessary to periodically remove the dressing to check for infection. However, removing this protective covering creates an opportunity for bacteria to enter the wound site.
