HME LIPIDIC PELLETS FOR PAEDIATRIC APPLICATION. AN INVESTIGATION OF THE EFFECT AND STABILITY ON DRUG DISSOLUTIONS

The practitioner who wishes to get started in GDP orthodontics faces a bewildering array of choices: clear aligners or fixed appliances? Which product is best to get started with? How to overcome one’s poor foundation of orthodontic knowledge from undergraduate training, when much of the information learned for final exams has subsequently been forgotten? Since 2001, the Invisalign product has been used to treat over 5 million cases worldwide. This vast bank of clinical experience is constantly used to refine and improve the product, and also makes the Invisalign system the most streamlined experience for a new user who is improving their orthodontic skills and the safest place to re-start one’s journey in orthodontics.

Explore the area of neuromodulation, which is seeing significant growth at a time when other medical device markets are facing declining growth. The team focus on three targeted neuromodulation areas, including: spinal cord stimulation (SCS), deep brain stimulation (DBS) and vagus nerve stimulation (VNS).

Western blotting uses antibodies to identify individual proteins within a cell or tissue lysate. It is an important life sciences technique that involves many steps. When done well Western blotting delivers useful information to the researcher. Good results can, at times, be challenging. Sourcing quality reagents and finding ways to avoid repeating experiments is essential. This webinar offers insights into the tips and tricks that can help you generate better Western blot data and will discuss advances that have allowed the automation of protein separation and immunodetection of traditional Western blotting.

The classification of mosquito blood cells is controversial, complicated by the small size and number of cells one can obtain per mosquito, by the autofluorescent debris found in hemolymph, and the tendency of phagocytes to take up this autofluorescent debris. Much of the classification has been performed morphologically on cytospins of isolated cells. Imaging flow cytometry yields simultaneously acquired bright field, scatter, and fluorescent images of cells in suspension, enabling better resolution of rare cells from debris.