In the case of sustained energy, converting fatty acids into ATP (adenosine triphosphate) can provide a more long lasting source of energy.
Learn why compounding pharmacies are adopting in-house liquid-filled hard capsule solutions to support personalized medicine, improve stability, and enhance patient safety.
As organic demand goes mainstream, brands have an opportunity to stand out in the nutraceutical market with Capsugel® Organicaps™ capsules.
Learn how liquid-filled hard capsules are manufactured and compare fusion sealing, LEMS®, and banding for stability, leak prevention, and formulation protection.
Elderly people have a lower energy demand and eating habits change with age.
Breast milk contains L-Carnitine, which is required for the transport of long-chain fatty acids and other organic acids across mitochondrial membranes.
L-Carnitine may play an important role in male reproductive health, mainly due to increased mitochondrial fatty acid oxidation, which results in improved motility of epididymal sperm.
Carnipure® L-Carnitine plays an important role in facilitating the recovery process in response to physical activity.
There is increasing evidence that L-Carnitine may play an important role during pregnancy, particularly in women following a meat-reduced or vegetarian diet for which daily L-Carnitine intake may be too low to meet the increased needs during pregnancy.
The lower GI tract plays an important role in how well drugs are absorbed and utilized by the body. But delivering sensitive APIs to this region—especially those vulnerable to acidic environments.
In the case of weight management, decreasing fat mass while preserving muscle mass is the ultimate goal.
Enteric capsules have many applications. Their principal purpose is to prevent the release of active pharmaceutical ingredients (APIs) in the stomach and to avoid them being exposed to gastric acid.
The lower gastrointestinal tract is critical for enhancing bioavailability and drug absorption, directly influencing therapeutic efficacy.
Unlocking the full potential of many therapies hinges on effective absorption in the lower GI tract. Yet, delivering fragile APIs to the right location is no small feat.
The lower gastro-intestinal tract plays an important role in optimizing bio-availability and drug absorption – and therefore the effectiveness of many therapies. But delivering sensitive APIs to the right location is a challenge. In a series of ‘real world’ questions, we explore the options and solutions when it comes to the targeted delivery of acid-sensitive APIs.