This page is part of the legacy archive of our previous website and preserves the original slide presentation describing the Emulvit D nanoemulsion formulation. Although the layout reflects an older version of the site, the scientific content remains relevant and…
Scientific Background of Vitamin D3 Emulvit‑D is a Vitamin D3 concentrated nanoemulsion engineered for rapid and efficient absorption. This R&D overview summarizes the scientific background of cholecalciferol, vitamin D metabolism, and the technological advantages of nanoemulsion‑based delivery. Cholecalciferol (Vitamin D3)…
Bioavailability is a class-dependent property, governed by distinct limiting mechanisms for small molecules versus biologics. While the formal definition of bioavailability remains unchanged, the dominant barriers, failure modes, and formulation levers differ substantially depending on molecular size, polarity, and susceptibility…
Bioavailability (F) is formally defined as the fraction of an administered dose of an active pharmaceutical ingredient (API) that reaches the systemic circulation in an unchanged form, integrating both absorption efficiency and the impact of first-pass metabolism. For orally administered…
This is where formulation science and bioavailability come together. Instead of changing the drug itself, scientists change how it’s delivered. 1. Improving solubility in formulation science Formulation techniques can: This helps the compound stay dissolved long enough to be absorbed.…
Bioavailability, in simple terms Bioavailability describes how much of a drug or active compound actually reaches your bloodstream and can start working. You may swallow a full dose, but your body often absorbs only a part of it. In many…
Research & Development Advancing the Science of Delivery Pharcon’s R&D programs focused on solving the challenges associated with poorly absorbable compounds. Our work spans pharmaceutical, nutraceutical, cosmeceutical and hybrid formulations, with an emphasis on improving solubility, permeability, bioavailability of biologically…
