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BASF Poster
Investigating the influence of the core formulation on the gastric resistant functionality of a…
Developing a gastric resistant coating formulation can be quite demanding. There are a lot of interactions between polymer and active ingredient or non-functional excipients which have to be heeded. Even if all incompatibilities could be eliminated, the disintegration characteristics of the core…
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Investigating the benefits of delivering gastric resistant functionality to a tablet by applying a…
In the field of gastric resistant film-coating, a lot of obstacles can occur during formulation development. Some pharmaceutical actives (e.g. omeprazole) are prone to interactions with the functional polymer poly(methacrylic acid-co-ethyl acrylate) (MAE). Yet, one should consider that the coating…
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Comparing various plasticisers regarding their effect on the film-coating properties of Kollicoat®…
Various active pharmaceutical ingredients (APIs) are either aggressive to the stomach’s mucosa or vulnerable to the acidic nature of the gastric juice. Solid oral dosage forms carrying one of these APIs thence require gastric resistant functionality. Poly(methacrylic acid-co-ethyl acrylate) based…
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Evaluating the impact of various aspects on the functionality of poly (methacrylic acid-co-ethyl…
Various active pharmaceutical ingredients (APIs) are either aggressive to the stomach’s mucosa or vulnerable to the acidic nature of the gastric juice. Solid oral dosage forms carrying one of these APIs thence require gastric resistant functionality. Poly(methacrylic acid-co-ethyl acrylate) based…
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Kollicoat® MAE: comparing the three different grades regarding preparation and functionality…
Various active pharmaceutical ingredients (APIs) are either aggressive to the stomach’s mucosa or vulnerable to the acidic nature of the gastric juice. Solid oral dosage forms carrying one of these APIs thence require gastric resistant functionality to prevent drug liberation and acid up-take in the…
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Evaluating the suitability of a pH-dependent pore former in a sustained release film-coating…
Since the development of polymers for enteric coating in the late 1950’s, numerous investigations have illustrated the application of these functional excipients such as poly(methacrylic acid-co-ethyl acrylate). Also mixtures with other polymers like poly(vinyl acetate) have already been well…
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Strengthening the sustained release efficiency of a formulation by employing Kollicoat® SR 30 as…
Poly(vinyl acetate) – based matrix formulations are well known for obtaining strong sustained release functionality. Depending on the solubility of the active ingredient and the required dissolution profile, pore formers need to be added for adjusting drug release. The combination of both excellent…
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Excipients for Parenteral Use
Discover BASF’s wide range of excipients for parenteral use meeting the highest quality standards as well as BASF’s unparalleled experience in quality and regulatory affairs.
Click on the poster for a full view:
PDF Download: EXCIPIENTS FOR PARENTERAL USE
More about BASF Pharmaceutical…
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Semi-Solid Topical Formulary
Topical formulations may be used to deliver active pharmaceutical ingredients (APIs) to or through the skin. These formulations typically possess a relatively soft, spreadable consistency and are often formulated as either water-in-oil or oil-in-water emulsions.
BASF offers an unparalleled…
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Soluplus® – For better solubility and bioavailability
Did you know that Soluplus® also solubilizes drugs processed by wet granulation?
Try Soluplus® and experience a new dimension in solubility and bioavailability enhancement.
Soluplus® is an innovative excipient that enables new levels of solubility and bioavailability for poorly soluble active…
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