Category: Drug delivery

According to reports, up to 90% of new drug candidates are poorly water-soluble, which poses a significant challenge for effective delivery. Addressing this, mixed micelles—nano-sized colloidal structures formed from a mixture of amphiphilic molecules—offer an elegant solution by significantly improving the aqueous solubility of otherwise insoluble substances.

Over 80% of all oral drug dosage forms are tablets, and the vast majority of these contain cellulose or its derivatives. Cellulose in medicine is a versatile, plant-based polymer that acts primarily as an inert, non-active ingredient known as an excipient, playing crucial roles in formulation stability, drug release, and delivery.

It is estimated that hard gelatin capsules are utilized for solid dosage forms far more frequently than softgels, highlighting their critical role in pharmaceutical production worldwide. This popularity is a direct result of the numerous benefits they offer to manufacturers, formulators, and patients.

Phytosome technology, which binds herbal extracts to phospholipids for better absorption, is widely used to enhance the efficacy of dietary supplements. However, while often considered safe due to its natural components, understanding the potential for side effects, particularly for certain individuals, is crucial for informed use.

Over 75% of peptide drug formulations are still administered via injection, largely due to rapid degradation in the gastrointestinal tract. But a critical question for many is: can you take peptides orally? The answer is evolving, driven by scientific advancements in drug delivery technology.

While the traditional approach has long favored injections for high bioavailability, the notion that *do all peptides need to be injected* is a myth being dispelled by recent innovations. Advanced research is revealing effective non-invasive delivery methods, offering patients more convenient options for peptide therapy.