Novel drug delivery systems have attracted the attention of most pharmacists and researchers. Controlled and stable drug delivery has become the standard in modern drug delivery design, and intensive research has been conducted to achieve much better efficacy, reliability, and safety of the drug product. The technology of in-situ gel forming injections, with the specific feature of sol-gel transfer, causes a stable and controlled drug release in the body. The “in-situ gel formation” system is a solution (sol) before entering the body but changes into a gel in different physiological conditions.
Convert Sol to Gel
The main advantages of this technology are high adaptability to various drug combinations, use of less invasive and less painful techniques, direct delivery of the drug to the desired location, drug protection, slow drug release, biodegradability, and biocompatibility. Due to the ease of administration and administration times, the patient’s adaptation and comfort improve.
The main advantages of this technology are high adaptability to various drug combinations, use of less invasive and less painful techniques, direct delivery of the drug to the desired location, drug protection, slow drug release, biodegradability, and biocompatibility. Due to the ease of administration and administration times, the patient’s adaptation and comfort improve.