| Title: |
Digital Healthcare Revolution: 3D Printing in Pharmaceutical Industry; Applications and Future Perspective. |
| Authors: |
GANGURDE, MANASI; JAGTAP, MAYURI; PATHADE, PARAG; BAIRAGI, VINOD; AHER, BHASKAR |
| Source: |
International Journal of Pharmaceutical Research (09752366); 2020 Supplement1, p2367-2376, 10p |
| Subject Terms: |
Three-dimensional printing; Digital health; Drug delivery devices; Computer-aided design; Printing industry; Pharmaceutical industry; Drug delivery systems |
| Abstract: |
Substances are manufactured by merging or placing ingredients in consecutive coatings under a control of computer thus its takes place in Three-dimensional (3D) printing manufacturing. Computer aided design (CAD) from a 3D model have described that these substances or items generated may be of any geometry or structure. Growing attention is seen towards placing an application of 3D printing skill to the pharmaceutical manufacturing of medicinal products and the production of numerous drug delivery systems. Microcapsules, complex drug-release profiles, Nano-suspensions, multilayered drug delivery devices and like those numerous new dosage forms were developed using it. This also provides significant advantages from an industrial point of view such as cost savings, increased production, democratization of design and manufacturing and increased collaboration. Personalized medicine provides a major advantage to patients who require medicines with limited beneficial indices or else a greater preference near affected via hereditary polymorphisms. Overall our appraisal on 3D printing technology is now seen as a powerful, secure and cost-effective technique for producing individualized drugs, customized to different patients based on their needs and thereby bringing about a digital revolution in particular medicinal cure and execution in general pharmacy. [ABSTRACT FROM AUTHOR] |
| : |
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| Database: |
Complementary Index |