Background: The biomaterials engineering goal is to manufacture a biocompatible scaffold
that adequately supports or improves tissue regeneration after implantation of the …

Polylactidacid (PLA) is a type of bio-based and bio-degradable plastic. This substance is
commonly used in the medical field since it is biocompatible and does not hurt bodily …

Polylactic acid (PLA) is a biodegradable and biocompatible polymer that can be applied in
the field of packaging and medicine. Its starting substrate is lactic acid and, on this account …

The advances in medicine and engineering to treat loss or bad function of organs or tissues
have motivated the development of biomaterials and techniques for biomanufacturing to …

The combination of poly-lactic acid/magnesium hydroxide (PLA/Mg (OH) 2) with low weight,
biodegradability, and favorable mechanical properties make it an ideal material for a …

Recently, sustainable, biodegradable, and nontoxic materials, especially from renewable
resources, have gained a lot of attention, and an important effort has been put into the …

Biosourced and biodegradable materials will gradually replace the currently existing family
of oil-based polymers as they become costand performance-wise competitive. Polylactic …

Significant scientific and engineering efforts have been made in the discovery, development,
and application of polymers as a result of social and economic progress. One of the most …

Stenting is a treatment procedure to insert an implant-like needle into the blood vessel for
the purpose of removing plaque and thrombosis while supporting the weak blood vessel …

Advanced technology in petrochemical-based polymer has brought many benefits to
mankind. However, the use of nonbiodegradable plastics materials for disposable …