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Biomaterials Connect

eISSN: 3105-0387
Volumes

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Volume 2

Articles

All Articles
open-access Research Article

Published: 15 May 2025

Preparation and Characterization of Biocompatible Hydrogels Based on a Chitosan-Polyacrylamide Copolymer

Volume 2

Journal: Biomaterials Connect
open-access Review Article

Published: 25 Jun 2025

Advanced Subtractive Manufacturing, Micromilling, and Laser Micromachining in Dentistry: Current Applications, Limitations, and Future Perspectives

Volume 2

Journal: Biomaterials Connect
open-access Review Article

Published: 07 Mar 2025

Azilsartan Kamedoxomil: Solubility Enhancement Techniques

Volume 2

Journal: Biomaterials Connect
open-access Review Article

Published: 28 Feb 2025

A Mini Review on Used Medical Yarns in the Braiding Production Methods for Biomaterial Applications

Volume 2

Biomaterials are advanced materials that can be implanted within the body, depending on the required design criteria, usually as a result of the production of polymeric-based, and medical yarns by the braiding method. Braiding method is widely used in the production of biomaterials due to its advantages, including a high elastic modulus, high tensile strength, and high dimensional stability properties. The high biological and mechanical properties required in biomaterials depend..

Journal: Biomaterials Connect
open-access Research Article

Published: 21 Jan 2025

Preparation and Characterization of Thermoplastic Grafted Chitosan Compositions with L-Lactide as Potential Material for 3D Printing

Volume 2

Journal: Biomaterials Connect
open-access Review Article

Published: 01 Jan 2025

Nanotechnology Based Drug Delivery Systems of Herbal Medicine

Volume 2

Journal: Biomaterials Connect
open-access Editorial

Published: 31 Dec 2025

Shaping the Next Chapter of Biomaterials Innovation

Volume 2

Welcome to the 2nd volume of Biomaterials Connect. The published articles provide valuable examples and highlight the seamless integration of digital design and fabrication, the convergence of nanotechnology and biological systems, and the translation of fundamental scientific discoveries into clinically relevant solutions. Collectively, they offer a clear vision of the future of biomaterials science. A common theme across these contributions is the continued development of intelligent, high-performance biomaterials. Nanotechnology remains..

Journal: Biomaterials Connect
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