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3D bioprinting technology trends

3D Bioprinting Technology: Emerging Trends and Implications

3D bioprinting technology continues to evolve and shape the way modern medicine approach the therapeutic research process. We present a short digest on what bioprinting experts sees as important milestones and movements in the 3D bioprinting world.

3D bioprinted models accelerate human preclinical studies in latest FDA modernization act update

FDA Modernization Act highlights advances in animal-free preclinical models

What if we could decrease pharmaceutical development’s dependence on animal studies while increasing clinical trial success and developing more safe and effective drugs? A bill recently passed unanimously by the United States Senate is at the heart of this discussion and can pave the way for the adoption of technologies that enable overcoming this challenging goal.

New bioink based on keratin and chitosan able to support stem cell growth

With recent advances in 3D bioprinting technology we welcome the development of new biomaterials and bioinks. Yu and colleagues, a group of researchers based in Taiwan, presents a potential new photocrosslinkable bioink based on keratin and chitosan that supports stem cell and spheroid loading and culture, paving ways for cell-laden biofabricated hydrogels development.

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Bioprinting Algae to Improve Tissue Oxygenation

Engineers often rely on Mother Nature to help solve difficult problems. After millions of years of evolution, living organisms such as plants, animals, and microbes have discovered how to survive

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Our Top 5 Bioprinting Techniques

When it comes down to it, a 3D bioprinter is really a powerful design tool – empowering scientists to combine biology with 3D geometry. In the years since we created

Top 5 biomaterials for bioprinting

Every month, a research paper reporting a new bioink or modification of an existing one is published. All these new options provide increasingly more specialized materials for specific applications. However,