Previous slide
Next slide

Wishing you Joy, Success, Science, and Discovery: A Year-End Message from BCD Group

As the year draws to a close, we find ourselves in the heart of the holiday season, a time for reflection, celebration, and looking ahead. At BCD group, we want to extend our warmest wishes to you for a joyful holiday season.

May the year’s end bring you pride in your accomplishments, and may the year ahead exceed all your expectations. Here’s to:

🌟 Teamwork amplifying your efforts a thousandfold.
📚 Publishing groundbreaking articles.
💡 Transforming that long-cherished idea into a thriving project.
🧫 Watching your cells grow happily in materials that save countless lives.
✨ Realizing your dreams with unwavering determination and resilience.
🎓 Embarking on that master’s or doctorate journey (or completing it) with honors if you’re nearly there.
🔬 Finding the answer to that elusive scientific question that could unlock countless opportunities.

Above all, may the coming year bring you immense happiness and fulfillment. Here’s to a bright, innovative, and inspiring new year ahead!

Happy Holidays from all of us at BCD Group! 🎉🎄✨

Video of the month - December 2024

Scaffold in bioreactor with mechanical load.  Recorded by Yuyao Liu and Guillermo Domínguez. PLA lattices were fabricated using a FFF-based 3D printer by José Luis Jiménez

Bioreactors are advanced instruments designed to simulate real-life conditions in biological environments while preserving three-dimensional characteristics that are difficult to replicate in traditional cell cultures. These dynamic systems, characterized by constant fluid movement or the addition of electrical and mechanical stimuli, serve as versatile platforms to closely mimic the real physiological environment our materials will encounter in the body. In our BCD group, we currently employ bioreactors to evaluate scaffolds for osteochondral tissue engineering and cardiovascular applications.

Additive manufacturing of quasi-isotropic fiber-reinforced composite laminates for biomedical applications

Surface modification of Mg-Zn-Ca alloy by plasma Electrolytic Oxidation for Biodegradable Implants

Effect of surface modification on 3D-printed NiTi alloys for cardiovascular applications