Annelie Weinberg

Title: Annelie Weinberg: Innovator in Bio-Absorbable Composite Materials

Introduction

Annelie Weinberg, based in Schüttorf, Austria, is a distinguished inventor renowned for her contribution to the field of bio-absorbable composite materials. With a focus on using magnesium and its alloys, her innovative approach is paving the way for advanced medical implants. She holds one patent that embodies her expertise and commitment to enhancing medical technology.

Latest Patents

Annelie Weinberg's sole patent is titled "Bio-absorbable composite materials containing magnesium and magnesium alloys as well as implants made of said composites." This invention revolves around a composite material that includes at least one magnesium component, which can be pure magnesium, a magnesium-calcium alloy, or a magnesium-calcium-X alloy—with X representing another biodegradable element. Furthermore, the composite is enriched with at least one organic anti-infective agent that has a solubility in water at room temperature of less than 10 grams per liter. This innovative work has significant implications for the development of safer and more effective medical implants.

Career Highlights

Throughout her career, Annelie Weinberg has worked with prominent organizations, including Heraeus Medical GmbH and the Medical University of Graz. Her roles in these institutions have allowed her to make substantial contributions to research and innovation in biomedical engineering. Annelie’s dedication to improving patient outcomes resonates through her work with these leading companies.

Collaborations

Annelie’s journey has been enriched by her collaboration with esteemed colleagues, such as Klaus-Dieter Kühn and Peter J. Uggowitzer. Working together, they have collectively advanced the understanding and application of bio-absorbable materials within medical contexts, contributing to the broader field of biomedical technology.

Conclusion

Annelie Weinberg stands out as a pioneering inventor whose research into bio-absorbable composite materials marks a significant advancement in medical technology. Her innovative patent reflects her commitment to developing materials that have the potential to revolutionize medical implants, ultimately aiming for better patient care. As she continues her work, the impact of her contributions is likely to be felt across both the medical and research communities.