Senigallia, Italy

Sara Simoncioni

USPTO Granted Patents = 1 

Average Co-Inventor Count = 10.0

ph-index = 1


Company Filing History:


Years Active: 2025

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1 patent (USPTO):Explore Patents

Title: Innovations in Bioabsorbable Textiles by Sara Simoncioni

Introduction

Sara Simoncioni is an accomplished inventor based in Senigallia, Italy. She has made significant contributions to the field of biomedical engineering, particularly in the development of bioabsorbable textiles aimed at restoring joint function. Her innovative work addresses various types of joint tissue tears, providing new solutions for patients suffering from these conditions.

Latest Patents

Sara holds a patent for her invention titled "Bioabsorbable textiles and methods for joint function restoration." This patent focuses on a bioabsorbable textile designed to aid in the restoration of joint function affected by partial thickness tears, small to medium full-thickness tears, large to massive full-thickness tears, as well as acute and chronic/degenerative tears. The textile comprises polymeric yarns that are interconnected to form a weave or knitted configuration. This innovative material offers both mechanical and biological augmentation to the target joint tissue. It can be implanted alongside fixation tools during open, mini-open, or arthroscopic repair and augmentation procedures for joint tissue tears.

Career Highlights

Sara Simoncioni is currently associated with Anika Therapeutics, Inc., where she continues to advance her research and development efforts in the field of bioabsorbable materials. Her work is pivotal in enhancing the quality of life for individuals with joint injuries.

Collaborations

Sara collaborates with esteemed colleagues such as Stefano Agnello and Edward S Ahn, contributing to a dynamic research environment that fosters innovation and development in medical technologies.

Conclusion

Sara Simoncioni's contributions to the field of bioabsorbable textiles represent a significant advancement in joint restoration techniques. Her innovative approach not only addresses critical medical needs but also showcases the potential of biomedical engineering in improving patient outcomes.

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