Istanbul, Turkey

Esra Alveroglu Durucu


Average Co-Inventor Count = 2.0

ph-index = 1


Company Filing History:


Years Active: 2022

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1 patent (USPTO):Explore Patents

Title: Esra Alveroglu Durucu: Pioneering Electrical Conductive Surgical Sutures

Introduction:

Esra Alveroglu Durucu is an innovative inventor based in Istanbul, Turkey. With a focus on improving surgical practices, she has developed a unique method for producing electrical conductive surgical sutures, which promises to revolutionize the field of surgery by enhancing the healing process.

Latest Patents:

Durucu holds a patent for her invention titled "Electrical conductive surgical suture production method." This pioneering method allows for the coating of surgical sutures with electrically conductive polymers, thereby facilitating improved healing and tissue regeneration. The process involves dissolving a conductive or semi-conductive polymer in a solvent with a dopant, immersing the sutures in this solution, and allowing an electrical conductive layer to form as the solvent evaporates. This past innovation showcases her commitment to advancing medical technology.

Career Highlights:

Esra Alveroglu Durucu is associated with Istanbul Technical University, where she engages in research and innovation at the intersection of materials science and medical technology. Her work is distinguished by its practical applications in the healthcare sector, reflecting a strong dedication to improving patient outcomes.

Collaborations:

In her journey of invention, Durucu collaborates with her coworker, Yetkín Öztürk. Their partnership is instrumental in pushing the boundaries of medical innovation and contributing to the development of groundbreaking solutions in surgical practices.

Conclusion:

Esra Alveroglu Durucu stands out as a trailblazer in her field, with her electrical conductive surgical suture production method marking a significant milestone in surgical technology. As she continues to innovate at Istanbul Technical University, her contributions are set to enhance patient care and redefine surgical procedures in the years to come.

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