Erzhausen, Germany

Cornelia Scordialo


Average Co-Inventor Count = 6.0

ph-index = 1

Forward Citations = 2(Granted Patents)


Company Filing History:


Years Active: 1999

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1 patent (USPTO):Explore Patents

Title: Cornelia Scordialo: Innovator in High Surface Area Systems

Introduction

Cornelia Scordialo, a pioneering inventor based in Erzhausen, Germany, has made significant contributions to the field of material science. With one registered patent to her name, she stands out for her innovative approach to creating high surface area systems that have wide-ranging applications in environmental and medical fields.

Latest Patents

Scordialo’s patent revolves around a "High Surface Area Support having Bound Latex Particles." This innovative system utilizes latex particles to immobilize substances containing nucleophilic groups. By aggregating or bonding these latex particles to a porous support, Scordialo's invention enables the binding of substances like enzymes, proteins, and even blood-clotting factors. The resultant high surface area system finds utility as a sorbent for pollutant removal, serves as a stationary phase in organic synthesis like peptide synthesis, and plays a role in therapeutic treatments.

Career Highlights

Cornelia Scordialo works at Siol, Werner Roehm GmbH Chemishe Fabrik, where she continues to develop innovations that impact various sectors. Her role in the company highlights her commitment to advancing material science and improving applications in both environmental and healthcare contexts.

Collaborations

Throughout her career, Scordialo has collaborated with esteemed colleagues such as Werner Siol and Dieter Kraemer. These partnerships have allowed her to enhance her research and developments, bringing forth groundbreaking ideas and systems that benefit society.

Conclusion

Cornelia Scordialo represents the forefront of innovation in high surface area systems. With her patented invention, she contributes not only to academic knowledge but also to practical applications that can address real-world challenges. Her work continues to inspire future innovations in material science and beyond.

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