Company Filing History:
Years Active: 2007
Title: **Innovative Contributions of Anastasia Bersenikova in Cardiac Diagnostics**
Introduction
Anastasia Bersenikova, a prominent inventor based in Moscow, Russia, has made significant strides in the field of cardiac diagnostics. With one patent to her name, she has developed a novel method and kit for the diagnosis of troponin I, a crucial biomarker in assessing heart conditions.
Latest Patents
Her patent, titled "Method and Kit for the Diagnosis of Troponin I," provides a comprehensive solution for measuring troponin I levels in serum samples. This method utilizes a determination of troponin I concentration via a standard preparation that includes a complete native troponin complex. One of the key features of her invention is an immunoassay, which enhances the accuracy of troponin I detection. Additionally, the method includes a step involving a Ca-binding agent, which further optimizes the assay process. The invention also encompasses a kit that contains a detectable label and a troponin I binding partner, such as an anti-troponin I antibody, facilitating practical applications in diagnostic laboratories.
Career Highlights
Anastasia works at Hytest Ltd., a company known for its focus on innovative solutions in laboratory diagnostics. Her work represents a fusion of scientific inquiry and practical application, aiming to improve diagnostic accuracy for patients with potential cardiac issues.
Collaborations
Throughout her career, Anastasia has collaborated with notable colleagues including Alex G Katrukha and Sergei Severin. These collaborations not only highlight her teamwork in innovative projects but also underscore the importance of sharing knowledge and expertise in advancing medical diagnostics.
Conclusion
Anastasia Bersenikova's contributions to the field of cardiac diagnostics through her innovative methods and kits position her as a leading inventor in the medical industry. With her patent on the diagnosis of troponin I, she has paved the way for more accurate and efficient heart disease detection, ultimately enhancing patient care.