Namrata Singh

Title: Namrata Singh: Innovator in Functional Amyloid Hydrogels

Introduction

Namrata Singh is a prominent inventor based in Mumbai, India. She has made significant contributions to the field of biomaterials, particularly through her innovative work on functional amyloid hydrogels. Her research focuses on the development of hydrogels that can be utilized in various medical applications, showcasing her commitment to advancing healthcare solutions.

Latest Patents

Namrata Singh holds a patent for her invention titled "Functional amyloid hydrogels and applications thereof." This invention relates to the formation of hydrogels from poly-amino acids designed from the β-aggregation-prone region of functional amyloidogenic proteins. These hydrogels self-assemble to form a three-dimensional nanofibril matrix. The water-entrapped meshwork can be modulated by various physico-chemical cues. The invention explores the use of these hydrogels as cell and tissue adhesive biomaterials for tissue engineering applications. Additionally, it describes their application in creating a 3D tumoroid model for anticancer drug testing, optimizing drug dosage for drug-resistant tumors, repurposing existing drugs, and developing patient-derived organoids. Furthermore, the functional amyloid hydrogel serves as a depot for controlled and sustained release of therapeutics and biologic agents. It also provides a moist, highly water-retentive material that acts as a reservoir for wound exudates, thereby promoting healing.

Career Highlights

Namrata Singh is affiliated with the Indian Institute of Technology Bombay, where she conducts her research and development work. Her innovative approach and dedication to her field have positioned her as a leading figure in biomaterials research.

Collaborations

Namrata collaborates with esteemed colleagues such as Samir K Maji and Komal Patel. These partnerships enhance her research efforts and contribute to the advancement of her innovative projects.

Conclusion

Namrata Singh's work in functional amyloid hydrogels represents a significant advancement in biomaterials, with the potential to impact various medical applications. Her contributions to the field highlight the importance of innovation in healthcare solutions.