Kimberly Jennings

Title: **Innovative Contributions of Kimberly Jennings in Biological Materials Stabilization**

Introduction

Kimberly Jennings, an accomplished inventor based in Laurel, MD, has made significant strides in the field of biological materials. With three patents to her name, her work focuses on enhancing the stability of bioactive materials, which is crucial for various applications in biomedicine and food technology.

Latest Patents

One of Kimberly's latest patents is a **stabilizing composition for biological materials**. This innovative solution includes dry stabilizing compositions consisting of sugars and hydrolyzed proteins. These compositions can be formed into tablets or other formats, providing enhanced stability to the bioactive material. The production method involves several intricate steps, including:

(a) combining the bioactive material with other ingredients in an aqueous solvent to form a viscous slurry;

(b) snap-freezing the slurry in liquid nitrogen to create solid frozen particles, beads, droplets, or strings;

(c) primary drying by removing water under vacuum while maintaining a temperature above the freezing point;

(d) secondary drying at maximum vacuum and a temperature of 20° C or higher, which sufficiently reduces the water activity to below 0.3 Aw.

Career Highlights

Kimberly Jennings currently works at Advanced Bionutrition Corporation, where she employs her expertise in biological materials. Her innovative patents showcase her commitment to research and the practical application of her discoveries, making her a key contributor to her company's advancements in the field.

Collaborations

Throughout her career, Kimberly has collaborated with notable colleagues, including Moti Harel and Qiong Tang. These partnerships foster an environment of innovation and knowledge sharing, enhancing the development and application of new technologies in biological stabilization.

Conclusion

Kimberly Jennings stands out as an inventive force in the realm of biological material stabilization. Her patents demonstrate her dedication to advancing science and technology, thereby contributing to the greater body of knowledge aimed at improving the stability of bioactive materials for various applications. Her work, in collaboration with skilled peers, promises to yield further innovations in the future.