Steven R Cummings

Title: **Innovations and Contributions of Inventor Steven R. Cummings**

Introduction

Steven R. Cummings, an accomplished inventor based in Mill Valley, CA, has made significant contributions to the field of medical technology. With a total of seven patents to his name, Cummings' work primarily focuses on advancing diagnostic methodologies and understanding human health conditions.

Latest Patents

Among his latest innovations is the patent for a "Mitochondrial DNA mutation profile for predicting human health conditions and disease risk and for monitoring treatments." This groundbreaking disclosure introduces methods, algorithms, and compositions aimed at determining the risk, diagnosis, or prognosis of mitochondrial-associated diseases by evaluating the mutational heteroplasmic burden in subjects.

Additionally, he has developed a patent titled "Methods and apparatus for determining proportions of body materials." This invention presents an innovative apparatus designed to measure the proportions of body materials within body parts. The apparatus includes a device that retains the body part and utilizes reference materials with varying thicknesses. It employs radiopaque markers for detecting attenuated radiation beams, ultimately allowing for precise measurements and comparisons of body materials against the reference materials.

Career Highlights

Cummings has held pivotal roles in various esteemed organizations, including the University of California. His experience in research and development has contributed to his expertise and success as an inventor in the medical technology sector.

Collaborations

Throughout his career, Steven R. Cummings has collaborated with notable professionals such as John A. Shepherd and Herman Ellman. These collaborations have enhanced his innovative capabilities and facilitated the evolution of his inventions.

Conclusion

With his ongoing dedication to innovation and health technology, Steven R. Cummings exemplifies the spirit of invention. His latest patents hold promise for advancements in predicting health conditions and providing critical insights into human biology, paving the way for future developments in medical research and treatments.