Neta A Gotlieb

Title: Neta A Gotlieb: Innovator in Menstrual Cycle Tracking and Miscarriage Prediction

Introduction

Neta A Gotlieb is a notable inventor based in Albany, CA (US). She has made significant contributions to the field of health technology, particularly in the areas of menstrual cycle tracking and miscarriage prediction. With a total of 2 patents, her work is paving the way for innovative solutions in women's health.

Latest Patents

Neta's latest patents include groundbreaking methods, systems, and devices for identifying menstrual cycle phases. These systems are designed to receive physiological data collected over several days, including temperature data. The technology determines a time series of temperature values that encompass multiple menstrual cycles for the user. By identifying morphological features in this time series, the system can accurately identify menstrual cycle phases and display them on a graphical user interface.

Another significant patent focuses on miscarriage identification and prediction using wearable-based physiological data. This system is configured to receive physiological data from pregnant users over a series of days, also incorporating temperature data. It analyzes the temperature values against a pregnancy baseline and can detect indications of early pregnancy loss. The system generates messages for display on user devices, providing crucial information regarding the user's health.

Career Highlights

Neta A Gotlieb is currently associated with Oura Health Oy, a company known for its innovative health technology solutions. Her work at Oura Health Oy reflects her commitment to improving women's health through technology.

Collaborations

Neta collaborates with talented individuals such as Kirstin Elizabeth Aschbacher and Nina Nicole Thigpen, contributing to a dynamic team focused on advancing health technology.

Conclusion

Neta A Gotlieb's contributions to menstrual cycle tracking and miscarriage prediction highlight her innovative spirit and dedication to women's health. Her patents represent significant advancements in the field, showcasing the potential of technology to improve health outcomes for women.