Jingyan Wang

Title: Inventor Profile: Jingyan Wang

Introduction

Jingyan Wang is an innovative inventor based in Lawrence, Kansas. With a focus on advancing the understanding of non-nutritive suck patterns, she has made significant contributions to the field through her patented inventions. Her work not only enhances research capabilities but also has potential applications in clinical settings.

Latest Patents

Jingyan Wang holds two patents that are central to her research. The first patent is a "Method and apparatus for measuring non-nutritive suck pattern stability." This invention includes an apparatus designed to generate a spatiotemporal index (STI) related to non-nutritive suck (NNS) pattern stability. It employs a non-nutritive pacifier and a pressure transducer to collect pressure samples, which are analyzed to provide insights into the variability of amplitude and duration of suck patterns.

Her second patent, also titled "Method and apparatus for measuring non-nutritive suck pattern stability," details a method for measuring NNS pressure samples and generating correlation values from those samples. This invention aims to provide a greater understanding of NNS pattern stability, enriching the knowledge base for future research and development.

Career Highlights

Jingyan Wang's career is marked by her dedication to research and innovation. Associated with the University of Kansas, she has made valuable contributions that reflect her commitment to scientific advancement in pediatric health and care. Her patents stand as a testament to her expertise and innovative spirit.

Collaborations

Throughout her career, Jingyan has collaborated with esteemed colleagues, including Steven M. Barlow. This partnership has enabled her to further explore the intricacies of non-nutritive sucking behavior, pushing the boundaries of existing knowledge and fostering new ideas in her research area.

Conclusion

Jingyan Wang is a prominent inventor whose work has the potential to impact multiple fields, particularly in understanding feeding patterns and developmental health. With her innovative patents and collaborations, she continues to contribute to the scientific community, marking her as a key figure in the study of non-nutritive suck pattern stability.