Ehime, Japan

Junko Nakayama

USPTO Granted Patents = 5 



Average Co-Inventor Count = 6.2

ph-index = 3

Forward Citations = 372(Granted Patents)


Company Filing History:


Years Active: 2005-2022

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5 patents (USPTO):Explore Patents

Title: Innovations of Junko Nakayama

Introduction

Junko Nakayama is a prominent inventor based in Ehime, Japan. She has made significant contributions to the field of biosensors and blood component measurement. With a total of five patents to her name, her work has advanced the accuracy and reliability of medical diagnostics.

Latest Patents

One of her latest patents is a method for measuring the amount of blood components in blood. This invention provides a method for accurately measuring a blood component despite uneven distribution of blood introduced into a capillary. The measurement method is characterized by the inclusion of multiple electrode systems for measuring hematocrit at different positions within the capillary. This innovation allows for more accurate hematocrit measurements, even when blood distribution is uneven. Another notable patent involves a biosensor designed for measuring specific substances in liquid samples. This biosensor incorporates a reagent layer on electrodes that includes a combination of sugar alcohol, metallic salt, organic acid, or organic acid salt, enhancing the sensor's stability and response to substrate concentration.

Career Highlights

Throughout her career, Junko Nakayama has worked with notable companies such as Matsushita Electric Industrial Co., Ltd. and Panasonic Corporation. Her experience in these organizations has contributed to her expertise in developing advanced biosensor technologies.

Collaborations

Some of her coworkers include Shoji Miyazaki and Masaki Fujiwara, who have collaborated with her on various projects, further enriching her innovative endeavors.

Conclusion

Junko Nakayama's contributions to the field of biosensors and blood measurement techniques highlight her role as a leading inventor. Her innovative patents continue to impact medical diagnostics positively.

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