A startup developing medical devices that diagnose and treat sleep-disordered breathing using non-contact sensing and digital signal processing technology. We provide a new sleep monitoring solution that requires no wearable devices, minimizes burden, and respects privacy.
[画像1: https://prtimes.jp/i/93254/7/resize/d93254-7-fb80fd57c1cab655da1d-0.jpg ] 1）まだ見えていない「体のサイン」を、見逃さない社会へ人は、自分の体の変化に気づいたとき、はじめて医療に触れます。 ...
株式会社マリ（本社：京都市、代表取締役：瀧 宏文、以下「マリ」）は、株式会社ネクスティ エレクトロニクス（本社：東京都港区、代表取締役社長：山田 強、以下「ネクスティ エレクトロニクス」）と、非接触バ...
マリは睡眠時無呼吸症候群(SAS)に対して、ミリ波レーダによる非接触センシングを用いた患者への負担が少なく受け入れやすい完全非接触の診断・治療法の提供を目指しております。マリはこの度NEDOが実施する2023年...
■シリーズB（エクステンション）の主な引受先 ・JP LIFE NEXT1号投資事業有限責任組合（かんぽNEXTパートナーズ株式会社） ■今回の資金使途/調達目的 当社は、”世界の睡眠障害をやさしく解決したい”という思いか...
マリは睡眠時無呼吸症候群(SAS)に対して、非接触センシングと非接触刺激の組み合わせにより、患者への負担が少なく受け入れやすい完全非接触の診断・治療法の提供を目指しております。マリはこの度NEDOが実施する...
睡眠時無呼吸症候群(SAS)は、本邦において治療が必要な患者が約５００万人いるとされていますが、自覚症状に乏しく、治療が進んでいない状況です。SASは本人が気づかない間に高血圧、動脈硬化などをもたらし、放...
A startup developing mass-producible platelet preparations using technology to generate platelets from human iPS cells. It aims to provide stable supplies to medical settings in developed and developing countries facing blood donation shortages, thereby supporting transfusion medicine.
We are conducting clinical development of an oral therapeutic cancer vaccine. We have completed a Phase I clinical trial targeting urothelial carcinoma and are currently conducting a Phase I/IIa clinical trial for malignant pleural mesothelioma.
Metro Weather conducts research, development, and manufacturing of Doppler LiDAR systems that deliver high‑precision, real-time wind measurements using remote sensing technology and proprietary signal‑processing techniques. We also provide observation data through customized software solutions tailored to specific user needs. We are currently expanding from our traditional markets toward dual‑use applications for both defense and civilian sectors. Our technology is now being utilized in defense, aviation, maritime operations, and competitive sailing. In addition, we are exploring LiDAR‑based object detection, aiming to contribute to solving emerging challenges in security fields such as suspicious drone detection. “Make the skies of the future safer and freer.”
BIOME, a biodiversity startup spun out of Kyoto University, was founded in May 2017 with the mission of making biodiversity conservation a natural part of society. The company develops and operates the wildlife collection app Biome as a data-gathering tool to build a biodiversity information platform that handles species distribution data from around the world. Data submitted through the app is utilized as foundational biodiversity information and is provided to conservation organizations, research institutions, and other stakeholders in response to their needs.
