DxMedical Cloud™
Technology for overwhelmingly high-speed detection from all over the world.
We use our unique algorithm to deliver the latest technology and product information from around the world in real time.
Explore the future of healthcare with carefully selected information.
Explore the future of healthcare with carefully selected information.
Login
How We Help You To Empower Your Business
POINT 1.
Quickly Deliver Technical Information
We deliver what you seek quickly and in a short time from technical information from all over the world
POINT 2.
Briefly to the Point
A wealth of detailed features makes it easy to understand the main points
POINT 3.
Help with Growth Strategies
The report is also packed with analytical information from the perspective of growth and long-term strategies for business use
Catch Up on the Latest Information
from Around the World
from Around the World
In today's world, where the world is networked by advances in information technology and numerous technologies are evolving at an astonishing speed, it is extremely difficult to manually collect and manage the vast amount of information from all over the world.
DxMedical Cloud™ collects and analyzes professional information from around the world and uses proprietary algorithms to quickly and accurately deliver the information you seek and the best information for you.
search
Quick search in Japanese
You can quickly search for information published in various languages around the world in Japanese. Get the information you need from the vast amount of information available worldwide without having to worry about language barriers.
emergency
Recommendations for You
DxMedical Cloud's proprietary algorithms predict the best information based on your interests and preferences and deliver it to you daily. Stay one step ahead of the curve without the hassle of searching, maximizing your daily information gathering.
Fuzzy Search
In addition to word matching, the search by similar and related keywords delivers news that is often missed due to paraphrasing and shaky spelling.
Japanese Localization
By providing titles and summaries of information from around the world in Japanese, it streamlines the process of “finding” the information you want from search results.
Academic Search
For researchers and professionals, you can search and browse more specialized information, such as articles submitted to journals by universities and research institutes.
More features to enhance your team's productivity
Bookmark
Instantly save and manage information that you like or want to look at later because you don't have time, with the bookmark function. You can access the information you need without hassle, saving you a great deal of time and effort.
Note Editor
Simple and intuitive operation allows you to quickly consolidate all information into a notebook and organize information efficiently. It can be used as a powerful tool for effective information sharing.
Information sharing
A wide range of information sharing tools are available, including chat and note sharing functions. We support information sharing with your team in all situations, from casual information sharing to organizing information in teams.
Collaboration
Provides task management functions specifically designed to make information gathering and sharing more efficient. In addition to regular task management functions, this useful tool supports information gathering and sharing, improving the productivity of the entire team.
DigitalMedical Open Innovation
BrainEnergy produce DigitalMedical open
innovation from Tokyo, where you can experience the intersection of cool and passionate design and
technology.
Transform Your Business With Cloud
Looking for the Future of Health Care
OUR TECHNOLOGY HELPS YOUR BUSINESS
Our technology will help your business
Technology
Microalgae Company Expands into Nutraceuticals with Contamination-Free Chlorella Grown via Proprietary 'Illuminated Fermentation' Technology Combining Light and Indoor Fermentation
Nutrition Insight (March 3, 2026) reported that microalgae protein innovator Brevel has launched its Purallis brand of chlorella into the nutraceuticals sector, expanding beyond its original focus on alternative dairy and meat categories. Approximately 90% of global chlorella supply is pond-grown, carrying risks of heavy metal contamination and seasonal inconsistency; conventional closed fermentation yields higher volumes but causes loss of key nutrients such as chlorophyll and antioxidants due to the absence of light. Brevel's patented 'illuminated fermentation' technology combines an advanced fermentation process with light in a fully closed, sterile bioreactor system, uniting the nutrient density of light-grown algae with the consistency and scale of industrial fermentation. This approach eliminates contamination risks while producing chlorella with exceptional levels of complete protein, chlorophyll, and antioxidants, year-round at commercial scale. Purallis Chlorella is composed of 50% protein with a complete amino acid spectrum, B vitamins, omega-3 fatty acids, iron, fiber, carotenoids, and polyphenols. The thick cell wall is opened using bead mill mechanical disruption to improve bioavailability without harsh chemicals. Applications span active lifestyle and sports nutrition, metabolic and general wellness, healthy aging, and longevity. The company highlights chlorella's potential as a 'precision prebiotic' for correcting specific gut microbial imbalances, and its suitability as a 'GLP-1 friendly' ingredient to fill nutritional gaps in reduced-calorie diets. Brevel holds HACCP, FSSC 22000, kosher, halal, and non-GMO certifications.
Energy Company and University Launch Joint Study on Bio-Isobutanol Production from Non-Food Competing Feedstocks, Targeting Next-Generation Alcohol Manufacturing Process for Fuel and Chemical Applications
PR TIMES (March 16, 2026) reported that Cosmo Energy Holdings and the College of Industrial Technology at Nihon University signed a joint study agreement on March 16, 2026, for bio-isobutanol production technology using non-food-competing, non-edible biomass feedstocks. Bio-isobutanol is a next-generation alcohol that can be directly used as a diesel substitute and converted into gasoline, sustainable aviation fuel (SAF), and chemical feedstocks. Because no naturally occurring microorganism efficiently produces isobutanol, establishing advanced biotechnology has been a key challenge. The joint study will leverage Nihon University's expertise in microbial genetic engineering and isobutanol production strain development using sugar substrates, aiming to develop production strains capable of efficiently manufacturing bio-isobutanol from non-edible sugar feedstocks. Expansion to woody biomass such as bagasse and pulp, as well as waste-derived feedstocks, is also envisioned, with the potential to contribute to biofuel production through effective waste utilization. Cosmo Energy Group, which has declared a 2050 carbon net-zero target, positions this initiative as a concrete measure toward the low-carbonization of its petroleum business and expansion of next-generation energy under its Vision2030 strategic plan.
Shelly's New Smart Home Sensor Can Detect Multiple People in the Same Room
T3 (March 30, 2026) reported that Shelly launched its new smart home sensor, the Shelly Presence Gen4. Using mmWave (millimeter wave) radar technology, it simultaneously detects up to six people including stationary individuals, and supports up to 10 configurable detection zones. Monitoring area covers up to 42m². Unlike PIR (passive infrared) sensors that detect only movement, this device detects subtle movements including breathing, making it suitable for presence confirmation in quiet environments like offices and bedrooms. Matter compatibility (Wi-Fi 6, Bluetooth 5 LE, Zigbee 3.0) enables easy integration with major smart home ecosystems. Can be mounted on walls or placed on tables. Sensitivity adjustment prevents false triggers from pets or robot vacuums. A built-in ambient light sensor enables automatic lighting control based on room brightness. The product has appeared in Amazon listings in European markets including Spain and Germany suggesting an imminent launch, though price and North American availability remain unconfirmed.
Compound Mic-628 That Advances Circadian Clock Discovered Jet Lag Recovery Shortened from 7 to 4 Days
Hokkaido Shimbun (April 1, 2026) reported on research by a joint group including Science Tokyo, Kanazawa University, Osaka University, and Toyohashi University of Technology, published in PNAS (online January 23, 2026). The team discovered Mic-628, a compound that specifically induces the mammalian circadian clock gene Period1 (Per1). Oral administration to mice advanced the circadian clock simultaneously in both the central clock (suprachiasmatic nucleus, SCN) in the brain and peripheral tissues such as the lungs and liver, consistently advancing behavioral rhythms by approximately 2 hours regardless of administration timing—functioning as a 'smart drug' that always advances the clock in one direction only. In jet lag model mice (light cycle advanced by 6 hours), a single dose shortened the re-entrainment period from the usual 7 days to 4 days. The molecular mechanism was also elucidated: Mic-628 binds to the transcriptional repressor CRY1, promotes its interaction with the CLOCK-BMAL1 complex, and specifically activates Per1 transcription via the 'tandem E-box' sequence—the transcription switch for the Per1 gene. Following safety evaluation and verification of human applicability, development as a jet lag treatment and circadian rhythm adjustment drug is anticipated.
Sweat-Powered Enzymatic Biofuel Cell Sensor via Screen-Printable Enzyme Ink Tokyo University of Science Achieves 165 μW/cm² Power Density for Battery-Free Wearable Biometric Monitoring
ECOticias (March 25, 2026) covered research by Associate Professor Isao Shitanda and colleagues at Tokyo University of Science, published in ACS Applied Engineering Materials on February 6, 2026. They successfully manufactured enzymatic biofuel cells (EBFCs)—which generate electricity from lactate in sweat—on a paper substrate in a single step using a screen-printable 'enzyme ink.' Conventional EBFC fabrication involves printing a carbon layer, then drip-casting enzyme and mediator solutions, then drying—a multi-step process that introduces device-to-device variability hindering mass production. The newly developed enzyme ink incorporates the active chemistry directly into a printable formulation compatible with existing industrial screen-printing conditions. The device achieved a peak power density of approximately 165 μW/cm² (about 1,065 μW/in²) at 0.63V. The lactate detection range of approximately 1–25 millimolar covers real exercise conditions. The technology paves the way for wearable devices that can operate without batteries or charging cables during exercise, and has potential applications in smart agriculture plant sensors and medical monitoring.
Trade Promotion Agency Partners with Major U.S. Medical Research Complex to Run Biotech Startup Accelerator for Domestic Companies
JETRO Business Brief (March 6, 2026, Houston) reported that JETRO implemented the 'J-StarX Biotech Accelerator Program' from February 16 to 27, 2026, in collaboration with the Texas Medical Center (TMC) in Houston, Texas. The program targeted five Japanese biotech and drug discovery startups aiming to conduct clinical trials, obtain certifications, and establish business operations in the United States, with the goal of rapidly building the knowledge and network required for U.S. market entry. Participants engaged in networking and mentoring with local stakeholders, and a formal showcase was held on February 26, attended by investors and key opinion leaders from the medical community. TMC is one of the world's largest medical and research complexes, providing over 10 million medical services annually across more than 60 institutions. Recent developments include the Helix Park life science campus and the TMC Innovation Factory—a renovated former Nabisco factory with prototyping and experimental facilities for medical device development. A new 34,000-square-foot wet lab, 'Innovation Labs @TMC,' is planned to open in 2026. Since 2016, TMC has promoted international collaboration through its BioBridge program; in 2024, it established partnerships with Mitsui Fudosan and the National Cancer Center Japan, making Japan the sixth country to sign such an agreement.
Seaweed-Based Textile Dye Startup Raises £200,000 to Scale Non-Toxic Alternative to Petroleum-Based Dyes, Entering Spinout Phase with Scottish Enterprise
Ecotextile News (March 17, 2026) reported that SeaDyes, a Scottish startup developing seaweed-based biobased textile dyes, has entered the Company Creation phase of Scottish Enterprise's High Growth Spinout Programme and secured £200,000 in new funding. Founded in July 2023 by marine scientist and biotech innovator Jessica Giannotti, SeaDyes joined The James Hutton Institute as a spin-in at the beginning of 2025 (at which point it secured an initial £75,000), and has since operated from the Institute's Invergowrie campus to advance its proprietary seaweed-derived textile dye technology. Conventional petroleum-based synthetic dyes contribute approximately 280,000 tonnes of pollution to the environment annually; textile dyeing and finishing accounts for 20% of industrial wastewater pollution and around 3% of global CO₂ emissions—projected to rise to 10% by 2050. SeaDyes is developing natural, non-toxic, non-mutagenic colorants from seaweed as a sustainable alternative. With support from Scottish Enterprise and the James Hutton Institute, the company has developed viable prototype dyes and engaged with over 100 potential customers, and has established multi-year R&D and commercial partnerships with leading industry players. Two new hires have joined the team: Isla Fowler (Textile Innovation Technician, master's in fashion and textile design from Heriot-Watt University) and Ian Laird (Commercial Champion, 30+ years of business leadership including the textiles sector). SeaDyes is now seeking further investment from new partners to accelerate commercialisation and spinout.
Fujicco's Functional Food for Improving "Sleep Quality" and "Coldness" with Black Soybean Polyphenol Accepted
Fujicco Co., Ltd. announced that its functional food, containing "black soybean polyphenol" as an active ingredient, has been accepted by the Consumer Affairs Agency for its claims of improving sleep quality (onset and morning sleepiness reduction) and alleviating coldness (reducing the drop in hand surface temperature). The black soybean polyphenol material "Chronocare®" possesses high antioxidant properties, reducing oxidative stress and regulating autonomic nervous function, which has also been confirmed to alleviate temporary fatigue and transient daytime sleepiness. The company plans to utilize this ingredient in its own supplements and promote its sale to other companies.
The Evolution Of An Enzyme Engineer Who Changed Chemistry
Frances Arnold, a Nobel laureate, revolutionized chemistry with "directed evolution," a method to engineer enzymes for specific tasks. Her work involves harnessing evolution to create designer enzymes that accelerate chemical reactions, break down food, and build molecules. She discusses the future of this approach, including the use of AI tools for enzyme design, and her personal journey into science, highlighting the importance of curiosity and a willingness to challenge norms. Her research aims to solve global problems like developing tuberculosis drugs and degrading "forever chemicals" using these engineered enzymes.
Center for BrainHealth Establishes Sleep Innovation Laboratories, Becoming a New Hub for Sleep Science Research
The Center for BrainHealth at UT Dallas has launched the 'Sleep Innovation Laboratories,' led by Dr. Matthew Walker and Dr. Eti Ben Simon. This multidisciplinary research initiative will advance sleep science, focusing on the neural mechanisms of sleep and the impact of sleep loss on emotional and social changes. The article also highlights recent awards and collaborations with the Boston Museum of Science for public sleep education, emphasizing the goal of bridging foundational neuroscience with real-world applications to enhance brain health.
AI-powered neck wearable helps stroke survivors speak again without implants
The wearable system, called Revoice, was led by Professor Luigi Occhipinti at Cambridge’s Department of Engineering. His team designed the device as a flexible choker that sits lightly around your neck. It reads two kinds of signals at once: tiny throat muscle vibrations linked to silent speech, and pulse patterns that offer clues about emotion.
“When people have dysarthria following a stroke, it can be extremely frustrating for them, because they know exactly what they want to say, but physically struggle to say it, because the signals between their brain and their throat have been scrambled by the stroke,” said Professor Luigi Occhipinti from Cambridge’s Department of Engineering, who led the research. “That frustration can be profound, not just for the patients, but for their caregivers and families as well.”
Collaboration with Izumisano City Begins to Promote Food Accessibility Using Plant-Based Broth
Fuji Oil Co., Ltd. (Headquarters: Izumisano City, Osaka Prefecture; President and CEO: Tatsuji Omori; hereinafter “the Company”) has partnered with Izumisano City (Mayor: Taiko Chiyomatsu) and the Izumisano City Promotion Promotion Council (Representative Director: Chiaki Kawahara) to enhance the reception environment for international tourists with diverse dietary and cultural habits visiting the city. and the General Incorporated Association Izumisano City Promotion Promotion Council (Representative Director: Chiaki Kawahara). This initiative is part of efforts to improve the reception environment for foreign tourists visiting Japan with diverse dietary and cultural habits.
Replacing Microbiota Makes Aging Intestines Young Again
A study published in *Stem Cell Reports* by researchers at Cincinnati Children's and Ulm University in Germany demonstrated that transferring young microbiota to aging mouse intestines can rejuvenate intestinal stem cells, accelerating tissue healing and restoring youthful function. This intervention addresses the age-related decline in intestinal regeneration, which contributes to increased susceptibility to gut conditions. The research, which involved specific bacterial mixtures administered via fecal transfer rather than commercial probiotics, built upon prior work on blood stem cell rejuvenation. Further studies are required to confirm these findings in humans, including optimal dosing and microbiota composition. The project was funded by the U.S. National Institutes of Health and the Baden-Württemberg Foundation.