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Latest Articles

mdpi.com
mdpi.com > 2076-16/15/3417 > 7786

Applied Sciences, Vol. 16, Pages 7786: Influence of Medium Composition and Electrode-Relevant Metal Ions on the Amplex Red Fluorescence Readout During High-Voltage Electric Pulse Treatment

19+ min ago   (493+ words) Amplex Red is a widely used fluorogenic probe for hydrogen peroxide (H2O2) detection. In the presence of horseradish peroxidase (HRP), it reacts with H2O2 to form fluorescent resorufin. However, during high-voltage electric pulse treatment, fluorescence readouts may be influenced not only by…...

Tech Xplore
techxplore.com > news > 2026-08-solvent-problem-sodium-metal-batteries.html

Solving the solvent problem to make sodium-metal batteries a more practical energy storage option

11+ hour ago   (16+ words) Tech Xplore...

Medical University of Vienna
meduniwien.ac.at > web > en > about-us > news > 2026 > news-in-august-2026 > new-therapeutic-approach-alleviates-parkinsons-symptoms-in-a-mouse-model

New therapeutic approach alleviates Parkinson’s symptoms in a mouse model | MedUni Vienna

2+ hour, 10+ min ago   (192+ words) (Vienna, 05 August 2026) A research team at the Medical University of Vienna has developed a novel approach that could one day alleviate movement disorders associated with Parkinson’s disease. By genetically reprogramming a pathologically altered neural circuit, the motor symptoms in a…...

EIN News
einnews.com > pr_news > 93/16/62269 > asedasciences-and-emolecules-partner-to-integrate-professional-compound-management-services-into-the-3rnd-platform

AsedaSciences® and eMolecules Partner to Integrate Professional Compound Management Services into the 3RnD® Platform

1+ hour, 20+ min ago   (56+ words) EIN News There were 1,331 press releases posted in the last 24 hours and 268,202 in the last 365 days. Partnership strengthens the foundation for AI-ready data by integrating expert compound storage, preparation, QC and management into the 3RnD ecosystem....

EIN Presswire
einpresswire.com > article > 93/17/36231 > wasteless-bio-and-badass-labs-partner-to-cut-costs-and-waste-for-biotech-startups-by-lab-equipment-sourcing-and-rehoming

WASTELESS BIO AND BADASS LABS PARTNER TO CUT COSTS AND WASTE FOR BIOTECH STARTUPS BY LAB EQUIPMENT SOURCING AND REHOMING

9+ hour, 33+ min ago   (143+ words) EIN Presswire There were 2,285 press releases posted in the last 24 hours and 483,747 in the last 365 days. WASTELESS BIO AND BADASS LABS PARTNER TO CUT COSTS AND WASTE FOR BIOTECH STARTUPS BY LAB EQUIPMENT SOURCING AND REHOMING #1 Non-Profit Biotech Incubator A…...

Bisinfotech
bisinfotech.com > tanaka-unveils-sulfur-resistant-moc1-30-methane-catalyst

TANAKA Unveils Sulfur-Resistant MOC1-30 Methane Catalyst

2+ hour, 9+ min ago   (486+ words) Bisinfotech...

Environment+Energy Leader
environmentenergyleader.com > stories > texas-am-tests-tiny-robots-to-recover-lithium-from-seawater,135811

Texas A&M Tests Tiny Robots to Recover Lithium From Seawater

11+ hour, 20+ min ago   (727+ words) The project has received a $1 million award from the U.S. Department of Energy. It is one of 19 federally funded initiatives focused on expanding domestic access to critical minerals and reducing supply-chain exposure. Rather than relying on fixed membranes or large stationary…...

Phys.org
phys.org > news > 2026-08-catalyst-suppresses-hydrogen-reaction-ammonia.html

New catalyst design selectively suppresses competing hydrogen reaction in ammonia synthesis

8+ hour, 40+ min ago   (24+ words) Phys.org This site can’t be reached phys.org refused to connect....

Education News Canada
educationnewscanada.com > article > education > level > university > 1 > 1212313 > new-low-water-method-could-make-production-of-clean-energy-materials-much-greener.html

Concordia University - New low-water method could make production of clean-energy materials much greener

3+ hour, 19+ min ago   (315+ words) A new Concordia study has demonstrated a greener way to produce an important class of catalytic materials with promising potential to produce cleaner energy technologies that relies more on acoustic energy than water and chemicals. Many of the advanced materials…...

Newswise
newswise.com > articles > developing-world-leading-technology-to-convert-greenhouse-gas-carbon-dioxide-into-high-value-industrial-chemicals

Developing World-Leading Technology to Convert Greenhouse Gas Carbon Dioxide into High-Value Industrial Chemicals

4+ hour, 35+ min ago   (224+ words) To overcome this hurdle, the research team precisely regulated the electron flow on the catalyst surface, establishing a novel mechanism featuring bifurcated reaction pathways. As these two reaction pathways operate simultaneously, they guide the carbon atoms within carbon dioxide to…...