Patented molecules that counteract the effect of the most common anticoagulant drug
A study performed by researchers from the Institute for Advanced Chemistry of Catalonia (IQAC-CSIC) from the Spanish National Research Council (CSIC) has discovered and synthesized several molecules that inhibit the effect of the most common anticoag.....»»
How accessible is titanium on the moon?
Mining the moon to extract its resources is a critical step on humanity's path into the solar system. One of the most common resources on the moon is considered relatively valuable here on Earth—titanium......»»
Research team develops metallodrug-antibiotic combination strategy to combat superbugs
Antimicrobial resistance (AMR) bacterial infections have become a serious problem threatening human health worldwide. The overuse of antibiotics has promoted drug-resistant mutations in bacteria, causing almost all clinically used antibiotics to deve.....»»
Larger displays on iPhone 16 Pro and Apple Watch Series 10: Worth it?
Last month Apple introduced the latest iPhone 16 Pro and Apple Watch Series 10 models together, and they had one key upgrade in common: larger displays. I’ve been using the new, larger iPhone 16 Pro and 46mm Apple Watch Series 10 for nearly three w.....»»
Efficient way to hydrogenate nitrogen-containing aromatic compounds developed
Successful reduction of the chemical manufacturing industry's environmental impact relies on finding a greener way to make the chemical building blocks for common and massively consumed compounds......»»
‘Groups’ Underpin Modern Math. Here’s How They Work
What do the integers have in common with the symmetries of a triangle? In the 19th century, mathematicians invented groups as an answer to this question......»»
AI and quantum mechanics team up to accelerate drug discovery
Drug discovery is much like working a jigsaw puzzle. The chemical compounds behind drug molecules must be shaped to fit with the proteins in our bodies to produce therapeutic effects. That requirement for a meticulous fit means the creation of new dr.....»»
Nobel Prize in medicine awarded for discovery of microRNAs, the molecules that control our genes
Two scientists, Victor Ambros (UMASS Chan Medical School in the US) and Gary Ruvkun (Harvard Medical School in the US), have won the 2024 Nobel prize in medicine or physiology......»»
SCOTUS denial ends saga of Shkreli’s infamous 5,000% drug price scheme
The Supreme Court offered no explanation for denying the petition. The legal saga over Martin Shkreli's infamous 5,000 percent price hike of a life-saving anti-parasitic drug has.....»»
Phage cocktail shows promise against drug-resistant bacteria
Researchers have a new battle tactic to fight drug-resistant bacterial infections. Their strategy involves using collections of bacteriophages, viruses that naturally attack bacteria. In a new study, researchers at the University of Chicago Pritzker.....»»
NYT Connections today: Hints and answers for October 4
Connections is a New York Times word game that's all about finding the "common threads between words." How to solve the puzzle. Connections is the latest New York Times word game that's captured the public's attention. The game is all about fin.....»»
Fused molecules could serve as building blocks for safer lithium-ion batteries
By fusing together a pair of contorted molecular structures, Cornell researchers have created a porous crystal that can uptake lithium-ion electrolytes and transport them smoothly via one-dimensional nanochannels—a design that could lead to safer s.....»»
CUPS vulnerabilities could be abused for DDoS attacks
While the Common UNIX Printing System (CUPS) vulnerabilities recently disclosed by researcher Simone “evilsocket” Margaritelli are not easily exploited for remote command execution on vulnerable systems, they could offer more opportunity.....»»
Quantum researchers come up with a recipe that could accelerate drug development
University of Copenhagen mathematicians have developed a recipe for upgrading quantum computers to simulate complex quantum systems, such as molecules. Their discovery brings us closer to being able to predict how new drugs will behave within our bod.....»»
Wastewater bacteria can break down plastic for food, yielding new possibilities for cleaning up plastic waste
Researchers have long observed that a common family of environmental bacteria, Comamonadacae, grow on plastics littered throughout urban rivers and wastewater systems. But exactly what these Comamonas bacteria are doing has remained a mystery......»»
Planning a drug"s route in the body with synthetic chemistry
Researchers at the RIKEN Cluster for Pioneering Research (CPR) have developed technology that can alter, within the body, the recognized identity of proteins......»»
Predicting river flow dynamics using stable isotopes for improved ecosystem health
An international science team has made significant strides in understanding river flow dynamics. The findings leverage isotope hydrology techniques such as measuring stable isotopes in water molecules to elucidate the contributions of various water s.....»»
Western media outlets are trying to fix their coverage of Africa. Is it time African media did the same?
Quick question: what do these titles have in common? A Dark Continent Seeking Light; Sure, Ebola is Bad. Africa has Worse, or; Magic and Cannibalism in the African Jungle. You guessed it—they're all about Africa. But the most correct answer is they.....»»
Seeing double: Designing drugs that target "twin" cancer proteins
Some proteins in the human body are easy to block with a drug; they have an obvious spot in their structure where a drug can fit, like a key in a lock. But other proteins are more difficult to target, with no clear drug-binding sites......»»
How emissions from Brazilian Pantanal"s soda lakes contribute to climate change
Seasonal variations with alternating dry and rainy seasons and fluctuating levels of nutrients are factors that significantly influence greenhouse gas emissions from soda lakes in the Pantanal, considered less common than emissions from freshwater la.....»»
Fluorescent molecules to illuminate life: Simplified synthesis with formaldehyde
A research team has recently made a breakthrough in synthesizing organic fluorophores more cost-effectively and atom-efficiently than ever before by using formaldehyde, the simplest carbon molecule. Their findings were published in Angewandte Chemie.....»»