Chemistry

A groundbreaking approach to inhibiting DNA-cleaving enzymes has been uncovered by researchers at Kobe University, shedding light on a potentially effective method for combating the growth of Streptococcus bacteria. Enzymes serve as essential tools within the body, facilitating myriad reactions. However, harmful bacteria like Streptococcus possess DNA-cleaving enzymes that play a pivotal role in their

The development of a new type of porous material with the ability to store carbon dioxide and other greenhouse gases marks a significant breakthrough in environmental research. Spearheaded by a team of scientists from various prestigious institutions, including Heriot-Watt University in Edinburgh, Scotland, this innovative material has the potential to address pressing global challenges related

Ceramic materials have long been utilized in various industrial applications due to their mechanical strength, chemical inertness, and ability to withstand high temperatures. However, their inherent brittleness has limited their use in certain scenarios where plastic deformability is required. Researchers in Purdue University’s College of Engineering have made significant strides in overcoming this limitation by

Light-driven molecular motors have been in development for over two decades, originating from research conducted at the University of Groningen in the Netherlands. Even though the founder, Professor Ben Feringa, was awarded the Nobel Prize in Chemistry in 2016 for this groundbreaking work, the practical application of these motors has faced significant challenges. However, a

Bookworms may be a cute term for avid readers, but in reality, these creatures, along with microorganisms and time itself, can deteriorate the flour pastes commonly used in historic bookbinding. Researchers have delved into the proteins found in wheat-based glues used in ancient bookbinding techniques to gain insight into their adhesiveness and degradation over time.

In a groundbreaking study, scientists have introduced a sustainable approach to producing complex molecules that could significantly reduce waste in drug manufacturing processes. The newly developed method, which boasts up to twice the efficiency of traditional techniques, represents a transformative shift in the production of key chemical compounds. This innovation is crucial in mitigating the

Understanding the intricate mechanisms of cancer cells has always been a challenging task for scientists. However, a groundbreaking new technique has recently emerged, allowing researchers to delve into the world of cancer cells in a way never done before. By sampling and analyzing the fatty contents of individual cancer cells, scientists are gaining unprecedented insights

Imagine a world where plastic-like material not only absorbs excess nutrients from water but also acts as a fertilizer when it decomposes. This innovative solution has been developed by Dr. Lee Wilson and his research team at the University of Saskatchewan. They have created a bioplastic material that serves as an absorbent, removing phosphate from

In a quest for a more sustainable future for our energy grid, researchers are delving into the world of electron movement within small, natural systems. One interesting area of study is the movement of electrons within protein nanocrystals, which has led to some unexpected discoveries that challenge previous theories on the subject. Researchers at the

Recent research has introduced a groundbreaking method for detecting drug substances from fingerprints recovered at crime scenes. This innovative technique, published in the journal Drug Testing and Analysis, has the potential to provide valuable insights into unsolved cases. The study, led by analytical scientists from Loughborough University, focuses on identifying drug residue, specifically the fast-acting

Pizza boxes are a ubiquitous part of American culture, with millions of pizzas being consumed daily. However, the issue of recycling these containers has always been a significant challenge due to the grease and cheese contaminants left behind. Traditional recycling methods have proved ineffective in dealing with these contaminants, leading to a massive amount of

In the world of renewable energy, solar power has always held great promise. However, the efficiency of converting and storing solar energy has been a major challenge. Traditional methods have led to significant energy losses during the conversion and storage process. But now, a group of chemists from various research institutes around the world, including