Young researchers from the National University of Science and Technology MISIS (NUST MISIS) have developed multilayer antibacterial coatings featuring an extended effect and a versatile range of action.
According to a recent animal-based study performed by scientists from the Perelman School of Medicine at the University of Pennsylvania, a novel biosealant therapy could help stabilize injuries that cause the disintegration of cartilage tissues, opening the door for a future fix or—even better—start working directly with new cells to improve healing.
Working closely with researchers at the Centrale Lille Institute in Lille, France - Asynt has developed and supplied two custom high-pressure reactors to assist them in their development of new advanced catalysts for biomass transformation.
Dragonfly wings, lotus leaves, cicada wings -- thanks to millennia of evolution, nature has optimized the ways these surfaces and others behave to offer antibacterial functionality.
A simple plastic water bottle isn't so simple when it comes to the traditional manufacturing process. To appear in its final form, it has to go through a multi-step journey of synthetic procedure, casting, and molding. But what if materials scientists could tap into the same biological mechanisms that create the ridges on our fingertips or the spots on a cheetah in order to manufacture something like a water bottle-
Measures to switch from petrochemical plastics to biodegradable, renewable plastics have been challenging.
An international team of researchers from India and Russia has developed edible food films for packaging vegetables, fruits, seafood, meat, and poultry. The new films are made of natural ingredients and are safe for both the environment and health.
A Korean research team has recently developed an innovative vesico-vaginal fistula treatment method using the mussel adhesive protein (MAP) that can effectively seal fistulas in organs even when exposed to urine.
Cryoprotectants are used to protect biological material during frozen storage. They have to be removed when defrosting, and how much to use and how exactly they inhibit ice recrystallisation is poorly understood. The polymer poly(vinyl)alcohol (PVA) is arguably the most potent ice recrystallisation inhibitor and researchers from the University of Warwick have unravelled how exactly it works. This newly acquired knowledge base provides novel guidelines to design the next generation of cryoprotectants
Throughout history, leather has been a popular material for clothes and many other goods. However, the tanning process and use of livestock mean that it has a large environmental footprint, leading consumers and manufacturers alike to seek out alternatives. An article in Chemical & Engineering News (C&EN), the weekly newsmagazine of the American Chemical Society, details how sustainable materials are giving traditional leather a run for its money.
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