Articles tagged with Monomers
Researchers at St. Jude Children's Research Hospital used computer-generated images of enzyme pantothenate kinase to unlock mysteries of antibiotic resistance and rare brain degeneration. The study found that despite differences in enzyme structure, types II and III can perform the same job as type I, leading to antibiotic resistance.
Tribopolymerization reduces wear in liquid and vapor phase applications by forming self-replenishing protective polymer films on rubbing surfaces. The US-Poland collaboration developed effective additives for reducing wear with metals, alloys, and ceramics.
New measurements at the University of Illinois have resolved a research controversy on myosin VI's function. The study shows that full-length myosin VI can form dimer pairs, walk processively on actin, and transport molecules.
MIT researchers have developed a way to test the mechanical properties of almost 600 different materials in a matter of days. This breakthrough could lead to faster identification of dental implants and tank armor with improved resistance.
Researchers at Duke University are using advanced atomic force microscopy techniques to study the interactions of individual amyloid protein molecules, which may hold key to preventing plaque formation. The goal is to develop a better understanding of amyloid aggregation and its role in neurodegenerative diseases.
Researchers found that amyloid growth can occur independently of oligomers in yeast prion protein Sup35. The study suggests that creating conditions favoring fiber growth while inhibiting oligomer formation might limit the toxic effects of amyloid plaques.
Researchers have developed an innovative in-place fabrication method for conjugate conducting organic polymers, solving the long-standing problem of creating flexible circuits. This process enables the production of high-performance electronic devices, such as transistors and flexible displays.
Brookhart's research team has made new polymers by constructing metal catalysts that insert monomers in the middle of chains, resulting in branched polypropylene with improved properties. His work expands the range of available polymers, with several licensed for commercialization.
University of Southern Mississippi researchers developed an agricultural-based paint using soybean oil or lesquerella oil, reducing toxic pollutants. The paint, American Pride, has potential applications in various industries and will benefit the state's economy.
The University of Southern Mississippi has developed an eco-friendly paint, American Pride, which will be used to paint one-fifth of the Pentagon's interior walls. The paint, made from castor oil and other non-toxic materials, has shown exceptional durability and quality in lab tests.
Scientists have developed a new block copolymer structure that increases the conductive monomer without weakening the polymer strength. This breakthrough enables better proton conductivity and lower water uptake compared to random copolymers of similar composition.
The Virginia Tech research group has developed new dimethacrylate monomers that can be used to create dental fillings with improved mechanical properties and reduced water absorption. The new materials require only one step of photopolymerization to harden, resulting in longer-lasting fillings and faster processing times.
The study reveals human beta-tryptase is a ring-like tetramer with active sites facing a central pore. Its unique architecture explains many of its distinct biochemical properties and will facilitate understanding of its role in health and disease.