Researchers from the Institute of Scientific and Industrial Research at Osaka University have devised a new method to determine the degree of fibrillation in wood pulp. By taking advantage of the intrinsic optical birefringence ...
Polymers
Dec 17, 2020
1
13
In Brazil, researchers at São Paulo State University (UNESP) in Ilha Solteira have developed a film that can replace plastic in food packaging. The film is made from hydroxypropyl methylcellulose (HPMC) and bacterial cellulose ...
Materials Science
Dec 14, 2020
0
35
That biofuels can contribute to a cleaner global energy mix is widely accepted, but the net benefits of bioenergy in terms of mitigating greenhouse gases (GHG) are moot. Some argue, for example, that biofuels are not sustainable ...
Environment
Nov 18, 2020
0
36
A multi-institutional research group led by two Penn State faculty members has identified, for the first time, how cellulose crystals orient themselves relative to the cell wall in plants, with potential implications for ...
Materials Science
Nov 18, 2020
0
472
Chameleons can famously change their colors to camouflage themselves, communicate and regulate their temperature. Scientists have tried to replicate these color-changing properties for stealth technologies, anti-counterfeiting ...
Nanomaterials
Oct 21, 2020
0
78
The use of biomass-derived plastics is one of the prime concerns to establish a sustainable society, which is incorporated as one of the Sustainable Development Goals. However, the use of most of the biomass-derived plastics ...
Materials Science
Oct 21, 2020
0
22
Physicists from the University of Luxembourg have recently made significant steps forward in resolving some of the outstanding research questions about cellulose. Their findings have been published in the prestigious journals ...
Materials Science
Oct 8, 2020
0
5
Efforts to find ways to break down cellulose—the tough stuff that makes up plant cell walls—faster and more productively has long been a goal of industrial researchers.
Biochemistry
Oct 8, 2020
0
6
Researchers have revealed a new molecular mechanism by which bacteria adhere to cellulose fibers in the human gut. Thanks to two different binding modes, they can withstand the shear forces in the body. Scientists of the ...
Cell & Microbiology
Aug 28, 2020
0
362
Polymers reinforced with ultra-fine strands of carbon fibers epitomize composite materials that are "light as a feather and strong as steel," earning them versatile applications across several industries. Adding materials ...
Nanomaterials
Aug 12, 2020
0
231
