The most recent study published in the journal Bioprinting intends to examine solid freeform additive manufacturing methods based on slurry ejection for the construction of bioactive glass and associated composite scaffolds, as well as their controlled design and permeability.
Scientists from China have investigated the use of silk sericin, a protein that naturally occurs in silkworm cocoons, in biomedical applications. Their findings have been published in a pre-print paper in the journal Biomaterials.
Scientists from Saudi Arabia, Egypt, and the Sultanate of Oman have collaborated on a paper exploring the use of natural sorbents to tackle marine oil spills, a critical environmental issue. Their work has appeared in Chemical Data Collections.
Scientists from the Republic of Korea and India have reported the development of a novel zinc-air battery with self-recharging capabilities based on functionalized graphene nanosheets produced from biomass.
Biomedicines are produced by living cells and are used to treat cancer and autoimmune diseases among other things. One challenge is that the medicines are very expensive to produce, something that limits global access. Now researchers from Chalmers have invented a material that uses electrical signals to capture and release biomolecules.
Each mistletoe berry can yield up to 2 m of viscin, a sticky thread. It enables the parasitic plant’s seeds to adhere to and infect host plants. Mistletoe berries have been used to cure anything from infertility to epilepsy to cancer since ancient times.
Bioethanol production has the potential to replace petrochemical-derived fuels for sectors such as the automotive industry. A new paper appearing in Energies has explored the production of this alternative fuel from bacteria and fungi. Researchers from the Department of Chemical Engineering at Ariel University in Israel have contributed to the paper.
In a review recently published in the European Polymer Journal, researchers discussed the utility of metal- and carbon-based nanostructures in injectable conductive nanocomposite hydrogels for cardiac tissue engineering (CTE).
Master Bond UV17Med is a one part, no mix, UV curable system. It was specially formulated to provide excellent adhesion to many TPUs (thermoplastic polyurethanes), which are widely recognized as challenging substrates for bonding.
There has been growing interest in using new, cheaper raw materials for the production of biodiesel to meet the economic challenges associated with its manufacture. Writing in Energies, scientists from Vytautas Magnus University in Lithuania have reviewed recent research progress in the utilization of microalgal biomass, a cheap, sustainable resource, to produce Biodiesel.
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