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The key to averting environmental catastrophe is right beneath our feet by Claire Asher on 1 June 2021 Billions of years ago, the first soils served as a cradle for terrestrial life. Today, the land beneath our feet underpins a multitrillion-dollar, global agricultural industry and provides food for nearly 8 billion humans, along with countless wild and domestic species. But soils are in global crisis. We are now living in the “danger zone” for four of the nine planetary boundaries: climate change, biodiversity, land-use change, and biogeochemical flows. All four are intimately linked to soil health. Soils hold 80% of all the carbon stored on land. ....
E-Mail IMAGE: Martin J. Blaser, Henry Rutgers Chair of the Human Microbiome and professor of medicine and microbiology at the Rutgers Robert Wood Johnson Medical School and director of the Center for. view more Credit: Roy Groething Martin J. Blaser, MD, has been awarded the 2020 Prize Medal by the Microbiology Society of Great Britain in recognition of his study of the microbiome and its interactions within the human body that provide protection against and lead to disease. Dr. Blaser, the Henry Rutgers Chair of the Human Microbiome and professor of medicine and microbiology at the Rutgers Robert Wood Johnson Medical School and director of the Center for Advanced Biotechnology and Medicine at Rutgers Biomedical and Health Sciences, joins a storied list of scientists, including Nobel Prize recipients, who also have been recognized with the Prize Medal due to the impact their work has had on medicine and the care of patients worldwide. ....
New Method Uses Bacteria to Trap and Eliminate Microplastics from Environment Written by AZoCleantechApr 29 2021 Recently at the Annual Conference of the Microbiology Society, Yang Liu, a scientist at Hong Kong Polytechnic University, presented a new method to capture and recover microplastics. Image Credit: David Pereiras/Shutterstock.com The technique involves using bacterial biofilms, a sticky material produced by micro-organisms, to capture microplastic particles. The biofilm is subsequently treated and dispersed, discharging the microplastics for processing and recycling. To trap microplastics in a bioreactor, Liu and associates used the bacterium Pseudomonas aeruginosa. This bacteria species is easily available in all environments and has formerly been proven to colonize microplastics in the surroundings. ....
Bacteria could âtrapâ microplastic and stop it polluting the ocean 28 Apr 2021 Microplastics pose a major risk to food chains and human health (Credit: Shutterstock) Bacteria could trap microplastic particles and prevent them from polluting the ocean, the developers of a new technique have said. Developed by researcher Yang Liu and colleagues at Hong Kong Polytechnic University, the method uses bacterial biofilms – a sticky substance created by micro-organisms – to trap microplastic particles. The biofilm is then processed and dispersed, releasing the plastic for processing and recycling. Microplastics pose a major risk to food chains and human health. Smaller than 5mm in diameter, they enter the environment from a number of sources, including breakdown of larger plastic pieces, washing of synthetic clothes, breakdown of car tyres and plastic waste directly from industry. ....