Search Results - Microbial

Design an Invisible Cloak for Bacteria to Deliver Drugs to Tumors

Laboratory Equipment. Engineering an 'Invisible Cloak' for Bacteria to Deliver Drugs to Tumors Columbia Design scientists report that they have created a "cloaking" system that temporarily conceals healing bacteria from body immune systems. This allow them to supply drugs to tumors better and eliminate cancer cells in mice. By manipulating the germs' DNA, they programmed...

Research Study Shows Link Between Oral Microbiome and Naturally Occuring Alveolar Bone Loss

The Oral Microbiome and Naturally Occurring Alveolar Bone Loss: An Experimental Investigation It is increasingly obvious that the collection of bacteria, viruses, and fungi that dwell on and within us—the human microbiome—significantly benefits our health. The microbiome as a supplement has been described as a management tool for immune cells that affect bone health in...

Giant Sponge Gardens Discovered on Seamounts in the Arctic Deep Sea

The dense sponge grounds discovered on the northerly Langseth Ridge seamount structure represent an astonishingly rich ecosystem, demonstrating the ability of sponges and associated microorganisms to exploit a variety of refractory food sources including fossil seep detritus. Credit: Alfred-Wegener-Institut / PS101 AWI OFOS system Giant sponge gardens Little food gets to the depths below the perpetually...

Recently Developed Evolved Enzymes to Produce Renewable Isobutene

A new research study published on September 7 details an innovation in developing advanced enzymes to sustain a renewable process to produce one of the vital products of the chemical industry (isobutene), used everywhere from beauty products to fuel. The freshly published discoveries are the outcome of collective work between Global Bioenergies and the team...

Researchers Infuse Bacteria with Silver to Boost Power Efficiency in Fuel Cells

Artist’s concept of a microbial fuel cell with efficiencies boosted by silver nanoparticles. Credit: Image created by AKang, Sphere Studio. Copyright: Yu Huang and Xiangfeng Duan A UCLA-led team of engineers and chemists had a significant advancement in developing microbial fuel cells-a modern technology that uses natural bacteria to remove electrons from organic matter in...

Just a Few Usual Bacteria Account for Most of the Carbon Use in Soil

Bacterial “miners” shown in relief working to process soil nutrients, some more efficiently than others. Bradyrhizobium, one of the three top nutrient processors identified in the study, is shown here consolidating its control of carbon from a glucose addition, processing the nutrients with industrial efficiency (in the form of a bucket wheel excavator). Credit:...

Marine Microorganisms in Canadian Arctic Capable of Biodegrading Diesel and Oil

Marine bacteria in the icy waters of the Canadian Arctic are capable of biodegrading oil and also diesel fuel, according to a brand-new study released in Applied and Environmental Microbiology, a journal of the American Society for Microbiology. Genomic sequencing exposed the unexpected potential for hydrocarbon bioremediation in lineages of bacteria including Paraperlucidibaca, Cycloclasticus, and...

Targeting Piezo1 Protein May be a Brand New and Ideal Approach to Cure Multiple Sclerosis

In a new College of California, Irvine-led research study, researchers discovered that a specific healthy protein prevented governing T cells (Tregs) from successfully doing their work in controlling the damaging results of inflammation in a version of multiple sclerosis (MS), a terrible autoimmune disease of the nervous system. Published in July 2021, in Scientific research...

Calling Through the DNA Cord: A Recently Discovered Genetic “Switch Over.”

Illustration. Credit: Yuval Robichek, Weizmann Institute of Science According to the Weizmann Institute of Scientific scientists, proteins can connect through DNA, performing a long-distance dialogue that functions as a type of genetic "switch." They discovered that the binding of proteins to one point of a DNA molecule could affect an additional binding point at a...