«Designer biosensor can detect antibiotic
production by microbes.»
Not exact matches
Supply of limited resources is being further constrained
by more severe and unpredictable climate events and more potent
microbes, pests and diseases — causing food producers to more seriously consider the environmental life cycle impact of food
production activities.
Ecologically sustainable bamboo forests grown for fabric
production do not require the use of pesticides or anti-fungal agents, and the fabric produced from bamboo kills 99.8 percent of germs that cause the potentially deadly Staph infection, along with many other dangerous
microbes, according to a study
by North Carolina State University's College of Textiles.
Previous experiments
by Jansson and collaborators have shown that thawing frozen soil in the lab quickly leads to a burst of methane
production, along with a change in the community of
microbes.
Now research in rodents suggests that gut
microbes may alter the inventory of microRNAs — molecules that help keep cells in working order
by managing protein
production — in brain regions involved in controlling anxiety.
Bioprocess engineer Rafael Garcia of ARS and biochemical engineer Zhiyou Wen of the Virginia Polytechnic Institute and State University in Blacksburg are designing a study to grow EPA - and DHA - producing
microbes using low - cost
by - products of other processes, such as glycerol from biodiesel
production and rendered animal protein from slaughterhouses.
It jams up an enzyme crucial to the
production of methane
by microbes that live inside the animals.
This is done
by halting the
production of the CRISPR RNAs, which allows affected genes to begin transcribing again as the
microbes reproduce and the remaining CRISPR RNA degrades.
The sequencing of M. jannaschii was funded
by the US Department of Energy (DOE)'s Microbial Genome Project, which, since 1994, has investigated
microbes that might be useful in environmental cleanup, energy
production, or other aspects of DOE's mission.
This is because colloidal silver doesn't poison the
microbes like antibiotics do, but rather smothers them
by adhering to their cell walls and inhibiting their enzyme
production.
There's been a lot of hype on this topic, suggesting that it can massively increase soil carbon sequestration, boost food
production by promoting soil
microbes, and help us slow global climate change in the process.
By harnessing the power of
microbes that his scientists have discovered deep in the sea and under the ground, he thinks we could revolutionise fuel
production and bring down emissions.