In a new study, Carvalho et al. found that the respiration of freshly photosynthesized carbon dioxide
by microorganisms in the water column is approximately constant when compared to the overall daily carbon production.
Dubbed «Terramac,» this moss carpet is created using a tight mesh of 3D - knitted, plant - based polylactic acid fibers underneath which supports the roots and can be «decomposed (biodegraded)
by microorganisms in compost or in soil after 10 years.
According to his book, large herds of heavy, hoofed animals help force dead plant materials back into the ground, where they are broken down
by microorganisms in the soil.
Although the researchers did not examine in this study what prevents methane released from the seafloor from reaching the atmosphere, they suspect it is biodegraded
by microorganisms in the ocean before it hits the surface waters.
Larvae hatching from these eggs might benefit from the presence of the larvae that were there previously: They could process the food more easily when it has been «pre-digested»
by microorganisms in the frass of their conspecifics.
Not exact matches
Our gut microbiotas are made up of trillions of
microorganisms that play an essential role
in our overall well - being
by supporting digestion, synthesizing nutrients and vitamins and protecting against diseases.
Founder Ginger Krieg Dosier speeds up a natural process
by injecting sand with
microorganisms, forming bricks sturdy enough for use
in building construction.
The PDF, Microbes Make the Cheese, A Report from the American Academy for Microbiology explains: Cheese is created
by orderly successions of microbial communities that produce compounds responsible for cheese flavor... Each piece of cheese contains as many as 10,000,000,000 or 10 billion microbes... The added starter cultures dominate the cheese microbiota, establishing conditions that select for the next
microorganisms that will be capable of thriving
in the changing cheese matrix.
Organic matter does this either
by «gluing» soil particles together or creating favorable living conditions for soil
microorganisms, which
in turn can «glue» soil particles together through production of various organic compounds such as glomalin or
by the action of fungal hyphae (Sylvia et al., 2005).
Kefir is a fermented food that is a viscous, acidic, mildly alcoholic milk beverage produced
by fermentation of milk with a particular grain
in Middle and Eastern Europe it is easily digested and provides beneficial
microorganisms that contribute to a healthy immune system.
By contrast, the E. coli contamination level never exceeded 25 % of the peaches packed
in corrugated containers that had been contaminated with the same levels of
microorganisms.
Fermented foods are having a big moment, prompted
in part
by a flood of new research on the human microbiome — the ecological community of
microorganisms living
in the human body — and the benefits
During the first phase, days 1 - 3, you have brought life to your starter
by capturing and multiplying the
microorganisms present on the surface on the grain and
in the environment.
There are several active compounds that are naturally produced
by microorganisms or contained
in food.
Instead, scientists used genetic modification techniques to develop Golden Rice
by using genes from maize and a common soil
microorganism that together produce beta - carotene
in the rice grain.
At the micro-level, the food and agribusiness sector is seeing an increase
in the virulence of
microorganisms and parasites, known pathogens spreading to novel geographies, and the continued rise of antimicrobial resistance.67 Global use of antimicrobials
in livestock is expected to rise
by 67 %
by 2030 to 105,596 tons.68 China's livestock industry alone could soon be consuming almost one third of the world's available antibiotics.
UHT treatment is a continuous process that takes place
in a closed system that prevents the product from being contaminated
by airborne
microorganisms.
Such standards help eliminate product contamination
by any number of
microorganisms known to cause dangerous infection and disease
in humans.
The aim of the study was to investigate the role of
microorganisms in nipple and breast pain
in breastfeeding women because there is controversy about whether burning nipple pain associated with radiating breast pain is caused
by a fungal infection (Candida albicans, known as «thrush») or a bacterial infection (Staphylococcus aureus, known as «golden staph»).
(3) to ensure that clinicians and other health - care personnel, community health workers and families, parents and other caregivers, particularly of infants at high risk, are provided with enough information and training
by health - care providers,
in a timely manner on the preparation, use and handling of powdered infant formula
in order to minimize health hazards; are informed that powdered infant formula may contain pathogenic
microorganisms and must be prepared and used appropriately; and, where applicable, that this information is conveyed through an explicit warning on packaging;
(2) to take the lead
in supporting independently reviewed research, including
by collecting evidence from different parts of the world,
in order to get a better understanding of the ecology, taxonomy, virulence and other characteristics of E. sakazakii,
in line with the recommendations of the FAO / WHO Expert Meeting on E. Sakazakii and other
Microorganisms in Powdered Infant Formula, and to explore means of reducing its level
in reconstituted powdered infant formula;
Candida is an organism that normally hangs out
in the mouth or vagina and is typically kept
in check
by other
microorganisms.
Huge successes
in the isolation and cultivation of marine microbial strains have been made
by the EC - funded MaCuMBA (Marine
Microorganisms: Cultivation Methods for Improving their Biotechnological Applications) project, which aims to uncover the untold diversity of marine microbes using cultivation - dependent strategies.
In the present study, researchers of Kanazawa University, Japan, attacked this problem; they succeeded in reducing the toxicity to microorganisms by developing a novel solvent, a carboxylate - type liquid zwitterion * 1, for dissolving biomass cellulos
In the present study, researchers of Kanazawa University, Japan, attacked this problem; they succeeded
in reducing the toxicity to microorganisms by developing a novel solvent, a carboxylate - type liquid zwitterion * 1, for dissolving biomass cellulos
in reducing the toxicity to
microorganisms by developing a novel solvent, a carboxylate - type liquid zwitterion * 1, for dissolving biomass cellulose.
Previous studies established that especially
in cooler mountain regions, carbon bound
in soil organic matter reacts very sensitively to warmer weather caused
by climate warming, and is increasingly released
by microorganisms.
Trees of such forests yield a continuous supply of stray litter such as leaves, needles, roots or brushwood, and maintain a constant cool «forest climate,» even during hot summers, which
in turn slows down humus degradation
by soil
microorganisms.
In addition, the researchers checked the respiration of soil microorganisms by excluding plant roots with a metal ring in small soil areas and then measuring how much CO2 was released from the soil with a gas analyse
In addition, the researchers checked the respiration of soil
microorganisms by excluding plant roots with a metal ring
in small soil areas and then measuring how much CO2 was released from the soil with a gas analyse
in small soil areas and then measuring how much CO2 was released from the soil with a gas analyser.
The new study, published online this month
in the journal Environmental Science and Technology, is the first to examine how biochar affects the chemical signaling that's routinely used
by soil
microorganisms that interact with plants.
Animals, plants and
microorganisms are limited
in their interactions
by distance and barriers such as oceans and mountain ranges.
By tracking changes to the microbiome through fecal samples, Alm hoped to learn more about how daily activities such as diet, sleep and exercise could be linked to changes
in these communities of
microorganisms.
A photosynthetic
microorganism was turned into fuel without having to die, be buried
in sediment and cooked
by eons of geologic processes into petroleum.
This «purification» function is carried out
by the
microorganisms present
in their water column and sediments and, with it, they improve the general quality of the water and reduce the nitrogen load
by promoting denitrification.»
Nearly all of the thousands of different chemical substances produced
by people, animals, plants, fungi, algae or
microorganisms on the ground or
in the oceans react quickly with OH and break down
in this process.
Production of organohalogens
by microorganisms has to be taken into account for the study of halogen cycling
in atmospheric chemistry as well.
«For example, ocean currents can disperse
microorganisms, but there is also evidence that
microorganisms travel
by air: microbes believed to have originated from the Gobi desert were collected
in air samples from the northwestern United States.»
Our planet was once dominated
by methane - producing
microorganisms, resulting
in an unusual combination of methane and carbon dioxide
in the atmosphere, which would not have arisen naturally.
University of British Columbia researchers may have discovered a key to understanding the constantly changing distribution of microbial species
in the world's oceans — classify
microorganisms by their biochemical function, rather than
by their taxonomy.
Or it might be made
by a symbiotic
microorganism living
in or on the snow flea, perhaps
by polyketide synthesis, Schulz says.
A University of British Columbia mathematician may have discovered a key to understanding the constantly changing distribution of microbial species
in the world's oceans — classify
microorganisms by their biochemical function, rather than
by their taxonomy.
So - called sick building syndrome is thought to be caused
by poor ventilation and a build - up of
microorganisms, usually
in the heating and air - conditioning ducts.
Researchers have known for decades that some
microorganisms, such as single - celled green algae, have proteins that respond to light
by opening a channel
in the microbe's membranes, allowing the passage of electrically charged ions (such as calcium and sodium).
In the «BioElectroPlast» project funded
by the Federal Ministry of Research they use
microorganisms that produce polyhydroxybutyric acid from flue gas, air, and renewable power.
One way you can tell is
by looking at different oxygen isotopes
in the fossilized skeletons of ocean
microorganisms.
Malaspinomics preliminary results reveal a wealth of unknown species of
microorganisms in the deep ocean, characterized
by an intense biological activity.
The team headed
by Thierry Soldati, Professor at the Biochemistry department
in UNIGE's Science faculty, has been working on a model system that acts like the macrophages
in our immune system: the social amoeba Dictyostelium, a unicellular
microorganism.
This could mean that the mechanisms
by which they assimilate carbon into their biomass is distinct and / or that different
microorganisms carry out anaerobic oxidation of methane
in freshwater habitats.»
Microorganisms like bacteria and fungi can evade treatment
by acquiring mutations
in the genes targeted
by antibiotics or antifungal drugs.
Probiotics have been defined
by the Food and Agriculture Organization - World Health Organization as «live
microorganisms which, when administered
in adequate amounts, confer a health benefit to the host.»
This research not only provides the first clear evidence that
microorganisms were directly involved
in the deposition of Earth's oldest iron formations; it also indicates that large populations of oxygen - producing cyanobacteria were at work
in the shallow areas of the ancient oceans, while deeper water still reached
by the light (the photic zone) tended to be populated
by anoxyenic or micro-aerophilic iron - oxidizing bacteria which formed the iron deposits.
A strong suspicion was that the pale light of will - o» - the - wisp is caused
by the ignition of methane, which is produced
in large amounts
by anaerobic
microorganisms.