Sentence examples for bacteria to prevent from inspiring English sources
They are cloning E. coli strains to become resistant to radiation, genetically engineering bacteria to prevent malaria and, in one case, seeking a cure for cancer using common items like salt water and radio waves.
So once we understand how bacterial imbalances are linked to disease, we can develop individualized therapies using 'good bacteria' to prevent or treat many conditions like irritable bowel disease, certain cancers and diabetes.
The ability of resident bacteria to prevent invading microorganisms by blocking adhesion sites has been demonstrated in past studies [43], [44].
Here, we suggest that phages may be used as supplements to antibiotics in treating initially sensitive bacteria to prevent resistance evolution, as phages are unaffected by most antibiotics and there should be little cross-resistance to antibiotics and phages.
It is conceivable that EspF-mediated, cis-inhibition of phagocytosis (Quitard et al., 2006; Martinez-Argudo et al., 2007) allows A/E bacteria to prevent their internalization early on during infection and thereby facilitates colonization of the intestine.
Although composed of defensins, these nanonets do not harbor direct antibacterial activity per se, but rather act by trapping bacteria to prevent cellular adhesion and invasion (Chu et al., 2012).
It may sound like a far-fetched scheme: Infecting mosquitoes with a bacterium to prevent them from passing a viral disease to humans.
One common example of such a modification in nature is the lipopolysaccharide coat on a bacterial outer membrane, which helps retain a water layer around the bacterium to prevent dehydration.
Although the mouth may form some resistance to the gum's active agent, he explained, "the goal of these compounds is not to eliminate bacteria but to prevent pathogens from colonizing our skin, or our mouths, or our defenses".
Frequent and thorough disinfection of surfaces with the purpose to reduce the amount of bacteria and to prevent their dissemination is a necessity, e.g. in food processing plants, microbiological laboratories, veterinary medicine clinics and hospitals.
Culture-independent techniques must be used in future analyses to overcome the difficulty in isolating these bacteria and to prevent misidentification.
