Examples of 'nanobacteria' in a sentence
Meaning of "nanobacteria"
nanobacteria (noun) - a proposed genus of tiny bacteria that are claimed to be implicated in various diseases, though their existence and significance are subject to scientific debate
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- plural of nanobacterium
How to use "nanobacteria" in a sentence
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nanobacteria
For nanobacteria such assays are not suitable.
The growth is compared to that of nanobacteria cultured without antibiotics.
Nanobacteria also absorb some heavy metals.
Culturability of nanobacteria and apatite formation.
Nanobacteria are thereafter specifically detected by staining or by culture.
The structure of these calcospherules closely resembles calcified nanobacteria.
Recovery of nanobacteria by centrifugation generally results in unpredictable losses.
The compound is adsorbed by apatite and thus is concentrated by nanobacteria.
In nanobacteria this mineral is carbonate apatite.
Only thirty minutes boiling resulted in the inactivation of nanobacteria.
Resistance of nanobacteria to the tested antibiotics was very high.
Graphic showing the effect of heat on the growth of serum nanobacteria.
Nanobacteria generally have a lag time for growth.
These compounds affect the cell wall or other targets in nanobacteria.
Survival of nanobacteria after physical exposure.
See also
Doses of three megarads gamma irradiation are needed to ensure destruction of nanobacteria.
Living nanobacteria are needed to produce apatite in the nanobacterial model.
This may explain why tetracycline has bactericidal effect on nanobacteria.
Nanobacteria can be stained well with silver or copper compounds.
Thus vancomycin can be effective in eradication of gastrointestinal nanobacteria or in other local applications.
Nanobacteria may also be eradicated from liquids by using sonication.
The present inventors evaluated the effect of four antibiotics against nanobacteria.
The patient was nanobacteria negative after one month therapy.
Disinfecting chemicals at concentrations generally used have now been tested against cultured nanobacteria.
They could introduce nanobacteria into the tumor with subsequent calcification.
The thickness of the apatite depends mostly on the culture conditions of the nanobacteria.
Exceptional survival of nanobacteria has also been observed in association with human kidney stones.
The present invention further provides tissue culture media formulated to be free of nanobacteria.
For treatment of nanobacteria in dental pulp stones fluoride may be included into the combination.
Gamma irradiation is probably the best and most reliable method for killing nanobacteria.
Nanobacteria possess unusual properties making their detection difficult with standard microbiological methods.
Tetracyclines are thus potential drugs for eliminating nanobacteria from cell cultures and biological products.
Purification can utilize exceptional properties of Nanobacteria.
Heat resistance of nanobacteria Nanobacteria were very heat resistant.
The incubation results in minimal loss of Nanobacteria.
The fluorescence intensity of Nanobacteria was slightly lower than that of mycoplasma.
Staining with specific antibodies will reveal only Nanobacteria.
Antibiotic resistance of nanobacteria High resistance to the tested antibiotics was observed.
TEM micrographs of a carbonate apatite human kidney stone and nanobacteria.
The staining method distinguishes Nanobacteria from other possible microbes.
Antibodies can be used in many ways to construct an immunoassay for Nanobacteria.
Vitamin K is toxic to nanobacteria at concentrations that are not harmful to mammalian cells.
Such a preparation can be achieved by incubating Nanobacteria with a strong acid.
Nanobacteria can be identified specifically with the specific FITC coupled antibody to Nanobacteria.
They also provide a reference or control for the visual characteristics of Nanobacteria.
The antibodies will then bind Nanobacteria which will then become immobilized.
Glutaraldehyde functions as a fixative that aids in attaching the Nanobacteria on the glass.
CONCLUSIONS Nanobacteria can tolerate harsh conditions extremely well.
These samples were also negative in Mycoplasmas and Nanobacteria testing by specific culture methods.
Conclusion These data indicates that dental pulp stones are associated with apatite forming nanobacteria.
