Sentence examples for capable of multiplying from inspiring English sources

'I have no great confidence that it's a fermenter,' a senior analyst said of a tank supposed to be capable of multiplying seed germs into lethal swarms.

Viruses are obligatory intracellular parasites, capable of multiplying only within the cells of the host, and they have no independent metabolic activity of their own.

This paper develops a novel parallel multiplier that is based on spiking neural P systems and is capable of multiplying two natural numbers with many digits in parallel.

The external agent may be itself a living organism capable of multiplying within the host and subsequently infecting other organisms; in this case the disease is said to be communicable.

Still other bacteria, such as the glanders bacillus (Burkholderia mallei) and the gonococci, meningococci, and pneumococci, are more closely adapted parasites, capable of multiplying outside the body of the host only under the artificial conditions of the laboratory.

Still other bacteria, such as the glanders bacillus and the gonococci, meningococci, and pneumococci, are more closely adapted parasites, capable of multiplying outside the body of the host only under the artificial conditions of the laboratory.

The Stx-bacteriophage vB_EcoP-24B, commonly referred to as Ф24B, is capable of multiply infecting a single bacterial host cell at a high frequency, with secondary infection increasing the rate at which subsequent bacteriophage infections can occur.

Based on its still relevant philosophical foundations, an updated Enlightenment would have as explicit objectives the promoting of rapid, sustainable, economic growth; producing a world order capable of meeting multiplying global challenges; and restoring meaning into the lives of the globe's citizens.

Surviving C. sakazakii is capable of rapidly multiplying to dangerous levels during reconstitution before feeding, and it can cause serious clinical symptoms, include necrotizing enterocolitis (NEC), bacteremia and meningitis, resulting in fatality rates ranging from 40 to 80%% (Bowen and Braden 2006; Friedemann 2009).

After penetrating the cells, the bacteria are capable of escaping the phagosomes and of multiplying in the cytoplasm.

In order to find out if isolates are capable to multiply in different types of disinfectant solutions, we contaminated 3 dispensers per product using an aliquot of 25 mL of the bacterial suspension with a cell number adjusted to approximately 10 cells per mL.