The part of a sentence "for growing bacteria" is correct and usable in written English.
It is typically used to indicate the purpose or reason for something related to bacteria. For example: - "We need to buy some agar plates for growing bacteria in the lab." - "The petri dishes are used for growing bacteria cultures." - "The warm temperature in the incubator is perfect for growing bacteria."
However, some antibiotics, such as the new tuberculosis drug candidates TMC207 and PA-824, have good activity for growing bacteria and non-growing persisters.
It's a dish for growing bacteria.
This is a perfect medium for growing bacteria.
We found that most brands of agar, which are used to solidify plates for growing bacteria, contain an inhibitor (not yet identified) that selectively inhibits the recA-dependent pathway of nucleotide excision repair (A57).
Today, Grant Achatz, chef of Alinea in Chicago, uses agar-agar, which is a hydrocolloid made from seaweed that is best known for growing bacteria in petri dishes, and gelatin, a more familiar hydrocolloid made from collagen in meat, to make transparent sheets that he drapes over hot foods.
(5) Further support for the existence of two pathways of excision repair came from our observation that certain brands of agar used in the plates for growing bacteria selectively inhibit the pathway of excision repair controlled by the recA, recB, and exrA lexA) genes, but does not affect the pathway controlled by polA.
The MIC values of tetracycline, ciprofloxacin, levofloxacin, and amoxicillin/clavulanic acid, interpreted according to the NCCLS criteria for slow growing bacteria, have shown ranges below the breakpoints for sensitivity determination.
At present, phenotyping tests take at least 1 2 days to complete for rapidly growing bacteria such as S. aureus, and can take weeks in slow-growing bacteria such as M. tuberculosis.
However, for actively growing bacteria, a moderate correlation (0.56) was found between zeta potential and adhesion values.
For aerobically growing bacteria, the autooxidation of oxidases in the respiratory chain is the main source of endogenous reactive oxygen species (ROS).
Indeed, higher fluctuations in nutrient availability and microbiota population size induced by decreased colon transit time would be the text-book selection pressure for fast growing bacteria, outgrowing their slow growing counterparts whenever resources are available (r-selection).
