The phrase "altered mouse strains" is correct and usable in written English.
It can be used in scientific or research contexts, particularly in genetics or biology, to refer to mouse strains that have been genetically modified or changed.
Example: "The study focused on the behavior of altered mouse strains to understand the effects of specific gene modifications."
Alternatives: "genetically modified mouse strains" or "mutated mouse strains".
These results, however, appeared to be in partial disagreement with findings from genetically altered mouse strains.
"Just a few yards from my office, there is an animal vivarium filled with hundreds of genetically altered mouse strains," he said.
Further evidence supporting a role for heparan sulfate in mammary development derives from studies of genetically altered mouse strains.
Taken together, our findings serve as a framework for the assessment of phenotypes of genetically altered mouse strains as well as provide insights into the mechanisms underlying the rearrangement of retinogeniculate projections.
Genetic mouse models mimicking various aspects of kidney failure are also available, but these are compromised by the need for breeding to create combined backgrounds with other genetically altered mouse strains [ 20].
So far, the exposure of wild-type and some genetically altered mice strains to magnetic fields that have been classified as 'possibly carcinogenic' (class 2b) by IARC did not confirm the epidemiological findings of low-frequency fields as risk factors.
JWH015 (1–20 mg/kg) a CB2-R agonist, altered mouse locomotor activities in a strain and gender dependent fashion in three mouse strains (Fig. 5A, a f).
Lexicon's solution is to create a bank of genetically altered mouse cells that can quickly be used to develop knockout strains.
In 1988, Harvard University patented the first "transgenic" animal, a genetically altered mouse predisposed to getting cancer.
It would be interesting to determine whether cataract development in αB-R120G knock-in mice is altered in mouse strains that have the full complement of the beaded filaments.
The DSS model can be readily used to evaluate genetically altered mice, because it is effective in a variety of mouse strains and does not require crossing to strains that are genetically susceptible to colitis.
