Sentence examples for mice that may from inspiring English sources

To rule out differences of skin pigmentation between Cbl-b−/− and WT mice (that may influence the number of SBCs and CPD in tissue) prior UVB exposure, we quantified pigmentation by noninvasive skin reflectance spectroscopy and the levels of melanin by Fontana-Masson staining and there was no influence of Cbl-b deficiency on skin pigmentation (Suppl. Fig. 2A, B).

Now, researchers have discovered receptors in mice that may enable them to detect pheromones even without this specialized hardware.

Scientists have genetically engineered a new strain of mice that may be a model of the early stages of Alzheimer's disease.

In this review, we will discuss the use of monocyte subpopulations as biomarkers of human disease and summarize correlative studies in mice that may yield significant insight into the contribution of each subset to disease pathogenesis.

Herzeliya-based startup BioExplorers now offers mice that may be better than dogs or machines at detecting explosives and other contraband.

Collectively, these results demonstrate alterations in the serotonergic system of patDp/+ mice that may contribute to their behavioral phenotypes.

In addition, using sub-arcsecond radio image of the Mouse, we identify modulations in the brightness distribution of the Mouse that may be associated with the unshocked pulsar wind behind the pulsar.

One possible drawback with these studies, however, is the cell sources (rat and mouse) that may not appropriately represent what would occur with primary human cells since cell interactions with the materials may not be identical across species.

Here we review mouse studies aimed at understanding TNF physiologic functions using transgenic and knockout models, and we discuss additional mouse models that may be helpful in the future.

has shown in mice that stem cells may be able to supply missing enzymes to babies with Tay-Sachs disease.

Indeed, some mutant mice display phenotypes that may mimic the patterns of plastic variations in wild populations.