Meanings of irradiate mice in anglès

Organ bacterial counts in starved- irradiated mice were similar to those of fed mice.

In irradiated mice, oral LPA significantly reduced the number of apoptotic bodies in the crypt.

Administration of l-NMMA to irradiated mice improved saliva secretion.

The ascitic tumor was also established in X- irradiated mice.

These findings were confirmed in vivo in irradiated mice.

Outcomes regarding both radiotoxicity and tumor response were evaluated comparing irradiated mice as respect to their controls.

The increase in GM-CFU and CTL function correlated with an enhanced resistance to Listeria infection in irradiated mice.

Results: Histological damage such as shortening of villi length and impaired intestinal crypt function was observed in whole abdominal- irradiated mice.

In addition, total cell number and the percentage of proliferating fibroblasts in the papillary dermis of UVB- irradiated mice were decreased.

In methylcellulose and May-Grünwald-Giemsa staining, hematopoietic colonies were obtained but the hematopoietic system of lethally irradiated mice could not be rescued.

Survival, body weight, and blood cell counts were also assessed in irradiated mice treated with placebo or interleukin (IL)-4.

There were no marked differences between the irradiated mice and unirradiated mice in water or food consumption or in body weight changes.

Isolated long-term HSCs from nicotine-treated mice transplanted into irradiated mice regenerated all hematopoietic cell lineages, demonstrating the functional competence of those HSCs.

In irradiated mice engineered to express a floxed p53 allele and a Nestin-Cre transgene, tumor development can be restricted to the brain.

Since ultraviolet- irradiated mice have a defect in immunological recognition of their autochthonous tumors, the therapeutic effects of liposomes containing MTP-PE are very encouraging.

In addition, the number of peripheral blood monocytes in starved mice was increased 72 hr after inoculation compared to fed and starved- irradiated mice.