Most are derived from the albino Wistar rat, which is still widely used.

Wistar rat, a strain of albino laboratory rats developed at the institute.

The extract has shown anti-inflammatory activity in Wistar rats.

The 1 to 7 day old Wistar rats were selected because early after birth, the rats show an increase in cell size.

The Wistar rat is currently one of the most popular rat strains used for laboratory research.

Male Wistar rats (mean body weight 300 g), housed under conditions of constant temperature and 12 hour lighting cycle, were used for the study.

These rats typically have increased tail to body length ratio compared with Wistar rats.

It is estimated that more than half of all laboratory rats today are descendants of the original Wistar rat line.

Entirely new breeds or "lines" of brown rats, such as the Wistar rat, have been bred for use in laboratories.

Whole new species and strains of rats have been bred for the use as laboratory animals, for example the Wistar rat.

Ten Wistar rats were sleep deprived for 6 h beginning at light-onset (ZT0).

In Wistar rats, it was found that cell size is the crucial property in determining neuronal recruitment.

Male Wistar rats weighing about 250 g were fitted with chronic gastric fistulas and used about four weeks later.

To study the effect of chemical damage on liver cells, wistar rats were treated with carbon tetrachloride for 48 hours prior to sacrificing.

Wistar rats are more active than other strains like Sprague Dawley rats.

Note that the DNA chosen from a single Wistar rat was heterozygous for almost all of these changes.

V. tricolor extract had anti-inflammatory effect in acute inflammation induced in male Wistar rats.

In 20 to 30 day old Wistar rats, the physiological and anatomical features of oculomotor nucleus motorneurons remain unchanged.

Wistar rats are an outbred strain of albino rats belonging to the species Rattus norvegicus.

Rattus norvegicus (Wistar rat)

At Wistar, she worked to help breed the Wistar rat, a strain of genetically homogeneous white rats that became widely used in biological research.

The Spontaneously hypertensive rat and the Lewis rat are other well-known strains developed from Wistar rats.

Sasaki et al. reported superoxide-dependent chemiluminescence was inversely proportionate to maximum lifespan in mice, Wistar rats, and pigeons.

Transplanting a kidney from SHR to a normotensive Wistar rat increases blood pressure in the recipient.

Sugiura et al. and Okumoto et al. used Wistar rats, although this would be unlikely to explain the difference between their findings and ours.