Sentence examples for rodent models using from inspiring English sources

We have managed to establish diet-induced metabolic syndrome rodent models using high-fat diet [8], high-sucrose diet [9] and high-fat/high-sucrose (HF/HS) diet [10].

The results of this study were also similar to other rodent models using a different PTSD model (Solanki et al. 2015).

This is demonstrated in multiple rodent models using a single dose, multiple-day dosing or a multiple-day BID dosing regimen.

Depression-like symptoms resembling core clinical symptoms, "depressed mood" and anhedonia, are assessed in rodent models using forced swim and tail suspension tests (immobility time) and the sucrose preference test (consumption of a 1%-21%-2%rose solution) [ 21].

While studies in both rodents and humans demonstrate preexisting differences in reward functions in the obese, studies in rodent models using calorie restriction and gastric bypass surgery show that some differences are reversible by weight loss and are therefore secondary to the obese state.

In this review we provide an overview of the rodent models used to study stressor-induced relapse and briefly summarize what is known about the underlying neurocircuitry before describing the use of cfos/Fos-based approaches.

As rodent models used in neurobehavioral research are mainly based on 2D movement, zebrafish paradigms offer an enhanced dimensionality of behavioral phenotyping.

In contrast to other rodent models used to study BO such as heterotopic tracheal transplantation, in our model airway fibrosis develops in the setting of a fully vascularized and aerated lung parenchyma[15].

It has become clear that humans possess greater diversity in protein families involved in inflammation than rodent models used to model inflammatory disease.

Recently, engineered ferret and pig models of CF have been developed that more closely recapitulate the disease than rodent models used previously.

Moreover, the common inbred rodent models used are far removed from many aspects of human physiology in terms of both size and genetic diversity.