Echoviruses have been implicated in multiple human disease syndromes, including aseptic meningitis, paralysis, and heart disease, but no animal model is available for studying the pathogenesis of infection. Production of human integrin very late antigen 2, a receptor for echovirus type 1, in transgenic mice conferred susceptibility to viral infection. Intracerebral inoculation of newborn transg...

The most popular animal models of Alzheimer's disease (AD) are transgenic mice expressing human genes with known mutations which do not represent the most abundant sporadic form of the disease. An increasing number of genetic, vascular and psychosocial data strongly support that the Octodon degus, a moderate-sized and diurnal precocial rodent, provides a naturalistic model for the study of the ...

Huntington's disease (HD) is a fatal inherited disorder leading to selective neurodegeneration and neuropsychiatric symptoms. Currently, there is no treatment to slow down or to stop the disease. There is also no therapy to effectively reduce the symptoms. In the investigation of novel therapies, different animal models of Huntington's disease, varying from insects to nonhuman primates, have be...

As a disease model, the laboratory rat has contributed enormously to neuroscience research over the years. It has also been a popular animal model for Alzheimer's disease but its popularity has diminished during the last decade, as techniques for genetic manipulation in rats have lagged behind that of mice. In recent years, the rat has been making a comeback as an Alzheimer's disease model and ...

abstract background: determination of transgenic embryos from non transgenic embryos sibling is an important step in producing homozygous transgenic mice. these steps need by pcr or southern blotting followed extraction of dna, but both techniques require skill and consume time. objective: the aim of this study was simulation of high accuracy method using novel enhanced green fluorescent protei...

Objective: Several studies have shown that the adult pancreas possesses a limited potential for ß– cell regeneration upon tissue injury. One of the difficulties in studying ß-cell regeneration has been the lack of a robust, synchronized animal model system that would allow controlled regulation of ß−cell loss and subsequent proliferation in adult pancreas. Research Design and Methods: Here we p...