Typically, MS -
model mice experience severe motor problems, eventually leading to paralysis, but when they were given the drug the mice behaved perfectly normally.
Not exact matches
The behavioral tests used here
modeled one dimension of the disease — an inability to
experience pleasure from normal activities — but not others, such as stress and anxiety, and probably tap into different brain mechanisms in
mice than in humans, he says.
«Our
MICE model uses whale numbers dating back from 1890 to now and then couples this with food availability and ocean physics to understand the changes to ocean conditions that whales are likely to
experience,» Dr Plaganyi said.
«Despite the low infection levels of
mouse cells with oHSV, we were able to cause a delay in tumor growth in one of the cancer
models and even cure many of the
mice in a second
model,» said first author Jennifer Leddon, who conducted much of the laboratory work during a research
experience in the Center for Childhood Cancer and Blood Diseases.
Studies in humans have shown that up to 60 % of individuals with ASD
experience SWDs during sleep, despite no diagnosis of clinical epilepsy, suggesting accuracy of the
mouse model.
Researchers from Massachusetts Eye and Ear / Harvard Medical School have identified inflammatory factors that cause optic neuropathy in the back of the eye following implantation of a keratoprosthesis (KPro)-- similar to what glaucoma patients
experience, without the rise of pressure in the eye — and have shown that blocking one of those factors, tumor necrosis factor alpha (TNFa), successfully halts the development of optic nerve damage in a
mouse model.
Laboratory
mouse models are commonly used to study A-T; however,
mice with A-T do not
experience the more debilitating effects that humans do.
Prior
experience in manipulation of anaerobic microbes,
mouse infection
models, analytical chemistry or bioinformatics are desirable (but not required).
His lab has extensive
experience evaluating and modulating T cell responses to tumors and viruses, including introducing genes into T cells to impart specificity and modulate function, designing strategies to overcome tolerance and enhance in vivo activity, and developing
mouse models that more accurately
model human immune responses to candidate vaccines.
In addition to her expertise in tumor biology and a broad network of connections with leading scientists and clinicians in cancer research and clinical oncology, Dr. Almog has extensive hands - on
experience with a variety of techniques ranging from the molecular level (DNA, RNA and proteins) to tissue, organ and
mouse models in cancer biology, as well as extensive
experience in project management and program coordination.
Dr. Burcham also has
experience with laboratory animal pathology, specifically
mouse models of neoplasia and autoimmune disease.