Not exact matches
Lead author David W. Frederick, PhD, a postdoctoral fellow in the Baur
lab, and the team generated
mice in which they could restrict the amount of NAD in specific tissues in order to simulate this aspect of
normal aging in otherwise healthy
mice.
Knowing that the SCN cells in their LHX1 - deficient
mice were similarly impaired, a graduate student in Blackshaw's
lab, Joseph Bedont, reasoned that their
mice might now be able to return to
normal temperature cycles if given pulses of heat.
He and colleagues at the University of California, San Francisco, injected the brains of
mice with prions they had created in the
lab by misfolding
normal prion protein, known as PrP.
The
mouse models of autism on a
normal lab diet (with a medium glycemic index) are already known to generate fewer new neurons, and some of their existing cells and neuronal connections are abnormal compared with those of
normal mice.
But when researchers used that sperm to fertilize eggs in the
lab that were then injected into female
mice, the
mice birthed pups at a
normal rate.
As controls, fibroblasts and secretions from
normal lab rats,
mice, and another rodent called the spiny
mouse were powerless to stop the human cancer cells growing.
«It was incredible to see that in adult
mice, who have gone through
normal development and aging, simply overexpressing Arc with a virus restored plasticity,» says co-first author Kyle Jenks, a graduate student in Shepherd's
lab.
Ward's
lab team took skin tissue samples from her well - established psoriasis transgenic
mouse model, called the KC - Tie2
mouse, and compared it to skin tissue samples of
normal mice.
For the first time, researchers have been able to grow, in a
lab, both
normal and primary cancerous prostate cells from a patient, and then implant a million of the cancer cells into a
mouse to track how the tumor progresses.
Sinclair's
lab is now working on developing what he calls a possible «supermouse» with elevated levels of NAMPT to see if it lives longer and is more disease - resistant than
normal mice.
Last year, as a first step in defining a «
normal»
lab mouse microbiome, they analyzed feces from
mice from two major vendors.
Tom Bebee PhD, a postdoc in the Carstens
lab and Rohacek compared RNA sequences from the cochleae of
normal versus Esrp1 knockout
mice.
To test the theory, he and his colleagues analyzed bacteria in fecal samples from
lab mice kept in
normal 12 - hour cycles of light and darkness.
In their study «D - Serine and Serine Racemase are Localized to Neurons in the Adult
Mouse and Human Forebrain,» the
lab utilized SR deficient (SR - / --RRB-
mice, which have < 15 % of
normal D - serine levels, to validate and optimize a D - serine immunohistochemical method.
Young said Celltex did a study in which it injected
lab mice with 73 times the
normal dose of 200 million cells that Celltex gives its clients, and none of the
mice died, developed toxic organs or grew tumors.
In addition to the
normal tools of the cell biologist's trade, Simona's
lab uses intravital imaging to peer into the brains of
mice.
«This
mouse strain is great model for this research because they are otherwise healthy and
normal, including in their vision, so it allows us to conduct studies focused on cell integration,» said the publication's lead author, Jie Zhu, PhD, a postdoctoral researcher who started in Lamba's
lab three years ago.
The study came about when a few scientists in a
lab that specializes in sex differences noticed that some
mice weren't displaying
normal pain responses.
The enhanced endurance was seen in
lab mice with a
normal oxygen supply and those with oxygen restrictions which provided significant evidence that GW501516 targets and enhances skeletal muscle endurance and recovery time to a supraphysiological level.