In the Finkbeiner laboratory, Linsley uses time - lapse imaging of neurons in culture, within organotypic
mouse brain slices, and within live zebrafish to uncover the mechanisms in neurodegeneration that lead to neuronal death.
Then they prepared
mouse brain slices from a group of neurons in the dopamine production center, at 24 hours and every day thereafter.
Not exact matches
So Yang Shi and her PhD advisor, neurologist David Holtzman at Washington University were in for a surprise when they peeked at a set of
brain slices from
mice engineered to produce tau pathology.
Five years ago Viviana Gradinaru was
slicing thin pieces of
mouse brain in a neurobiology lab, slowly compiling images of the two - dimensional slivers for a three - dimensional computer rendering.
To create these cubes, Sebastian Seung of MIT and Daniel Berger, a postdoc in his lab, shaved 256 microscopically thin
slices off the outermost layer of a
mouse brain.
He then took
slices of each
mouse's
brain and measured whether it led to an increase in the amount of electricity passing between neurons in the accumbens and the prefrontal cortex.
Next the scientists removed the
mice's
brains, separated out the amygdalas,
sliced them thinly, and placed them on glass slides.
Hu's team then took
brain slices from the
mice in order to measure the electrical currents produced from mPFC neurons.
Scientists at the Allen Institute for
Brain Science in Seattle are using microscopy to directly observe gene activity, one at a time, in razor - thin slices of mouse brain ti
Brain Science in Seattle are using microscopy to directly observe gene activity, one at a time, in razor - thin
slices of
mouse brain ti
brain tissue.
In this study, the researchers from Imperial's Department of Surgery and Cancer and the Royal British Legion Centre for Blast Injury Studies, applied xenon to
slices of
mouse brain tissue after exposing them to blast shockwaves that emulated those produced by improvised explosive devices (IEDs).
Studies of individual neurons in dishes of cultured neurons and in
brain slices by co-first author Robert E. Stanley, a graduate student in the lab, revealed that neurons in the mutant
mice had decreased numbers of dendritic spines, an important part of the synapses that neurons use to communicate with one another.
These findings were confirmed by two - photon imaging of neurons in the
brains of living
mice by the lab of collaborator Yi Zuo, PhD, a neuroscientist at UC Santa Cruz, as well as electrophysiological recordings from neurons in
brain slices by the lab of collaborator Vikaas Sohal, MD, PhD, an associate professor of psychiatry at UCSF.
Spaced every centimetre along the film are tiny dots, each of which is a
slice of
mouse brain, one - thousandth the thickness of a sheet of aluminium foil.
Using electron microscopy to look at thousands of ultrathin
brain slices taken from awake and sleeping
mice, they found that after sleep, the size of most synapses — specifically, the surface area where two neurons touch each other — shrank by about 18 percent.
The
mouse atlas was produced using a method called «in situ hybridisation», in which thin
slices of
brain tissue are bathed in a solution containing molecular probes that bind to messenger RNA sequences produced by each gene.
Digging for the root of the problem, the team experimented with
slices of
brain from the mutant
mice.
Next, Südhof's team examined
slices of
brain tissue from the mutant
mice.
Long - term goal of the project will be to visualize and manipulate tau expression also in a systemic context (organotypic
slice preparations,
mouse brain) by affecting the function of tau mRNA - containing neuronal granules as a potential drug target for the treatment of neurodegenerative diseases.
In addition to cultured cells, Ts1 - coupled nanoparticles were tested on complex
brain tissue using thin
slices of
mouse hippocampus.
In order to characterize this possible imbalance, we performed in vitro
brain slice whole patch - clamp recordings from the Q175 heterozygous knock - in HD
mouse model expressing GFP under the control of the D2 receptor promoter to identify dSPNs (GFP - negative) and iSPNs (GFP - positive).
Chen Gu and his team obtained
slices of
brain tissue from dead
mice.
And those same Abs would have to detect intracellular and axonal SN aggregates present in
brain slices from synucleinopathic
mice, but not to neurons from WT
mice in vivo.
A study using
mice found these high - energy particles
slice through the
brain.
We also have developed methods to visual cell type - specific de novo translation ex vivo in
brain slices and in vivo in
mice.
Analyzing
brain slices of the
mice, the researchers saw increased phosphates on the GluR1 receptors and an increased ability of these receptors to be recruited to synapses.
Postmortem
brain slices can be «read» to determine how a
mouse was trained to behave in response to specific sounds...