Red staining on a section through the forebrain of
a mouse identifies the neurons that carry sensory information directly into primary areas.
Not exact matches
Now, researchers have
identified a hormone in
mice that delivers itchy sensations to
neurons in the spinal cord, which then relays the signal to the brain.
In a paper published in the journal
Neuron, researchers at Beth Israel Deaconess Medical Center (BIDMC)
identified specific neural circuitry responsible for rousing the brain of
mice in simulated apnea conditions.
Their end goal is to
identify specific populations of
neurons in the fruit fly brain that are necessary for emotion primitives — and whether these functions are conserved in higher organisms, such as
mice or even humans.
The findings, made in
mice, explain why most but not all motor
neurons are affected by the disease and
identify a potential therapeutic target for this still - incurable neurodegenerative disease.
A specific kind of
neuron found only in male
mice and that detects a pheromone in female urine has been
identified by researchers at Washington University School of Medicine in St. Louis.
They have
identified the group of
neurons in the brain that determines how a
mouse responds to stress — whether with resilience or defeat.
Now researchers have
identified a previously unstudied set of spinal
neurons in
mice that communicates only itch.
Researchers at Cold Spring Harbor Laboratory have
identified the
neurons in the brain that determine if a
mouse will learn to cope with stress or become depressed.
When the researchers used optogenetics, a biological technique which involves the use of light to control
neurons, to inhibit the key social - spatial pathway they had
identified in the brain, the test
mouse wandered freely through the space.
Here, in samples of
mouse hypothalamus — the brain center that detects and regulates internal temperature — Kun Song and colleagues
identified neurons that were uniquely activated in response to warming at temperatures above the physiological set point of 37 °C.
In the model, the team used the technique to
identify, label, and manipulate a population of
neurons in the motor cortex that fired when a
mouse pushed a lever to receive a reward in response to a stimulus.
Once the
neurons of interest were
identified and labeled, his team presented the stimulus to the
mouse while optogenetically inhibiting the group of
neurons.
This is the first time cannabinoid receptors have been
identified in the central nucleus of the amygdala in a
mouse model, they report in the current issue of the journal
Neuron.
Lee and Bonin began by
identifying neurons in the
mouse visual cortex that responded to particular visual stimuli, such as vertical or horizontal bars on a screen.
The George lab has made seminal contributions to the field including: discovering a novel population of
neurons in the brain of humans, rats and
mice that are involved in nicotine dependence,
identifying neuronal ensembles responsible for nicotine and alcohol addiction, and unveiled the cellular and molecular changes associates with long term use of nicotine, cocaine, methamphetamine and alcohol use on the brain.
The present study was aimed at
identifying behavioral tests that are most sensitive to the emergence of behavioral / neurological deficits in SOD1 - G93A (SOD1)
mice in a cross comparison with the newly proposed hPFN1G118V (PFN1)(Fil et al., 2016)
mouse model of motor
neuron disorder.
The present study was aimed at
identifying behavioral tests that are most sensitive to the emergence of behavioral / neurological deficits in SOD1 - G93A (SOD1)
mice in a cross comparison with the newly proposed hPFN1G118V (PFN1)(Dr. Mahmoud Kiaei, University of Arkansas for Medical Sciences)
mouse model of motor
neuron disorder.
Together, our results
identify SCYL1 as a key regulator of motor
neuron survival, and Scyl1 -LRB-- / --RRB-
mice share pathological features with many human neurodegenerative conditions.
The researchers have shown that a robotic arm guided by a cell - detecting computer algorithm can
identify and record from
neurons in the living
mouse brain with better accuracy and speed than a human experimenter.
The research conducted by Wright State University involved
identifying and measuring size changes of motor
neuron types in a
mouse model of familial ALS.
In addition, PLXDC2 was
identified as a BACE1 substrate in primary
mouse neurons in two independent studies (Kuhn et al, 2012; Zhou et al, 2012).