Sentences with phrase «catecholaminergic cell bodies»

Eilersen digital load cells feature a EHEDG compliant hygienic design and are based on the patented capacitive measurement principle where a robust ceramic sensor is mounted inside the load cell body.

Eilersen's digital load cells use a capacitive measurement principle, which involves the mounting of a ceramic sensor inside the load cell body.

As the load cells contain no moving parts and the ceramic sensor is not in contact with the load cell body, the load cells tolerate very high overloads, sideloads and torsion.

As the load cells contain no moving parts and the ceramic sensor is not in contact with the load cell body, it tolerates very high overloads, sideloads, and torsion (up to 1000 % of rated load cell capacity).

In fact, according to researchers Laura Glynn and Curt Sandman, the volume of gray matter (or number of neural cell bodies) increases in the above regions in new mothers and is associated with their positive feelings toward their infants.

As parents gaze at their newborn; talk gently; use soft, higher - pitched voices; and are positive, warm, and encouraging, their brain's gray matter, or cell bodies, actually grow in the emotion and thought regions that support parenting behaviors.

It is from corn — a natural product that our bodies can digest and use just like glucose to produce cells our bodies need.

Axons can measure several hundred times the diameter of the cell body, and, in addition to rapid transmission of electric impulses, they also transport molecular materials over these distances.

p75NTR - independent transport was also more erratic, with a larger proportion of viruses moving in the wrong direction, i.e. away from the cell body and towards the tip, suggesting that p75NTR facilitates the directed fast movement of the virus.

Lowered density usually means that nerve - cell bodies, known as gray matter, or the material around them, have thinned out or died.

And in a basket cell (above), axon branches, which allow the nerve cell to send messages to other neurons, cluster densely around the cell body.

Furthermore, brain imaging data for these very elderly animals shows a slight loss of grey matter (neuronal cell bodies), an effect that the researchers have not yet explained, as well as significantly slowed atrophy of white matter (the neuronal fibers connecting different areas of the brain).

In another neuron called a chandelier cell (above), vertical branches of its signal - sending axon, which serves to quiet other cells, dangle around the cell body.

A neuron called a pyramidal cell, for instance, has a bushy branch of dendrites (orange in 3 - D computer reconstruction, above) reaching up from its cell body (white circle).

The nuclei of the T and dendritic cell are colored green, the cell body of the dendritic cell is shown in grey.

«These cyanobacteria use the entire cell body as a lens to focus an image of the light source at the cell membrane, as in the retina of an animal eye,» says University of London microbiologist Conrad Mullineaux, who helped to make the discovery.

Here, three mouse neurons are each tinted a different color, so that the surfaces of their cell bodies, dendrites, and axons are visible.

They will have to address side effects such as the flulike symptoms and the kidney failure that occurred in one patient due to all the dead cells the body had to cleanse from the blood.

(A later study confirmed that their gray matter, which is where the nerve cell bodies are, also looked unusual.)

To visualize the elements that make up neurons — axons, dendrites, and cell bodies — Seung and Berger used a computer to draw 3 - D surfaces around the neural structures found in the cube.

The microbes deploy FimH on the end of long, spaghettilike strands that extend from the cell body and latch onto sugar molecules on the surface of mucosal cells.

Women have more gray matter — areas of neuron cell bodies.

Tubulin is labeled gold, highlighting the cell body and flagellum, while the protein actin is labeled blue, showing off the organism's distinctive collar.

Ghrelin and leptin both have receptors in the area of the brain where dopamine cell bodies are located.

Photo of a living Brainbow zebrafish, taken by Zachary Tobias (a research technician in Weissman - Unni's lab), showing a brightly labeled neuron with its cell body (white) at bottom.

OLs formed before tamoxifen injection are red, newly - forming OLs have a yellow «cell body» containing the nucleus surrounded by a green «bundle of sticks» which are short stretches of myelin wrapped around thread - like axons.

He discovered differences in grey matter volume, which contains the cell bodies of nerve cells, in two specific locations.

They dominated the images, with cell bodies of brain cells evenly speckling capillaries like pebbles in a steel wool sponge.

Then structures and characteristics were identified by humans and algorithms before they were computed into three - dimensional, color - coded vasculature and cell bodies.

Venter has already transferred the genome of one species into the cell body of another.

The left one shows nerve cell bodies and their projecting dendrites (both green), as well as supporting astrocytes (red).

At one point, the researchers witnessed a microglial cell creeping, amoeba - like, through densely interwoven nerve fibers as it displaced a neuronal cell body and its bundle of axons.

Most of the vibrant color probably comes from algae living in the single - celled bodies of the dinoflagellate Noctiluca scintillans.

Circled green spots are the cell bodies of two dNPF neurons, one in each hemisphere of the fruit fly brain.

In the early 20th century physiologist Sir Henry Dale hypothesized that an individual neuron releases the same classical neurotransmitter from all its axons, the spindly branches that jut out from the main cell body.

The results of the analysis showed that the glioblastoma cells displayed moderate cytopathic effects 24 hours after infection, such as rounded, swollen cell bodies and formation of syncytia, masses of cytoplasm in which the membrane contains several nuclei.

The technique offered precise localization of dynamic microtubule plus - end hub protein EB1 dimers, and their distinct distributions at the leading edge and cell body of migrating cells, the researchers report.

By cloning rat melanopsin and generating specific antibodies, we show that melanopsin is present in cell bodies, dendrites, and proximal axonal segments of a subset of rat RGCs.

Local protein synthesis in dendrites, not in the cell body of nerves, provides the ability to respond rapidly and selectively to external stimuli.

Dendrites, which branch from the cell body of the neuron, play a key role in the communication between cells of the nervous system, allowing for many neurons to connect with each other.

These electrically charged chemicals accumulate at the receptor nodules of antenna - like dendrites and activate the cell body, which in turn shoots an electric signal down the neuron's output wire, the axon.

In dendrites and axons these rapid structural and functional changes occur concurrently — their length, size, shape, and number change to suit the needs of neuronal cell body communication.

Axon and dendrites are usually interconnected by the neuron's cell body.

A computer simulation of the scientists predicts that this effect is particularly pronounced when the information flow from other dendrites to the axon is suppressed by inhibitory input signals at the cell body.

«Input signals at this dendrite do not need not be propagated across the cell body,» explains Christian Thome of the Bernstein Center Heidelberg - Mannheim and Heidelberg University, one of the two first authors of the study.

The surprising result: «We found that in more than half of the cells, the axon does not emerge from the cell body, but arises from a lower dendrite,» Thome says.

The cell bodies make up what is known as grey matter, brain areas where particular types of processing happen.

Exposing the ganglion to dibutyryl cyclic AMP or injecting cyclic AMP into the cell body enhances the synaptic action of a sensory neuron.

She added glutamate to dendrites far from the cell body to emulate a feedback signal from the visual cortex.

The soil bacterium Myxococcus xanthus has a helical protein that runs around its entire cell body.