nerves

GPCR voltage-dependent effects. Prof. Moshe Farnes, Tel Aviv University

The relationship between electrical voltage and brain plasticity

A new study by Tel Aviv University found for the first time a direct and clear connection between changes in the G protein-coupled receptors and the brain's ability to get used to external changes
Figure 1: Typical structure of a nerve cell as uploaded to Wikipedia by Quasar Jarosz.

Brainwashing - a new role for the myelin sheaths? / Yitzhak Farnes

From the right: Dr. Eil Schechter and Shaul Yogev

Transport of molecules in the nervous system

Coloring of the meeting areas between nerve cells (green) and muscle (red). The yellow staining represents complete overlap between the nerve cells and the muscle in normal mice (bottom). In transgenic mice, which lack microRNA in nerve cells that innervate muscles, only the muscle staining is visible (above, in red), because the nerve in the junction area is diseased. Illustration: Weizmann Institute

ALS - suddenly in the middle of life

The motor neurons, which control voluntary muscle movement, gradually degenerate. As a result, the patient loses the function of most muscles
Trigeminal nerve in yellow courtesy of btarski - see link to image source

Brain freeze

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Ithuran system of the body

Cut through the retina. Except for the gray engulfing layers at the bottom, all the parts are transparent and have been painted here for demonstration purposes only. The nerve cells fill the blue volume, and the cell nuclei are pink, brown and red. The light comes from the pupil of the eye (above) and is captured in the funnels of the glial cells (green) where it is concentrated to the color-sensitive cells (membranes) marked in purple. The rest of the scattered light reaches the reed cells that are not sensitive to color (in orange). The thickness of the retina is about a quarter to half a millimeter.

Scientific American/One face, one nerve cell

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

End of DDT production

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Scientists have succeeded in producing nerve cells in the laboratory

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Reflections of a Transplanted Brain

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Breakthrough: Researchers have changed the identity of cells in the body