Examples of using Cone cells in English and their translations into Hebrew
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At the fovea, there are only cone cells.
There three kinds of cone cells that roughly correspond to the colors red, green.
Just as the human eye creates an image from its rods and cone cells.”.
The cone cells, which are specialized for color vision, require bright light to function.
Normally people have three types of cone cells in the eye.
There are about 4.5 million cone cells in the retina, and they are responsible for color vision.
We have only a small region of our retinas which packs cone cells at a very high density.
Cone cells are concentrated in the center of the retina and enable us to see bright lights and color.
People usually have three types of cone cells in their eyes.
The cone cells sit inside the back of the eye, and light gets to them through that black hole in the middle of your eye that is called a“pupil.”.
Most people(and some monkeys) have three types of cone cells as we have described above.
It happens when the color sensitive cone cells in the retina of your eyes do not properly pick u or send correct color signals to the brain.
We now know that thehuman retina has two types of cells, cone cells and rod cells.
This happens when the color-sensitive cone cells in the eyes do not pick up or send the proper signals to the brain.
Inherited color blindnesshappens when you don't have one of these types of cone cells or they don't work right.
Hyperuniformity is found in the arrangement of cone cells in bird eyes, in certain rare meteorites, and in the large-scale structure of the universe.
There is currently no cure for inherited colour vision deficiency because it is not possible to repair orreplace the cone cells in the retina.
It occurs when the color-sensitive cone cells in your eyes do not properly pick up or send the proper color signals to your brain.
So when that big group of millions of different light waves bouncing off theapple goes into your eye and hits the millions of cone cells at the back, it generates just three signals: high, medium, and low at every location.
Sensory cells called rod and cone cells in the retina convert the physical energy of light signals into electrical impulses that travel to the brain.
There are normally three types of cone cell, but overall they are most sensitive to yellow light.
The article-“Differentiation of human embryonic stem cells into cone photoreceptors through simultaneous inhibition of BMP, TGFβ, and Wnt signaling”- is the culmination of years of work.
There are cells in the retina known as cones.
During my post-doc at the Max-Planck Institute in Germany, I developed the idea that there was a natural molecule that must exist andbe capable of forcing embryonic stem cells into becoming cones," he said.
Your eye doctor may order an electroretinogram,which measures the electrical responses of the rods and cones(the cells in the eye that sense light) when these cells exposed to light.
