EMF-Portal| 900 MHz electromagnetic field exposure affects qualitative and quantitative features of hippocampal pyramidal cells in the adult female rat.
She knows how different wavelengths of light stimulate three types of cone cells in the retina, and she knows how electrical signals travel down the optic nerve into the brain.
After the original figure legend: Coronal section containing the chronically imaged pyramidal neuron“dow”(visualized by green GFP) does not stain for GABA(visualized by antibody staining in red).
In the same study, it was also shown that the GABAergic innervation of hippocampus CA1 pyramidal cells was increased in the animals that showed decreased hyperactivity in a second experience of ABA.
The output from the simulator of the cerebral nervous system is sent to the spinal cord as the pyramidal tract activity of the motor cortex, and motor neuron activity is computed by the simulator of the cerebrospinal nervous system.
What we see forming is not a single pyramidal stack, where the choice of one piece of tech inevitably‘disables' another. Rather, what we have are protocol silos, with more or less interoperable layers.”.
The existence of rods, cones and melanin pigments in the eye suggests that retinomotor activity(light dependent vision seen in fish today: daylight vision by cones and twilight vision by the more sensitive rods) probably already existed 300 million years ago.
Sympathetic root of ptertygopalatine ganglion; Deep petrosal nerve Sympathetic root of ptertygopalatine ganglion; Deep petrosal nerve- Radix sympathica ganglii pterygopalatini;
約2000万年前に赤錐体と緑錐体が分化。
About 30 million years ago, red and green cones evolved from the blue cones..
一つは杆体細胞、もう一つは錐体細胞です。
One is Rod Cells and second are Cone Cells.
錐体視細胞は色を検知し、視野の中心に集中しています。
Cone cells detect color and are concentrated near the center of your vision.
錐体視細胞は色を検知し、視野の中心に集中しています。
Cone cells detect colour and are concentrated near the centre of your vision.
つの錐体細胞は、約100種類の色を識別することができる。
It's estimated that each cone can distinguish about 100 different shades of a color.
ジョーダンさんは4つの錐体細胞を持つ25人の女性に対してこのテストを実施。
Jordan's experiment tested 25 women with that fourth cone cell type.
深刻な色覚異常は、3つの錐体視細胞がすべて存在しないときに起こります。
Severe colour blindness occurs when all three cone cells are absent.
この熱傷や光凝固は桿体細胞と錐体細胞を破壊し、小さな盲目領域を作ってしまう。
This thermal injury or photocoagulation destroys the rods and cones, creating a small blind area.
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