Sentence examples for the light information from inspiring English sources
Image-forming vision requires normal retina architecture, light-induced electrical activities in the retina and RGC-mediated transmission of the light information to the image processing brain centers.
Furthermore, and more importantly, the autonomic innervation of the liver is essential for the transmission of the light information, most likely via the SCN, in order to adjust the liver metabolism immediately according to the light changes in the environment.
Interestingly, the autonomic innervation of the liver is essential to transmit the light information from the SCN, indicating that the autonomic nervous system is an important gateway for the SCN to cause an immediate resetting of peripheral physiology after phase-shift inducing light exposures.
However, the intracellular and extracellular signals that transfer the external light information to the PT to regulate Eya3 and TSHβ expression remain unknown.
The clock is entrained to the day/night cycle, with the SCN receiving light information from the retina through the retinohypothalamic tract, but is also self-sustained under constant conditions [ 2].
It is the predominant excitatory neurotransmitter receptor in the brain of mammalian and is involved in the neurophysiologic processes, such as the transmission of light information from the retina to the hypothalamus.
In our proposed method, we need not to obtain the traffic light information.
The SCN receives light information from the retina and synchronizes peripheral clocks throughout the body via neuronal and hormonal pathways (Dibner et al., 2010).
Furthermore, our study suggests that the SCN transmits light information to the peripheral oscillators in a differential manner according to the organs, i.e., endocrine and/or neuronal signals.
In mammals, it is suggested that nocturnal melatonin conveys darkness information to the PT, but the molecules conveying light information remain unknown (Hoffman & Reiter 1965; Morgan & Williams 1996).
Our colour vision starts with the sensors in the back of the eye that turn light information into electrical signals in the brain – neuroscientists call them photoreceptors.
