lateral inhibition การใช้

• Lateral inhibition is required for many types of cell fate determination.
• Lateral inhibition is well documented in flies, worms and vertebrates.
• Lateral inhibition is also thought to play a role in suppressing tinnitus.
• Lateral inhibition is one proposal to explain the contrast illusion.
• These proteins are involved in lateral inhibition in embryogenesis.
• Lateral inhibition cannot explain White's illusion.
• They doubted that illusory perceptions of brightness were explained as consequences of lateral inhibition.
• Notch signaling allows the expansion of pancreatic progenitors by the process of lateral inhibition.
• Lateral inhibition is used in vision to sharpen signals to the brain ( pink arrow ).
• The low frequency drop-off is due to lateral inhibition within the retinal ganglion cells.
• Around the 1970s, this theory has been developed into lateral inhibition theory by Blakemore et al.
• Lateral inhibition disables the spreading of action potentials from excited neurons to neighboring neurons in the lateral direction.
• Lateral inhibition from the granule cell spines helps to contribute to contrasts between odors and in odor memory.
• Studies have consequently utilised the TAE to assess the degree of lateral inhibition that occurs from MDMA use.
• Visual Lateral Inhibition is the process in which photoreceptor cells aid the brain in perceiving contrast within an image.
• Lateral inhibition is described as a part of the Notch signaling pathway, a type of cell cell interaction.
• This demonstrates that MDMA use produces changes to serotonergic functioning as it disrupts lateral inhibition between orientation sensitive neurons.
• In embryology, the concept of lateral inhibition has been adapted to describe processes in the development of cell types.
• In many examples of equivalence groups, both induction and lateral inhibition are used to define patterns of distinct cell types.
• Cells that utilize lateral inhibition appear primarily in the cerebral cortex and thalamus and make up lateral inhibitory networks ( LINs ).