Amacrine in a sentence
(1) Dysfunction of amacrine cells can lead to visual impairments.
(2) Dysfunction of amacrine cells can result in altered visual acuity.
(3) Amacrine cells are a type of neuron found in the retina of the eye.
(4) The amacrine cells help shape the receptive fields of bipolar cells.
(5) The amacrine cells help shape the receptive fields of ganglion cells.
(6) Dysfunction of amacrine cells can lead to abnormal visual perception.
(7) The amacrine cells modulate the activity of bipolar cells in the retina.
(8) The amacrine cells are located in the inner nuclear layer of the retina.
(9) The amacrine cells provide lateral inhibition to enhance visual contrast.
(10) The amacrine cells in the retina play a crucial role in visual processing.
Amacrine sentence
(11) The amacrine cells exhibit diverse morphologies and functional properties.
(12) The amacrine cells receive input from both rod and cone photoreceptor cells.
(13) The amacrine cells have dendrites that receive input from other retinal cells.
(14) The amacrine cells receive input from both photoreceptor cells and bipolar cells.
(15) The amacrine cells play a role in the detection and processing of moving objects.
(16) Dysfunction of amacrine cells can contribute to retinal diseases such as glaucoma.
(17) The amacrine cells help regulate the flow of visual information through the retina.
(18) The amacrine cells release neurotransmitters to communicate with other retinal cells.
(19) The amacrine cells are involved in the processing of color information in the retina.
(20) Amacrine cells are particularly important in processing motion and contrast information.
Amacrine make sentence
(21) Dysfunction of amacrine cells can disrupt the spatial organization of visual information.
(22) There are several subtypes of amacrine cells, each with a unique morphology and function.
(23) The amacrine cells receive input from horizontal cells and transmit signals to bipolar cells.
(24) Amacrine cells are classified into different subtypes based on their neurotransmitter release.
(25) Dysfunction of amacrine cells can disrupt the synchronization of neural activity in the retina.
(26) Amacrine cells are known to play a role in the detection of motion and the perception of color.
(27) Amacrine cells are interneurons that help transmit signals between different layers of the retina.
(28) Amacrine cells are important for processing visual information and enhancing contrast sensitivity.
(29) The amacrine cells play a role in adjusting the sensitivity of the retina to different light levels.
(30) The amacrine cells help mediate the transmission of visual information from the retina to the brain.
Sentence of amacrine
(31) The amacrine cells play a role in the integration of visual signals across different retinal regions.
(32) The amacrine cells release inhibitory neurotransmitters to regulate the activity of neighboring cells.
(33) Amacrine cells are thought to be involved in the regulation of circadian rhythms and sleep-wake cycles.
(34) Damage to amacrine cells can lead to visual impairments such as reduced acuity and contrast sensitivity.
(35) Amacrine cells are also found in other parts of the nervous system, such as the spinal cord and brainstem.
(36) The amacrine cells contribute to the formation of the center-surround organization of retinal ganglion cells.
(37) The amacrine cells release neurotransmitters in a graded manner to modulate the activity of neighboring cells.
(38) The function of amacrine cells is to modulate the signals transmitted between photoreceptor cells and ganglion cells.
(39) The development and maturation of amacrine cells is a complex process that involves interactions with other retinal cell types.
(40) Research on amacrine cells is ongoing, with the goal of better understanding their role in visual processing and developing new treatments for visual disorders.
Amacrine meaning
cells Amacrine cells are a type of neuron found in the retina of the eye. They are responsible for processing visual information and transmitting it to other neurons in the retina. If you are looking to use the word "amacrine cells" in a sentence, there are a few tips that can help you do so effectively.
1. Understand the context: Before using the term "amacrine cells" in a sentence, it is important to understand the context in which it is being used. This will help you to use the term correctly and in a way that makes sense.
2. Use it in a scientific context: Amacrine cells are a scientific term, so it is best to use it in a scientific context.
For example, you might say "Amacrine cells are an important part of the visual processing system in the retina."
3. Use it in a descriptive context: If you are describing the structure or function of the retina, you might use the term "amacrine cells" to help explain how the retina works.
For example, you might say "The amacrine cells in the retina help to process visual information and transmit it to other neurons."
4. Use it in a comparative context: If you are comparing the function of amacrine cells to other types of neurons in the retina, you might use the term "amacrine cells" to help make your point.
For example, you might say "Compared to other types of neurons in the retina, amacrine cells are particularly important for processing visual information."
5. Use it in a technical context: If you are writing a technical report or scientific paper, you might use the term "amacrine cells" to describe the results of your research.
For example, you might say "Our study found that the activity of amacrine cells in the retina was significantly correlated with visual acuity."
Overall, using the term "amacrine cells" in a sentence requires an understanding of the context in which it is being used. By using the term in a scientific, descriptive, comparative, or technical context, you can effectively communicate the role of amacrine cells in the visual processing system of the retina.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Amacrine. They do not represent the opinions of TranslateEN.com.