Name: Scientists Color Coded Brain Cells Linked to Aging to Search for Clues on Factors Causing Memory Loss | Science Times
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Scientists Color Coded Brain Cells Linked to Aging to Search for Clues on Factors Causing Memory Loss | Science Times

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&gt;Jun 11, 2020 11:50 PM EDTThe authors of the study say that their paper is the first of such kind to use the approach to understanding the biology of aging. In the study, the scientists discovered that the molecular composition and number of synapses alters with age in various parts of the brain.Furthermore, the change happens in three essential phases, namely childhood, middle-age, and elderly age. In the findings, figures from middle-aged brains burst with color, indicating an immense assortment of synapses. On the other hand, infantile and ancient minds have shown less complexity and synapses.The full findings of the study were published in the journal &nbsp;on June 11, 2020. Additionally, the research was funded by Wellcome and the European Research Council.Also Read:According to , synapses are junctions at which neurons communicate with each other. At this conjunction, one neuron sends either an electrical or chemical message to another cell or target neuron.Most synapses are chemical, wherein they use chemical messengers, while others are electrical, wherein ions flow straight to other cells. At a chemical synapse, a presynaptic neuron becomes triggered by an action potential to give off neurotransmitters.These molecules then bind to receptors found on the postsynaptic cell and make it less likely to give off an action potential. Furthermore, synapses can store memories. Statistics say that more than 130 brain diseases are linked to synapse damage.With age, the type of &nbsp;changes into patterns which are uncommon to some areas of the brain. This reaction could significantly bring about a diverse arrangement during a person's midlife.According to Candela's , the theory of cellular clock aging suggests that biological maturity is caused by healthy cells not being able to divide indefinitely.When we are young, &nbsp;could reduce our risk of serious diseases such as cancer. However, as the body ages, they increase the risk of such problems, the &nbsp;says. Understanding why cellular senescence shifts from being beneficial to being damaging is still under investigation. However, experts believe that the answer may lead to some vital clues about the ageing process.Finally, Professor Seth Grant of the Centre for Clinical Brain Sciences at the University of Edinburgh, the lead researcher of the study concludes that they believe their findings would significantly contribute to the understanding of how the brain is susceptible to disease during the different stages of life. Furthermore, it could also help many understand how the brain cells change during the ageing process.©2021 ScienceTimes.com All rights reserved. Do not reproduce without permission. The window to the world of .Most PopularLatest StoriesSign up for our free newsletter for the Latest coverage!

&gt;Jun 11, 2020 11:50 PM EDTThe authors of the study say that their paper is the first of such kind to use the approach to understanding the biology of aging. In the study, the scientists discovered that the molecular composition and number of synapses alters with age in various parts of the brain.Furthermore, the change happens in three essential phases, namely childhood, middle-age, and elderly age. In the findings, figures from middle-aged brains burst with color, indicating an immense assortment of synapses. On the other hand, infantile and ancient minds have shown less complexity and...

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Scientists Color Coded Brain Cells Linked to Aging to Search for Clues on Factors Causing Memory Loss | Science Times

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