Source: http://brainblogger.com/2017/07/03/rna-storage-in-neurons-contributes-to-brain-plasticity/
The brain shows a remarkable ability to adapt to environmental stimuli that is critical to the process of learning and memory. This flexibility is attributable in part to rapid modifications of neuronal structure and function. A recent study has illuminated how these rapid changes take place, involving the storage of a readily releasable pool of RNA transcripts in the nucleus of neurons.
The brain is a plastic organ that undergoes frequent structural and functional modifications in response to input from the environment. Neuronal activity produces changes in the expression of proteins at synapses and in the connections between neurons. This plasticity relies on the transcription of different genes, which involves the production of messenger (mRNA) from DNA. The level of specific mRNA transcripts can be measured to determine when a gene is turned on or off.
In response to neuronal activity, …
Source: http://brainblogger.com/2017/07/03/rna-storage-in-neurons-contributes-to-brain-plasticity/
The brain shows a remarkable ability to adapt to environmental stimuli that is critical to the process of learning and memory. This flexibility is attributable in part to rapid modifications of neuronal structure and function. A recent study has illuminated how these rapid changes take place, involving the storage of a readily releasable pool of RNA transcripts in the nucleus of neurons.
The brain is a plastic organ that undergoes frequent structural and functional modifications in response to input from the environment. Neuronal activity produces changes in the expression of proteins at synapses and in the connections between neurons. This plasticity relies on the transcription of different genes, which involves the production of messenger (mRNA) from DNA. The level of specific mRNA transcripts can be measured to determine when a gene is turned on or off.
In response to neuronal activity, …
What Do You Think?
comments