Examples of using Nerve cells in English and their translations into Tagalog
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Computer
The goal is to use it to genetically manipulate nerve cells, trace their connections
There is no easy way to reveal all of the nerve cells that connect to another cell while those cells are alive.
Neuroplasticity derives from the root words, neuro for“neuron,” the nerve cells in our brains and nervous systems,
Somewhere in this process, nerve cells in the brain become damaged,
We know that there are as many as 100 billion nerve cells within the mind, which we refer to as neurons.
The encoding process involves nerve cells in the brain communicating with each other through connections called synapses.
These nerve cells in the brain are covered by a fatty substance called phosphatidylserine(also known as PS),
The brain changes brought about by addiction include the shrivelling of the grey matter(nerve cells) in the prefrontal cortex in a process known as‘hypofrontality'.
The changed levels of neurotransmitters in this area of the brain may affect nerve cells and cause tics.
is delivered between brain nerve cells.
The brain does this by strengthening the connections between some nerve cells while weakening the connections between others.
Instead, they are embodied in changes in the strength of connections between nerve cells, mediated by very local,
Ganglioside GT1b is present almost exclusively in nerve cells and is expressed on the adventitia.
The word neuroplasticity breaks down as neuro for“neuron”, the nerve cells in our brain and nervous system.
Even if it does not manifest symptoms, the virus will continue to live in an infected person's nerve cells.
After 30, the process of neuronal death begins, since nerve cells constantly experience tremendous stress.
in collaboration with Wagner, will use the other technology to study how groups of hippocampal nerve cells fire during memory exercises.
fat and nerve cells and the core of fibers and ducts.
which permit the transmission of signals between nerve cells.
Application of the electron microscope to examine tiny structures in nerve cells is a special interest of Dr. Patrick Hof of the Mount Sinai School of Medicine,