high excitabilities
nerve excitabilities
muscle excitabilities
cell excitabilities
altered excitabilities
increased excitabilities
decreased excitabilities
variable excitabilities
electrical excitabilities
physiological excitabilities
different neurons have varying excitabilities.
the excitabilities of muscle fibers can affect performance.
researchers study the excitabilities of cells to understand diseases.
high excitabilities can lead to increased sensitivity.
excitabilities vary between different types of neurons.
understanding excitabilities is crucial for neuroscience.
excitabilities can be influenced by external stimuli.
therapies may target the excitabilities of specific cells.
altered excitabilities can lead to neurological disorders.
scientists measure excitabilities to assess brain function.
high excitabilities
nerve excitabilities
muscle excitabilities
cell excitabilities
altered excitabilities
increased excitabilities
decreased excitabilities
variable excitabilities
electrical excitabilities
physiological excitabilities
different neurons have varying excitabilities.
the excitabilities of muscle fibers can affect performance.
researchers study the excitabilities of cells to understand diseases.
high excitabilities can lead to increased sensitivity.
excitabilities vary between different types of neurons.
understanding excitabilities is crucial for neuroscience.
excitabilities can be influenced by external stimuli.
therapies may target the excitabilities of specific cells.
altered excitabilities can lead to neurological disorders.
scientists measure excitabilities to assess brain function.
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