Sentence examples for neuron structure and function from inspiring English sources
All students had completed the prerequisite course, BIO 111 (Molecules, Genes, and Cells), in which they discussed neuron structure and function, examined microscopic images, and interpreted graphs.
(The skills tests are available upon request and are appropriate for biology majors with prior basic knowledge of neuron structure and function and previous experience interpreting graphs).
The ability to visualize endogenous proteins in living neurons provides a powerful means to interrogate neuronal structure and function.
Thus, in addition to the rapid form of neuron-to-neuron communication through the actions of Glu as a transmitter, Glu also acts as a signalling molecule with long-lasting effects on neuronal structure and function.
As the number of dendritic sensory filopodia can correlate with the strength of the gentle touch response in class III multidendritic neurons (Tsubouchi et al. 2012), a detailed investigation of the behavioral responses to external stimuli in unc-104 bris larvae might enhance our understanding of the molecular pathways underlying sensory neuron dendrite structure and function.
AMPK helps maintain genomic integrity in neuron precursors and the structure and function of mature neurons in Drosophila (Lee et al. 2007).
DOI: http://dx.doi.org/10.7554/eLife.03427.012 We used graph theory and simulations to investigate how Dbx1 neuron ablations affect preBötC structure and function.
It will therefore be interesting to determine whether this dual control mechanism is broadly used by neurons to precisely regulate the structure and function of individual spines and synapses.
We review here current progress in the field of neuronal-specific IFs, a dominant component affecting the cytoskeletal structure and function of neurons.
The crosstalk between ECs and neuron are prominent for the normal structure and function of nervous system.
The increase in nuclear and cytoplasmic volumes close to the control level in the majority of examined regions in teenagers and adults appears to reflect alterations in neuronal energy production, metabolism, and oxidative stress, rather than delayed neuron growth with an adjustment of structure and function.
