Impact of basic FGF expression in astrocytes on dopamine neuron synaptic function and development.
For example, in Amaral et al.'s (2011) study, they identified a few genes relating to neuron function, growth, muscle development, metabolism and disease, such as MAPK8IP3, L3MBTL2, SLC22A17, ENO2, CACNG7, SPHK and FGFR2, under positive selection, which were also detected in our study.
The top gene ontology categories among these under-expressed are specifically related to neuronal function and include neuron projection development, neuron differentiation, and synaptic transmission.
One of the functions was related to "cytokine response," including "response to hormone stimulus" and "response to inorganic substance," and the other function was related to "neuron function," including "neuron development" and "axonogenesis".
If you are doing modelling of how neurons function and fire, you start off always with a set of givens.
Table 1 reports the 30 highest expressed GPCRs, most of which have been implicated in neural development, pain or sensory neuron function; including GPR56, which is involved in neuron development and polymicrogyria 28 and the prostacyclin receptor (IP1), whose activation can induce migraine.
By altering monoaminergic transmission throughout development, any variety of changes in dopaminergic or serotonergic neuron function might be seen later in development or in adulthood.
In summary, our data do not support an important role for HDAC4 in sensory neuron development or normal sensory neuron function.
Mef2 is a transcription factor that functions in both neuron and muscle development in Drosophila and is required to control circadian remodeling of clock neurons (Lilly et al. 1995; Sivachenko et al. 2013).
The fact that OPIDN and the PNPLA6-related HSP exhibit similar symptoms also suggests a possible link between NTE function and motor neuron development.
