To confirm this preliminary observation, we examined foxi3a-positive epidermal IC progenitors in an antimorphic allele of mind bomb mutants (mibta52b), which fails in lateral inhibition due to widely compromised Notch signaling and results in premature differentiation of neural progenitors and neuron mass-production [30], [31].
Cell mass measurements of primary mouse hippocampal neurons in vitro, in the range of 0.1 0.9 ng, demonstrate the ability to investigate neuronal mass and changes in mass over time.
Currents through GABAA receptors were elicited by application of agonists (GABA or THIP) to neurons in mass cultures clamped at −70 mV.
In Sect. 2 we review some of the key mathematical models of oscillators in neuroscience, ranging from single neuron to neural mass, as well as introduce the standard machinery for describing synaptic and gap-junction coupling.
One very influential mathematical technique for analysing networks of neural oscillators, whether they be built from single neuron or neural mass models, has been that of weakly coupled oscillator theory, as comprehensively described by Hoppensteadt and Izhikevich [43].
In part this is because of the inaccessibility of the relevant leptin-resistant neurons in humans and the difficulty of isolating unique neuronal subpopulations in a mass of other neurons presumably not involved in leptin action.
The measures of robustness and noise filtering ability of a synchronized TdCCN have potential application to the designs of neuron transmitters, on-time mass production of biochemical molecules, and synthetic biology.
Two previous analyses report a significant association between DUF1220 copy number and brain mass, cortical neuron number (Dumas et al. 2012), cortical gray and white matter, surface area, and gyrification (Keeney, Davis, et al. 2014).
For each neuron the center of mass (COM) of inhibition (COMIPSC, filled diamond), COM of dendritic field (COMDEND, filled square) and the isocontour of 50% inhibition (IS0IPSC, colored line) were calculated.
