… differentiating neurons, these molecules could contribute to the recognition of target cells by
migrating neurons … system development are the basal membrane components; however, it is …

… of membrane properties may represent sensory neurons that transmit different types of sensory
… receptor activation inhibits Ca*’ entry into some types of DRG sensory neurons more than …

… functional differentiation of sensory neurons. The selective expression of specific subsets
of membrane channels may provide valuable markers in studying the developmental …

… differentiation and Ca v 1 channel function highlighted by our findings may be involved in
the functional integration of newly generated neurons … consequent membrane depolarization-…

… neurons based on their intracellular properties that we will refer to as type I (bursting neurons)
and type II (non-bursting neurons). … allowed us to differentiate type I and II neurons can be …

… to neurons and is not detected on other cell types. The surface membrane of all DRG neurons
… anti-B antibodies with no labelling of other cell types (figure 1 c) whereas the A and H …

… membrane properties of lamina I neurons, we sought to establish a classification scheme in
which physiological cell types … to quantitatively differentiate the four cell types. Moreover, this …

… involves a series of differentiation steps from radial glia-like stem/progenitor (type-1) cells,
to transiently amplifying neuronal progenitor (type-2) cells, to postmitotic neurons. In this study, …

… differentiation of embryonic cortical progenitors. We report that rat cortical progenitors in
clonal culture produce two types of neurons … panel), but the membrane potential showed some …

… membrane (see Section 2.2) was that of having access to fresh and viable plasma membranes
of a defined type of neurons … , it is then possible to analyze membrane and post-synaptic …