… has been broadly restricted to manipulations of a limited set … to our ability to deconstruct
neural circuits on multiple levels. … and functional in vivo characterization in respiratory control. …

… neural circuits can be targeted in mice with genetic tools in a highly selective manner for
visualization and manipulation. … in thalamus suitable for both anatomical and functional studies. …

… although the neuronal circuits involved are not well … of Cre- driver lines of transgenic mice
that have been used to activate virally delivered, Cre- dependent genes to manipulate neuron …

… processes, shaping the neural circuit dynamics underlying cognition … neuron types and
mapping multi-scale connectivity in the … cross-laboratory anatomical analysis platform comprising …

… organization and assembly of neural circuits of the cerebral … dissection of molecularly and
anatomically defined PT types. … and manipulation, from dense coverage to single-cell analysis…

… To visualize the topography of thalamic nuclei according to the density of large “driver-like”
varicosities labeled in the Syt6-Cre; Ai14 mice, we generated a heat-map representing the …

… map of the mammalian brain requires anatomically tracing … driver mice, a critical tool in the
age of viral genetics. … unable to adequately characterize the function of neuronal populations, …

… a transgenic mouse line that enables mitral cells to be specifically labeled or manipulated.
This … In addition to the anatomic traits, to assess the labeled cells functionally, we loaded a …

… mouse genetic model to identify neural circuits and neuronal … For TRAP2 mice used for
neural manipulation studies, mice … , we further characterized the functional/anatomical identity of …

… Thus, the availability of a transgenic rat model for targeted analysis and manipulation of Gcg…
the BLA in both Gcg-Cre/tdTom rats and in GLU-Cre/tdRFP mice, we used RNAscope FISH …