Cellular and network properties must be capable of generating rhythmic activity that is both
flexible and stable. This is particularly important for breathing, a rhythmic behavior that�…

The preB�tzinger Complex (preB�tC) of the lower brainstem generates two breathing-
related rhythms: one for inspiration on a timescale of seconds and another that produces�…

The pre-B�tzinger complex (preB�tC), an area that is critical for generating breathing
(eupnea), gasps and sighs is continuously modulated by catecholamines. These amines�…

A central problem in analyzing neural circuit function is establishing how intrinsic neuronal
conductances contribute to the generation of network activity. We used real-time calcium�…

The preB�tzinger complex (preB�tC) is a medullary brainstem network crucially involved in
the generation of different inspiratory rhythms. In the isolated brainstem slice, the preB�tC�…

We assessed the mechanism of mammalian breathing rhythmogenesis in the preB�tzinger
complex (preB�tC) in vitro, where experimental tests remain inconsistent with hypotheses of�…

How rhythms are generated by neuronal networks is fundamental to understand rhythmic
behaviors such as respiration, locomotion, and mastication. Respiratory rhythm is generated�…

Breathing behaviour involves the generation of normal breaths (eupnoea) on a timescale of
seconds and sigh breaths on the order of minutes. Both rhythms emerge in tandem from a�…

How mammalian neural circuits generate rhythmic activity in motor behaviors, such as
breathing, walking, and chewing, remains elusive. For breathing, rhythm generation is�…

How breathing is generated by the preB�tzinger complex (preB�tC) remains divided
between two ideological frameworks, and a persistent sodium current (INaP) lies at the heart�…