Intensive BP control slowed the progression of total arterial stiffness by decreasing load-dependent stiffness, but not through reduced structural stiffness. Future investigations are needed to ...

The study of homeostatic equilibrium is a key concern in several fields, from physiology and biology to medicine and biomedical engineering. Control theory approaches can provide effective strategies ...

Last month, researchers discovered cells in the brainstem that regulate inflammation throughout the body. In response to an injury, these nerve cells not only sense inflammatory molecules, but also ...

Our results reveal that deep sleep states are the primary target of homeostatic control and establish the presence of multi-cycle sleep rebound following deprivation. Furthermore, we establish that ...

TFEB and TFE3 control insulin production and glucose homeostasis in vivo To assess the physiological relevance of TFEB on INS transcription and β‐cell function, we performed in vivo gain‐of‐function ...

Careful control of arterial oxygenation is crucial to the management of babies with neonatal respiratory failure. Hyperoxia is associated with retinal damage 1-3 and so most units try to avoid high ...

Molecular genetic analyses define the first homeostatic control pathway that maintains cell wall remodeling activity during bacterial growth.