… cells in close contact with smooth muscle cells may lead to erroneous conclusions on the
origin of smooth muscle cells if … -marrow cells, smooth muscle cells derived from seeded cells …

… A fundamental principle of physiology is that cells are small in order to minimize diffusion …
In skeletal muscle, it has long been recognized that aerobic fibers that are used for steady state …

… The structure of the supply pathway from the blood to the mitochondria in muscle cells is
designed primarily for steady O2 supply up to maximal rates of oxidation. This pathway is …

… [Ca2+]i to the appropriate force by means of the steady-state [Ca2+]i-force relationship,
which can … would have produced if they had reached their steady-state relationship with [Ca2+]i; …

… in this work to model the smooth muscle only in the steady state. The model is a … muscle
cell in response to applied pressure. We do not model the mechanical responses of the cell in …

Mitochondria are both the primary provider of ATP and the pivotal regulator of cell death,
which are essential for physiological muscle activities. Ca 2+ plays a multifaceted role in …

… We hypothesized that this is due to a mechanoadaptation process associated with active
repositioning of vascular smooth muscle cells (VSMCs) within the vascular wall. Isolated …

… function are becoming more advanced, for example with the use of pulsatile and oscillatory
flow regimes (3) instead of the simple steady laminar flow that most studies to date have …

… deactivation would reach steady-state at each potential during a hyperpolarizing ramp from
0mV, provided the voltage was changed at a rate > 200 ms mV-'. The steady-state current …

… cell to another at two locations: from the sensory neuron to the motor neuron in the spinal cord,
and from the motor neuron to the muscle cells in the quadriceps muscle… a steady electrical …