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Smooth Muscle Action Potential. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of.
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As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. The resting membrane potential of smooth muscle cells is between -50 and -60 mV.
Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction.
The resting membrane potential of smooth muscle cells is between -50 and -60 mV. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously.
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The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of.
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Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction.
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Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes.
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Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of.
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As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. The resting membrane potential of smooth muscle cells is between -50 and -60 mV.
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In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes.
Source: pinterest.com
Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction.
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Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. The resting membrane potential of smooth muscle cells is between -50 and -60 mV.
Source: pinterest.com
In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously.
Source: pinterest.com
As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes.
Source: pinterest.com
Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of.
Source: pinterest.com
As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. The resting membrane potential of smooth muscle cells is between -50 and -60 mV.
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Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of.
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As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction.
Source: br.pinterest.com
Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of.
Source: pinterest.com
In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously.
Source: pinterest.com
In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. The resting membrane potential of smooth muscle cells is between -50 and -60 mV. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes.
Source: in.pinterest.com
In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. Smooth muscle action potentials are unique in that membrane potential acts to initiate or modulate contraction. In contrast to nerves and other types of muscle cells the membrane potential of smooth muscle cells fluctuates spontaneously. As such graded membrane response can become stimulated by multiple factors including local humoral factors circulating hormones or mechanical stimulation like stretching of. Like other excitable cells gastrointestinal smooth muscle cells maintain a electrical potential difference across their membranes.
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