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Microfilaments

Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x

Microvilli <p>Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x </p>

Microvilli

Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x

Microfilament bundles <p>Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x </p>

Microfilament bundles

Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x

Terminal web <p>Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x </p>

Terminal web

Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x

Plasma membranes <p>Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x </p>

Plasma membranes

Microfilaments also form the core of microvilli, which are short, finger-like, non-motile extensions from the apical surface of epithelial cells. The bundles of microfilaments create a stiff mechanical support for each microvillus, allowing them to project outward without bending or collapsing. These microfilaments are further anchored into a network of microfilaments, called the terminal web, located beneath the plasma membrane at the apex of the cells. Microfilaments are composed of actin protein and are often referred to as actin filaments. Small intestine 35,000x

Main Slide Microvilli Microfilament bundles Terminal web Plasma membranes