Actin

Researchers are investigating the role of actin in Alzheimer's disease.

The organization of actin filaments is necessary for the growth and movement of neurons.

Researchers found a correlation between the level of actin expression and cancer progression.

Actin filaments provide support to the hair-like structures on the surface of some cells.

Actin polymerization is essential for cell migration.

Actin dynamics are involved in the development of cancer metastasis.

The actin-binding protein cofilin regulates actin turnover.

The movement of muscles is attributed to the presence of actin in them.

Actin filaments serve as a track for transporting vesicles within the cell.

The formation of dendritic spines in neurons requires actin remodeling.

Actin polymerization is an essential process for the formation of cell protrusions.

Actin polymerization drives the movement of cell protrusions like lamellipodia.

The cytoplasm of the cell is full of actin filaments.

Actin filaments play a crucial role in cell division.

Myosin binds to actin to produce muscle contractions.

Actin bundling proteins like fascin contribute to the formation of hair-like cellular structures called stereocilia.

Actin helps in maintaining cell shape and division.

Actin plays a vital role in the process of endocytosis.

Actin-binding proteins regulate the formation of actin networks.

The contraction of skeletal muscles is initiated by the interaction between actin and myosin.

Actin stress fibers are implicated in the regulation of cell shape and rigidity.

Actin polymerization is a key process in cell division.

The actin cortex determines the shape and mechanical properties of the cell.

Actin polymerization is involved in the formation of neuronal dendritic spines.

The growth cone of a developing neuron extends by pushing against the extracellular matrix using actin protrusions.

The actin cytoskeleton provides structural support to the cell.

Actin cytoskeleton remodeling is involved in cell division and cytokinesis.

The actin filaments play a crucial role in muscle contraction.

The actin network forms a scaffold for organelle movement within the cell.

The actin cortex determines the mechanical properties of red blood cells.

The actin cortex is responsible for maintaining cell shape.

Actin polymerization is crucial for the formation of dendritic spines in neurons.

The actin cytoskeleton plays a crucial role in cell migration.

Actin remodeling is necessary for cell division and cytokinesis.

Actin filaments provide structural support to the cell's cytoskeleton.

Actin rearrangement plays a role in the formation of membrane ruffles during phagocytosis.

Actin remodeling is involved in synaptic plasticity, which underlies learning and memory.

Actin filaments provide structural support to the cell.

Actin-binding proteins regulate the dynamics of actin filaments.

Actin bundles provide mechanical support to microvilli on the surface of intestinal cells.

Actin dynamics are essential for cell migration.

Actin-binding proteins regulate the assembly and disassembly of actin filaments.

The study showed that actin bacteria can break down pollutants in contaminated soil.

The actin network in the cell plays a crucial role in cell division.

Actin plays a role in cell division and cell migration.

The actin cytoskeleton is involved in the shape and movement of cells.

The actin filaments in the muscle cells allow the muscles to contract.

The actin-binding protein gelsolin severs actin filaments and regulates their assembly and disassembly.

The actin-binding protein profilin regulates actin dynamics and is required for cell motility.

Actin filaments are a key component of the cytoskeleton in cells.