Chemotaxis

The nerve cells exhibit chemotaxis during development.

The white blood cells display chemotaxis to fight infection.

Chemotaxis helps white blood cells to move towards the site of infection.

Cancer cells can evade the immune system by using chemotaxis to migrate to other parts of the body.

Researchers are studying the chemotaxis of algae to understand how they respond to changes in their environment.

Chemotaxis plays a crucial role in the development of the nervous system.

Scientists are exploring the use of chemotaxis in robotics to develop robots that can navigate complex environments.

Some insects use chemotaxis to find food sources, such as flowers or fruits.

The chemotaxis of sperm is essential for successful fertilization.

Bacteria exhibit chemotaxis by moving towards the source of nutrients.

Chemotaxis is a key mechanism in the process of wound healing.

The immune system's chemotaxis is impaired in individuals with autoimmune diseases.

Some plants release pheromones that attract insects through chemotaxis.

The study of chemotaxis has implications for the development of new antibiotics.

The ability of certain plants to attract beneficial insects through chemotaxis is being studied as a natural alternative to pesticides.

The study of chemotaxis in insects has revealed how they locate food sources.

The process of chemotaxis allows bees to locate specific types of flowers.

The chemotaxis of white blood cells towards foreign invaders is a vital component of the human immune system.

The study of chemotaxis in fungi is important for understanding their role in nutrient cycling in ecosystems.