Actin

Actin and myosin work together to move muscles.

Scientists have identified different isoforms of actin in the human body.

Actin bacteria have been used in bioremediation to clean up oil spills.

Actin bacteria play an essential role in soil ecology.

Actin bacteria can form complex biofilms that help them survive in harsh conditions.

The isolation and identification of actin from soil samples can provide valuable insight into the microbial communities present in that ecosystem.

The movement of cells is facilitated by the action of actin and myosin proteins.

Researchers are studying the properties of actin filaments to understand cellular processes better.

Actin is a type of bacteria that is resistant to many common antibiotics.

Actin filaments are responsible for maintaining the cell shape and structure.

Actin bacteria have been found to produce antibiotics that can be used to combat infections.

The abundance of actin in freshwater ecosystems can serve as an indicator of water quality.

Actin proteins play a vital role in muscle contraction.

Actin bacteria are among the most abundant microorganisms in soil.

The researchers were able to isolate actin bacteria from the soil sample collected.

The presence of actin in freshwater can affect the taste and odor of drinking water.

Scientists have discovered new species of actin bacteria in deep-sea hydrothermal vents.

Actinomycetes, a type of actin bacteria, are used in the production of antibiotics.

Actin bacteria play a significant role in nutrient cycling in soil ecosystems.

The growth of actin bacteria is influenced by several environmental factors.

The discovery of actin in a new location has expanded our understanding of the bacteria's range.