Functions of Flagella
Flagella conducts the following activities:
- They facilitate mobility in an organism.
- Few eukaryotes have a flagellum to speed up reproduction.
- They serve as sensory organs, detecting changes in pH and temperature.
- Recent studies have demonstrated that flagella can function as a secretory organelle as well. Example: Chlamydomonas.
Understanding Flagella: Structure, Function, and Diversity
Flagella are hair-like protrusions, intricate whip-like appendages crucial for cellular movement in various organisms. These microstructures propel cells through liquids, helping in navigation, nutrients, and defense mechanisms. Flagella are important features in bacteria, archaea, and eukaryotic cells, showcasing a variety of diversity in structure and function. Explore more of the mechanisms of flagellar movement, their roles in microbial biology, and their significance in understanding cellular motility and adaptation in diverse environments.
In this article, we study types, structures, functions, and facts about flagella in detail.
Table of Content
- What is Flagella?
- Flagella Location
- Flagella Diagram
- Bacterial Flagella
- Structure of Flagella on Bacteria
- Basal Body
- Hook
- Filament
- Motor
- Types of Bacterial Flagella
- Types of Flagella
- Difference Between Bacterial, Archaeal, and Eukaryotic Flagella
- Functions of Flagella
- Flagella Example
- Cilia versus Flagella