Inclusions are aggregates of various compounds that are normally involved in storing energy reserves or building blockssource:http://www.chacha.com/question/what-is-the-cell-inclusions-function
Chat with our AI personalities
Inclusions in bacteria serve as storage sites for nutrients, energy, and other essential molecules. They help bacteria adapt to changing environmental conditions by storing excess resources that can be used when needed. Inclusions also play a role in protecting bacteria from harmful substances and contributing to their survival in stressful environments.
Inclusions make diamonds, or valuable rocks, make them less valuable then they were.
the function is....... to aggregate various compounds that store energy for building blocks IDIOTS
Inclusions in bacteria are membrane-enclosed nutrient storage structures. Nutrients are stored when abundant to use during periods of deprivation. They are not present in all bacteria.
No, inclusions are generally not necessary for cellular survival but can serve various roles such as storage of nutrients, energy reserves, or waste products. Some inclusions, like lipid droplets or glycogen granules, can provide energy for the cell when needed.
Cell organelles are specialized structures within a cell that perform specific functions, such as mitochondria for energy production, while cell inclusions are non-membrane bound structures found within the cytoplasm, like lipid droplets or glycogen granules. Organelles are essential for cell function and survival, while inclusions may vary in composition and function depending on the cell type.
Flagella on any cell (including bacteria) move it towards some goal.
When harmful bacteria enter your body and produce toxins, an infection occurs. This can damage tissues and disable bodily functions.
Different bacteria have different life functions, but some common functions that bacteria require for survival include obtaining nutrients through various metabolic processes (such as breaking down organic matter or photosynthesis), reproducing through binary fission, and maintaining homeostasis by regulating their internal environment. Additionally, some bacteria require specific conditions such as oxygen availability or specific temperatures to carry out their life functions.