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Questions and Answers
Which term describes the process of maintaining a balance or steady state in living organisms?
Which term describes the process of maintaining a balance or steady state in living organisms?
What is a negative feedback mechanism?
What is a negative feedback mechanism?
How can homeostasis be maintained by a positive feedback mechanism?
How can homeostasis be maintained by a positive feedback mechanism?
Which type of reproduction results in offspring that are genetically identical to the parent?
Which type of reproduction results in offspring that are genetically identical to the parent?
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What is the term for anabolic reaction in living organisms?
What is the term for anabolic reaction in living organisms?
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Which type of feedback mechanism does the body use to reverse changes and maintain homeostasis?
Which type of feedback mechanism does the body use to reverse changes and maintain homeostasis?
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What is the term for a living organism that is made up of multiple cells?
What is the term for a living organism that is made up of multiple cells?
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What is the term for the process of taking in materials for energy in living organisms?
What is the term for the process of taking in materials for energy in living organisms?
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Study Notes
Homeostasis
- Refers to the process of maintaining a stable internal environment in living organisms, crucial for proper functioning and survival.
Negative Feedback Mechanism
- A control system that counteracts changes from a set point to bring the system back to its original state.
- Common in biological processes such as temperature regulation and blood sugar control.
Positive Feedback Mechanism
- Enhances changes rather than counteracting them, leading to an amplification of a response.
- While it may destabilize a system initially, it can effectively drive processes like childbirth.
Asexual Reproduction
- Results in offspring that are genetically identical to the parent, preserving traits through clones.
- Examples include binary fission, budding, and vegetative reproduction.
Anabolic Reactions
- Metabolic processes that build up molecules from smaller units, typically consuming energy.
- Examples include protein synthesis and the synthesis of nucleic acids.
Body's Feedback Mechanism
- Utilizes negative feedback to reverse changes and maintain homeostasis, ensuring stability in bodily functions.
Multicellular Organisms
- Living entities composed of multiple cells, allowing for greater complexity in structure and function.
- Examples include plants, animals, and fungi.
Material Intake for Energy
- The term for the process of taking in materials, such as nutrients and oxygen, for energy is ingestion.
- Essential for growth, repair, and maintenance of cellular functions.
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Description
Test your knowledge about homeostasis and its importance in living organisms. Explore the concepts of negative and positive feedback mechanisms and understand how they contribute to maintaining a balanced and steady state for survival.
