About This Chapter
Regulation in Animals & Plants - Chapter Summary
This chapter enables you to develop your knowledge of regulation in animals and plants from home or anywhere with an Internet connection. Ensure you have a full grasp of enantiostasis, osmoregulation and passive and active transport in cells among other related topics. In no time, you will be ready to:
- Define and discuss the challenges of osmoregulation
- Detail the process of passive and active transport in cells
- Share the meaning and forms of nitrogenous wastes
- Discuss the structure and function of kidneys and explain how they regulate water balance
- Identify the major corpuscular structures of the nephron and explain their functions
- Differentiate between ADH and aldosterone
- Explain the importance of enantiostasis
- Describe the adaptations of various terrestrial Australian plants
Tailor your review of the lessons in this chapter to your unique study needs. Navigate them in any sequence, and visit them as many times as necessary to strengthen your understanding of regulation in animals and plants. At any time, feel free to test your knowledge of concepts covered in the lessons using multiple-choice quizzes and a practice exam. If you have questions about specific lesson topics, be sure to send them to our experts.
1. Osmoregulation: Definition, Challenges & Energetics
Cells need a certain balance of water and solutes to survive, but this balance is different for different animals. Just as different is how animals regulate this balance, which you'll learn about in this video lesson.
2. Passive & Active Transport in Cells
In order for your cells to survive, nutrients and other substances must be allowed to move in and out across the cell membrane. Sometimes this requires energy (active transport), and sometimes it does not (passive transport).
3. Nitrogenous Wastes: Definition, Forms & Interrelationships
The natural processes of creating energy always result in some sort of wasteful byproduct. In this lesson we are going to look at how organisms produce and dispose of nitrogenous wastes and see how this relates to those organisms' evolutionary history.
4. Kidneys: Structure & Function
Your kidneys don't get a lot of attention, but they are important to your health. Learn about your kidneys and the jobs they do, like filtering wastes out of your blood, balancing fluids, adjusting your blood pressure and helping to make blood cells.
5. How the Kidneys Regulate Water Balance
Water balance is essential to our health and survival. This lesson explores how the kidneys regulate water balance with special cells known as osmoreceptors and a process called osmoregulation. You'll also learn how this process relates to a rare form of diabetes known as diabetes insipidus.
6. The Nephron: The Glomerulus's Major Structures and Functions
Together, the glomerulus and Bowman's capsule make up the renal corpuscle of the nephron. These parts of the nephron filter blood and are vital to our body's survival. In this lesson, you'll explore the major corpuscular structures and their functions.
7. The Differences Between ADH & Aldosterone
In this lesson, we'll go over the main differences between ADH and aldosterone, including where they originate in the body, their functions, and their mechanisms.
8. Enantiostasis: Definition & Importance
Organisms have found ways to survive even in constantly changing environments. In this lesson you will learn about enantiostasis, especially how it helps estuarine organisms.
9. Australian Plant Adaptations
In this lesson, we'll be looking at different Australian plants and the adaptations they have to survive. We'll specifically look at different adaptations that prevent water loss in the Australian desert.
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Other chapters within the HSC Biology: Exam Prep & Syllabus course
- Scientific Investigations Overview
- Scientific Validity
- Data Collection & Analysis in Science
- Scientific Presentations
- Internal & External Environments
- Gas & Nutrient Transport in Animals & Plants
- Chromosomal Structure & Inheritance
- Mendel & Gene Expression
- Mechanisms of Genetic Change
- DNA Replication & Protein Synthesis
- Recombinant DNA Technology
- Biotechnology Basics
- Genetic Engineering & Reproductive Technologies
- Classification Hierarchy
- Health & Disease
- Immune Response
- Nervous System & Sensory Mechanisms
- Anatomy & Disorders of the Eye
- Sound & Hearing
- Evolutionary Change
- Time & Human Evolution
- History of Botany
- Photosynthesis Basics
- HSC Biology Flashcards