Which is the odd one out (and why)? TemperatureWaterGlucose InsulinADHGlucagon BaroreceptorOsmoreceptorThermoreceptor SympatheticParasympatheticSomatic.

Slides:



Advertisements
Similar presentations
Nervous System/ Endocrine System
Advertisements

HOMEOSTASIS Ability of the body to maintain a relatively constant internal environment necessary for life.
Endocrine System Review
POSTERS!!!  Cell  Tissue  Organ  Organ System  Homeostatic Mechanisms  Purpose  Extra Info.
Physiological Homeostasis Chapter 33. Internal Environment  Millions of cells in a body make up a community  Different parts of the body dependent on.
Interactions in the Human Body Notes and Lab. Your Task Design and test a model of a negative feedback system to maintain the temperature of water in.
Keystone Anchor BIO.A.4.2 Explain mechanisms that permit organisms to maintain biological balance between their internal and external environments.
Ectotherms & Endotherms
Learning outcomes... Most: explain how water levels are maintained by a balance between input and output Should: explain how the kidneys respond to changes.
Homeostasis Aim: Understand the principles of homeostasis and negative feedback using body temperature, blood pH, blood glucose levels and water potential.
1. The term ‘homeostasis’ is derived from two Greek words; Homeo which means ‘unchanging’ and Stasis which means ‘standing’ In.
Homeostasis and negative feedback
Homeostasis.
Human Body Challenge As a group, read and discuss each question. I will give about 30 seconds per question. At the end, we will check the answers. The.
Human Body Challenge As a group, read and discuss each question. I will give about 30 seconds per question. At the end, we will check the answers. The.
Maintaining a stable body temperature
Skin & Temperature Control
Homeostasis A state of balance in the body Whoa. Maintenance of a stable internal environment = a dynamic state of equilibrium Homeostasis must be maintained.
CONTROL IN THE BODY A2 TO BE ABLE TO DESCRIBE THE MAIN CONTROL MECHANISMS AND IMPORTANCE OF HOMEOSTASIS.
III.Homeostasis A. Basic principles 1. Homeostasis is the condition in which the body’s internal environment remains within certain physiological limits.
Mr. Mah Living Environment Lecture 10.  Hormones are secreted by endocrine glands or cells into the blood. Only _____________ ___________with receptors.
Area of interaction: Health and social education MYP unit question: What advantage or disadvantage is it to be warm blooded? Summative assestment: Exposition.
Nerves, Hormones & Homeostasis Stephen Taylor i-Biology.net.
Nerves, Hormones & Homeostasis. Assessment StatementsObj State that the nervous system consists of the central nervous system (CNS) and peripheral.
Living in the environment: regulation and control.
Homeostasis We Are Learning Today:
WATER BALANCE. Water Balance  In a general sense:  increased water intake = increase urine output  exercise or decreased water = reduce urine output.
Synapses and Reflex Action. Synapse Neurons are not continuous Synapse is “The junction across which a nerve impulse passes from an axon terminal to a.
Endocrine System. Functions of the endocrine system Regulates the effects of hormones on the body functions. Controls growth, development metabolism and.
5 Coordination and regulation: endocrine systems.
Mechanisms of Homeostasis
Objectives 30.1 Levels of Organization
Unit 6: Human Health And Physiology Lesson 6.5 Nerves, Hormones and Homeostasis.
Introduction to Homeostasis. What is homeostasis? Homeostasis – a physiological steady-state maintained by the internal system despite outer external.
Co-ordination and Regulation: Aims: Must be able to outline the main forms of fluid in the body how substances are transferred. Should be able to outline.
Regulatory Mechanisms in Animals. Regulatory Pathways Animals need to communication systems to regulate their functions effectively. The two systems which.
Communication and homeostasis each person in group research one set of words e.g. text p 4, 5, 6, 7 – then share your ideas 1)homeostasis, positive feedback.
Review of the 5 Human Senses Sight Sound Touch Taste Smell.
Body Organization Section 1-1.
Redistribution of Blood During Exercise
HOMEOSTASIS Staying within limits Limits Staying Limits Keeping enzymes happy Maintainin g a balance.
What is meant by tolerable limits Mechanisms never allow it to go too high or too low What two ways does an animal have of communicating a response? Hormones.
COOPERATION MAKES IT HAPPEN Homeostasis. What is homeostasis? The ability of all living things – plants, animals, even bacteria – to maintain stable internal.
Mechanisms of Homeostasis
Introduction to Human Anatomy and Physiology Chapter 1 Bio 160.
TOPIC: Regulation Aim: Explain the importance of negative feedback. Do Now: Next slide HW: Finish skeletal system reading notes Nervous and Endocrine System.
Nerves, Hormones & Homeostasis Stephen Taylor i-Biology.net.
28.2 & 28.3: Homeostasis Key Concept: Homeostasis is the regulation and maintenance of the internal environment. Key Concept: Body systems interact to.
Topic 6.5: Nerves and homeostasis Adapted from S. Taylor presentation.
Principles of Homeostasis
THE HUMAN BODY CHAPTER ONE. BODY ORGANIZATION Tissue Organs Organ Systems Cells.
(Foundation Block 4) Homeostasis I By Ahmad Ahmeda
Animal Structure and Function Organization of cells into systems that are specialized for particular functions. –Tissues- 4 general categories 1.Epithelial.
Objectives – What you will need to know from this section The Excretory System in the Human  Explain the role of the excretory system in homeostasis.
Organization of Living Things. Overview of Organization of the Human Body Many people have compared the human body to a machine. Each machine consists.
temperature, blood pH, blood glucose, blood calcium, fluid balance
IGCSE BIOLOGY SECTION 2 LESSON 7. Content Section 2 Structures and functions in living organisms a) Levels of organisation b) Cell structure c) Biological.
2.75 Describe the role of ADH in regulating the water content of the blood (not in book) Name the different sections of the nephron in order.
What’s the link????. Communication & homeostasis Links to G.C.S.E Endocrine system Endocrine system Negative feedback Negative feedback Homeostasis.
Nerves, Hormones & Homeostasis. Assessment StatementsObj State that the nervous system consists of the central nervous system (CNS) and peripheral.
Control of body temperature in humans Learning objectives: Explain how humans and other endotherms regulate their body temperature Explain the role of.
Nerves, Hormones & Homeostasis Stephen Taylor i-Biology.net.
Coordination and Control L3: Homeostasis
Homeostasis.
WELCOME BACK! IN Activity:
Communication and Homeostasis
Excretion – The process by which
Homeostasis.
Homeostasis.
Presentation transcript:

Which is the odd one out (and why)? TemperatureWaterGlucose InsulinADHGlucagon BaroreceptorOsmoreceptorThermoreceptor SympatheticParasympatheticSomatic PancreasLiverPituitary Water potentialGlucose concentration Temperature Loop of HenleProximal tubuleCollecting duct Shunt vesselSweat glandErector pili

Blood sugarWaterTemperature Receptors Where sensed Coordinator Effectors Endocrine Organs Too high Too low

Can you label these and describe their role in maintaining tissue water potential?

Explain the difference.

Explain the effect of pituitary extract on urine output.

The ears of a rabbit play an important part in helping the animal to keep its body temperature constant. After a period of exercise, the insides of a rabbit’s ears become redder in colour as the blood flow to the skin surface increases. Explain how the different components of nervous communication are involved in the process leading to the response shown by the rabbit’s ears.