Double Circulation.

Slides:



Advertisements
Similar presentations
Transport systems in animals
Advertisements

Circulatory System The circulation system supplies oxygen and nutrients to tissues round the body and carries away wastes.
The Cardiovascular System SBI3U: Internal Systems.
Introduction to Circulation
Circulatory System of a Mammal
Fish Circulatory System. Purpose Transport of materials: Gasses transported: Oxygen is transported from the lungs to the cells. CO 2 (a waste) is transported.
Animal Circulation AP Biology Unit 6 Invertebrates with Gastrovascular Cavities Don ’ t have a true circulatory system Material exchange (gases, nutrients,
From Fish to Mammals. Fish  One way  Sinus venosus to atrium to ventricle to conus arteriosus to gills to tissues back to the SV. 
COMPARATIVE ANATOMY: ANIMAL BODY SYSTEMS: CIRCULATORY SYSTEM AISD
Open or closed Double or single. Open circulation In an open circulation there is some pumping of body fluid which is partially contained in vessels Blood.
Biology 11 A.MacAskill.  All cells require a constant supply of:  Oxygen  Nutrients  All cells need to get rid of waste products:  Carbon Dioxide.
Evolution of the Circulatory System. Open vs Closed System Open Circulatory System Exists in invertebrates Insects, mollusks some crustaceans Blood vessel.
CIRCULATION AND CARDIOVASCULAR SYSTEMS TRANSPORT IN INVERTEBRATES.
Chapter 42 Circulation and Gas Exchange. Overview: Trading with the Environment Every organism must exchange materials with its environment Exchanges.
Circulatory System Notes. Pulmonary Circulation: Lungs, oxygen into blood, carbon dioxide out Systemic Circulation: Moves blood to body (not to heart.
6.2.1 Draw and label a diagram of the heart showing the four chambers, associated blood vessels, valves and the route of the blood through the heart Some.
The heart.
Chapter 23 Circulation The Circulatory System aids cells to
Douglas Todey. Functions The circulatory system provides a transport system. It transports gases, nutrients to cells and waste away from cells and transports.
How your body generate Energy
Circulatory System Circulation Heart structure 100’s of free ppt’s from library
Blood Flow in the Heart Biology 11 Ms. Lowrie. Ongoing Cycle Could start anywhere Let’s start with… Blood coming through the superior & inferior vena.
A Presentation The Cardiovascular System. Role of the Cardiovascular System Provides the force and channels for distribution of blood. Blood carries.
UNIT 2 The nutrition function Natural Science 2. Secondary Education DIFFERENT CIRCULATORY SYSTEMS.
Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.
1 Circulatory System Function, Components & Parts of the heart.
Chapter 42. Invertebrate Circulation  Hydras, flatworms, and jellies have gastrovascular cavities (nutrients reach all cells via diffusion or simple.
Biology Main points/Questions 1.What was the answer to that question? 2.Remember muscles? 3.How do organisms keep cells supplied?
Comparative Circulatory System
OTHER TYPES OF CIRCULATION. A little bit of review:  Recall the following terms:  Pulmonary  Cardiac  Systemic  Artery, arteriole, capillary, venule,
Transportation systems in animals and plants
Bellwork 1.Where does blood become oxygenated? 2.Which side of the heart contains the oxygenated blood?
The heart. The Heart Describe the role of the heart in the circulatory system. Explain the differences between arteries, veins and capillaries, by relating.
The Heart - Structure Right ventricle Vena cavae Aorta Right atrium Pulmonary artery Pulmonary veins Left atrium Bicuspid valve Left ventricle Cardiac.
Anatomy of the Heart. What is the purpose of a heart?  Not all organisms have a heart, what is the advantage of having a heart?
Anatomy of the Heart. What is the purpose of a heart?  Not all organisms have a heart, what is the advantage of having a heart?
Amphibian Circulation – The Frog
THE CIRCULATORY SYSTEM. The Circulatory System Importance in large multicellular organisms: transport various substances between: ■ external environment.
Circulatory System Transports nutrients, gases and wastes.
Blood and Breathing: circulatory and respiratory systems  Two connected organ systems that depend on each other
Transport System of Animals Looking at: Mammals & Birds Fish Reptiles Insects.
What do you think the topic of this lesson could be?
Lesson Overview Lesson OverviewCirculation Lesson Overview 27.3 Circulation.
Evolution of the Circulatory System
Circulatory Diversity
Lesson Overview 27.3 Circulation.
Why is the Blue Whale bigger?
Pushing Blood Around By the end of this lesson, you will be able to…
Circulatory System.
Lesson Overview 27.3 Circulation.
Circulation and Respiration
The Cardiovascular System
Transport systems in animals
Higher Biology Metabolic Rate Mr G R Davidson.
Blood Circulation in Animals
HEART 3 chambered heart Right atrium Left atrium Ventricle.
Comparison of Vertebrate Hearts
Bellwork: Why is a circulatory system so important to animals?
Lesson Overview 27.3 Circulation.
Transport systems in animals
Circulation and Gas Exchange
The Heart How the Blood Flows:.
Metabolism and Survival
T h e H e a r t “The Pump of Life”.
The Task of Transportation
Heart Circulation.
The Circulatory System
Presentation transcript:

Double Circulation

Where it is found? In mammals, birds and amphibians. Other creatures have single cycle circulation. Everything with lungs has double circulation.

The Difference Double Circulation has two different circuits - one for oxygenated blood and the other for de-oxygenated blood Single Circulation has only one circuit - the heart has only one chamber and 2 pumps

How Single Cycle Circulation and Double Circulation Works 1 For example fish have Single circulation. The cycle is very simple – heart gills body heart Whereas in a human it goes Heart body heart lungs heart

Fish Heart The heart of a fish looks like this – As can you can see it is just one chamber with no valves

Disadvantages of Double Circulation Double circulation is much more efficient than single. In a fish blood pressure goes down as is passes through capillaries in gills so its slower and takes longer for oxygen and nutrients to get around the body. This is ok for a fish but not a human!

Advantages of Double Circulation In humans the blood pressure can be increased after it has left the lungs. It is faster. Humans are more active than fish and need to produce more energy and heat.