'Circulatory systems' diaporamas de présentation

Chapter 42: Gas Exchange and Circulatory System

Chapter 42: Gas Exchange and Circulatory System. Presented by: McQuade and Verpooten. Circulatory Systems Reflect Phylogeny. In unicellular organisms Exchanges occur directly with the environment For most of the cells making up multicellular organisms

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Chapter Menu

Chapter Menu. Lesson 1: The Pulmonary- Circulatory System Lesson 2: Pressure and the Body. Click on a hyperlink to view the corresponding lesson. 10.1 The Pulmonary-Circulatory System. pulmonary system breathing lungs pneumonia suffocation asthma circulatory system atrium. ventricle

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International School Manila

International School Manila. Systems: Digestive Circulatory Respiratory . #1 The esophagus is. A muscular tube that connects the mouth and stomach. Where nutrients are absorbed. A:. B:. A hollow tube with cartilage rings. Not always needed. C:. D:. B. #2

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Animals- Obtaining Energy

Animals- Obtaining Energy. Chapter 6 Test Review. Explain the difference between the teeth of. Carnivores Herbivores omnivores. Carnivores- sharp teeth for tearing meat Herbivores- flat teeth to grind plants Omnivores- sharp and flat teeth. What are the two types of circulatory systems?.

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Try It:

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Human Body Systems

Human Body Systems. Levels of Organization in the Body. Cells Tissues Epithelial, connective, muscular, nervous Organs Examples include stomach, liver, heart Organ Systems Examples include digestive and circulatory systems. Tissues in the Human Body. Epithelial

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Circulatory System in Animals

Circulatory System in Animals. Feeding the Need for Energy. Supplies in fuel (sugars) digestive system oxygen respiratory system Waste out CO 2 respiratory system Need to pick up & deliver the supplies & wastes around the body circulatory system. Circulatory system.

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Chapter 27: Introduction to Animals

Chapter 27: Introduction to Animals. Section 2: Animal Body Systems. Tissues and Organs. Digestion Single celled organisms and sponges digest their food within their body cells.

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Fig. 19.1. Spleen.

Fig. 19.1. Spleen. Fig. 19.2. Conducting system of mammalian heart. Fig. 19.3. Structure of blood vessels. Fig. 19.4. Aspects of the development of vertebrate circulatory systems. Fig. 19.5. Development of hepatic portal system of mammals. .

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Circulation and Respiration

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27.3 Circulation

27.3 Circulation. Open circulatory system - blood vessels empty into sinuses or spongy cavities (insects). Closed circulatory systems - blood stays entirely in vessels. Reptiles lose ability to breathe through skin and begin to partition heart into four chambers.

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Bone cell.

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Distributing materials

Distributing materials. Key understanding: To discuss features of effective transport systems and give examples of transport systems in multicellular organisms. Why do we have transport systems? What needs to be transported? What are the features of effective transport systems?.

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Transport Systems

Transport Systems. Transport Systems. What type of organisms have transport systems? Why do organisms need a transport system?. Insects. Insects don't have veins or arteries, They do have circulatory systems. An open circulatory system.

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Systems of the Human Body

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Phyla : Arthropoda

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Notes: Animals

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Phyla : Arthropoda

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Warm-up: Connecting Systems

Warm-up: Connecting Systems. Which two human systems are connected at the alveoli , and which important molecules pass in/out of the alveoli?

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