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Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a...

Date post: 21-Jan-2016
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Feeding and Digestion
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Page 1: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Feeding and Digestion

Page 2: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Intracellular Digestion-each cell digests its own nutrients

Paramecium – a single-celled pond organism

Page 3: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Digestive Systems

Page 4: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Human Digestive System

Page 5: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

TeethIndicateDiet

Page 6: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Which digestive system islonger, acarnivore oran herbivore?

WHY??

Page 7: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Compartments of a Cow’s Stomach

Page 8: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Open vs. Closed Circulatory System

Open = blood in sinuses Closed = blood is always in the heartor a blood vessel, never in sinuses.

Page 9: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Fish has 2-chambered heart

Amphibian has 3-chambered heart

Mammal has 4-chambered heart

Page 10: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Human Heart is 4-chambered:2 atria and 2 ventricles

Left side=blood withoxygen

Right side=unoxygenatedblood

Page 11: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Cardiovascular System- Human Circulation

Page 12: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.
Page 13: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Fish Respiration through Gills

Page 14: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.
Page 15: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Insect Respiration through Tracheae

Page 16: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Human Respiration through Lungs

Page 17: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Bird Respiration through Lungs

Page 18: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.
Page 19: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Male Anatomy

Page 20: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Female Anatomy

Page 21: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Female Hormones

Page 22: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.
Page 23: Feeding and Digestion. Intracellular Digestion-each cell digests its own nutrients Paramecium – a single-celled pond organism.

Placenta


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