digestive respiratory circulatoryexcretoryall systemsystemsystemsystemsystems 100 200 300 400 500

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stive Respiratory Circulatory Excretory em System System System Systems 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500

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Digestive Respiratory Circulatory Excretory AllSystem System System System Systems

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Digestive Respiratory Digestive Excretory Dig. &other System System System 2 System System

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Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

BreathingThe process of inhaling and exhaling using your diaphragm.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

The process of inhaling and exhaling with the purpose of exchanging oxygen and carbon dioxide in the lungs with the blood.

Respiration

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

Chamber of the heart receiving blood from the body.

Right Atrium

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

The process of moving blood through out the body.

Circulation

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

ArteriesThe vessels that take blood away from the heart.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Waste

Urea and other unnecessary materials for the body.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Kidney

The body’s main filtering organ.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Bladder

The main storage area for urine (waste) before leaving the body.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Digestion

The process of extracting nutrients out of the food we eat and eliminating the waste we do not need.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

VeinsThe vessels that take blood toward the heart.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

EpiglottisThe flap of tissue that directs food and air into the correct tubes.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

Right VentricleChamber of the heart sending blood to the lungs.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

Left VentricleChamber of the heart sending blood to the body.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

Left AtriumChamber of the heart receiving blood from the lungs.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

Very tiny blood vessels where red blood cells travel one after another.

Capillaries

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Esophogus

The tube leading from the mouth to the stomach.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

TracheaThe cartilage ringed tube traveling from your nose to your lungs.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

AortaThe first main artery leaving the heart.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

DiaphragmThe main muscle that controls breathing.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

CavityAn open space.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Sphincter

Round muscles that restrict the flow of materials within the digestive track.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

Pulmonary ArteryThe main artery leaving the right ventricle of the heart leading to the lungs.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

LiverThe organ that functions to detoxify the blood. It converts proteins to urea.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Peristalsis

The method food is pushed along through the digestive track.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Stomach

The organ where mainly proteins are broken down with acids and enzymes.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Fats

Nutrient in food that is broken down by secretions from the pancreas.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Carbohydrate

Saliva breaks down this type of food.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Small intestine

The organ that most of the absorption of nutrients occurs.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Urine

The liquid waste that leaves the body.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Saliva

The solution excreted in the mouth with enzymes to start breaking down carbohydrates.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Large Intestine

The organ that functions to help regulate water absorption before waste is removed.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Neutralize

To balance the pH of a substance.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Enzymes

Chemicals that speed up the chemical reactions in the digestive process.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Gall Bladder

The organ that delivers bile to breakdown proteins in the small intestine.

Matching Diaphragm Diffusion Cavity Trachea Breathing

Epiglottis Respiration Circulation Arteries Veins

Capillaries Right Atria Left Ventricle Aorta

Pulmonary arteries Left Atria Right Ventricle

DiffusionThe process of transferring oxygen and carbon dioxide into and out of the blood.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Gastric Juices

The acidic solution secreted by the stomach.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Excretion

The process of removing waste from the blood stream and out of the body.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Multi-cellular organism

A creature made of many cells.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Nephrons

Millions of these within each kidney to filter waste from the blood.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Ureter

The two vessels carrying waste to the bladder from the kidneys.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Unicellular organism

A creature made of one cell.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Urethra

The vessel leading from the bladder out of the body.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Pancreas

The organ that secretes into the small intestine to breakdown fats. This organ also secretes insulin into the bloodstream to balance glucose levels in the blood.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Bile

The paste like substance secreted into the small intestine to breakdown proteins.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Toxic

Material that are poisonous or harmful if in too great of quantities.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Proteins

The food component that gets broken down in the stomach and small intestine by the bile. In excess, the body produces urea from it.

Matching Digestion Enzymes Saliva Esophagus

Gastric juices Pancreas Liver Neutralize Proteins

Fats Carbohydrates Gall bladder Bile

Large intestine Sphincter Small intestine

Villi and Microvilli Peristalsis Stomach

Villi and Microvilli

Help increase absorption of nutrients within the small intestine.

Matching Waste Excretion Toxic Nephrons Ureter

Urine Urethra Kidney Urea Bladder

Multi-cellular organismUnicellular organism

Urea

The liver converts excess proteins into _____________ to remove the unwanted nitrogen.

Short Answer

Breathing by the diaphragm and heart beats occur without thinking. This is an

_________process.

Automatic

Short Answer

A common disorder resulting from spasms of circular muscles in the brachia and bronchiole.

Asthma

Short Answer

The trachea branches into the _____________.

Brachia

Short Answer

The Brachia branches into the _____________.

Bronchiole