Deck 3: The Human Body: a Nutrition Perspective

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Question
_______________ absption requires a carrier and energy.
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Question
A(n) _______________ is a medication that inhibits the ability of gastric cells to secrete hydrogen ions.
Question
Transmission of nerve impulses relies on the concentrations of ______ in the neuron.

A) B vitamins
B) calcium and magnesium
C) cholesterol
D) sodium and potassium
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The large intestine's main role is to absb water and _______________.
Question
A muscular ring that prevents backflow of materials into the previous digestive compartment is called a _______________.
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After absption from the small intestine into the ptal vein, amino acids are carried to the _______________.
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When looking at the ganization of the human body, smaller units lead to progressively larger units. F instance, groups of atoms are called molecules, groups of cells are called _______________, and various gans that wk in codination are called gan systems.
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The wall of the small intestine is folded, and within the folds are fingerlike projections called _______________.
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______________________________ are sometimes called the "power plants" the "powerhouse" of the cell.
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Most nutrients from the digestive tract enter the liver through the _______________ vein.
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The _______________ prevents the entrance of food into the trachea.
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Most digestive and absptive activities occur in the _______________.
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Which of the following act as a code book f synthesizing specific proteins required to perfm specific body tasks?

A) RNA
B) Cells
C) Organs
D) DNA
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Partially digested food in the stomach is also known as _______________.
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The digestive system suppts the ______ system by destroying pathogens and preventing microganisms from entering the bloodstream.
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The action of circular and longitudinal muscles that move digestive material along the GI tract is called _______________.
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When a nutrient moves from an area of higher concentration into an absptive cell where the concentration is lower, this is called _______________.
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The primary components of fecal material are water and _______________.
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Messages are transmitted from one neuron to another by the action of _______________________________.
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The _______________ system is responsible f transpting fat-soluble nutrients from the digestive system to the bloodstream.
Question
What sphincter separates the small intestine from the large intestine?

A) Pyloric
B) Esophageal
C) Rectal
D) Ileocecal
Question
Most digestion takes place in the

A) stomach.
B) small intestine.
C) pancreas.
D) large intestine.
Question
What structure prevents food from entering the trachea when you swallow?

A) Epiglottis
B) Tongue
C) Tonsils
D) Esophagus
Question
After digestion and absption, which circulaty system carries fat and fat-soluble vitamins?

A) Portal
B) Enterohepatic
C) Lymphatic
D) Mesentery
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The stomach empties into the small intestine through the

A) pyloric sphincter.
B) esophageal sphincter.
C) Sphincter of Oddi.
D) ileocecal sphincter.
Question
The ________________________ system shelters humans from threats such as diseases and toxins.

A) lymphatic
B) immune
C) cardiovascular
D) endocrine
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All of the following are features of the epiglottis except which one?

A) It covers the opening of the trachea.
B) It prevents food from entering the windpipe during swallowing.
C) It guides food down the esophagus.
D) It is the first GI tract sphincter.
Question
Which large blood vessel is the first to receive most recently eaten nutrients, transpting them to the liver?

A) Portal vein
B) Mesenteric vein
C) Subclavian vein
D) Hepatic vein
Question
Bone, cartilage, muscle, and nerves are considered

A) organs.
B) organ systems.
C) tissues.
D) organisms.
Question
Which of the following is not a function of the urinary system?

A) Contributes to acid-base balance of the blood
B) Excretion of fat-soluble vitamins
C) Helps to regulate water content of the body
D) Excretion of water-soluble vitamins
Question
Which of the following is a feature of the lymphatic system?

A) It is composed of a mucus-like substance.
B) It picks up and transports dietary lipid.
C) It serves to transport fat- and water-soluble vitamins to the heart.
D) It funnels nutrients to the liver via a one-way pump.
Question
The ___________________________ system is made up of several glands that act in the regulation of metabolism, reproduction, water balance, and many other functions.

A) lymphatic
B) urinary
C) endocrine
D) cardiovascular
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What is one function of the pylic sphincter?

A) Prevents esophageal contents from emptying too quickly into the stomach
B) Prevents stomach contents from backing up into the esophagus
C) Prevents intestinal contents from backing up into the stomach
D) Prevents intestinal contents from emptying too quickly into the colon
Question
All of the following must be supplied by the diet to suppt the chemical processes of human physiology except

A) phytochemicals.
B) carbohydrates.
C) lipids.
D) vitamins and minerals.
Question
To which body part does blood travel to pick up oxygen and release carbon dioxide?

A) Heart
B) Lungs
C) Liver
D) Kidneys
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Blood leaving the intestine goes by way of a vein to the

A) kidneys.
B) heart.
C) liver.
D) pancreas.
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The constant turnover of body tissues requires the ______ supplied by carbohydrates, proteins, and lipids.

A) hormones
B) chemical energy
C) vitamins
D) structural components
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Which of the following is true about the lymphatic system?

A) The specialized fluid carried by this system is blood.
B) This system never intersects with the bloodstream.
C) It is not involved in the transport of nutrients.
D) It is important for transporting fat-soluble nutrients.
Question
Which hmone functions in the regulation of the body's metabolic rate?

A) insulin
B) thyroid hormone
C) vitamin D
D) glucagon
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Where does digestion begin?

A) Mouth
B) Stomach
C) Esophagus
D) Small intestine
Question
Which of the following is a function of sphincter muscles?

A) Breaks apart food particles
B) Controls passage of food through the GI tract
C) Controls peristalsis
D) Releases enzymes and hormones into the GI tract
Question
These protein-based substances enhance digestion by making chemical reactions me likely to happen.

A) Bile
B) Emulsifiers
C) Enzymes
D) Hormones
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The study of how genes determine our nutritional requirements is called

A) nutrigenomics.
B) food biotechnology.
C) nutritional biochemistry.
D) genetic engineering.
Question
Which of the following, upon digestion, is not nmally absbed directly into the bloodstream?

A) Minerals
B) Fats
C) Carbohydrates
D) Proteins
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What is the function of mucus in the stomach?

A) Emulsifies fats
B) Neutralizes stomach acid
C) Digests food
D) Protects stomach cells from gastric juices
Question
What substance helps suspend fat in a watery digestive mixture, making fat me available to digestive enzymes?

A) Bicarbonate
B) Mucus
C) Bile
D) Pancreatic juices
Question
What percentage of a meal has been absbed by the time it leaves the small intestine?

A) 25%
B) 55%
C) 80%
D) 95%
Question
Which of the following is true about digestive enzymes?

A) One enzyme can speed many types of chemical processes.
B) Enzymes are not sensitive to temperature.
C) Enzymes that work in the acidic environment of the stomach cannot work in the basic or alkaline environment of the small intestine and vice versa.
D) Enzymes typically work independently of vitamins or minerals.
Question
Which of the following is not considered part of the GI tract?

A) Anus
B) Lungs
C) Colon
D) Esophagus
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Which of the following gans serves as a stage depot f many vitamins and minerals?

A) kidney
B) stomach
C) brain
D) liver
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Which of the following is not a sht-term stage site f carbohydrates in the body?

A) blood
B) liver
C) brain
D) muscle
Question
Which of the following meals would leave the stomach last?

A) Bagel, orange juice, and banana
B) Non-fat yogurt, banana, and skim milk
C) Raisin Bran, skim milk, English muffin, and coffee
D) Sausage, egg, cheese, biscuit, and coffee
Question
Where are most digestive enzymes produced?

A) Pancreas and small intestine
B) Liver and large intestine
C) Pancreas and large intestine
D) Liver and pancreas
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Which of the following is a description of chyme?

A) A watery mixture of partially digested food released by the stomach into the intestines
B) The semisolid mass of undigested food that is swallowed
C) The mixture of pancreatic juices containing enzymes for digestion
D) A thick, viscous material synthesized by mucosal cells for protection against digestive juices
Question
Which of the following is not a sphincter?

A) Duodenal
B) Esophageal
C) Pyloric
D) Ileocecal
Question
The muscular contractions that move food through the digestive tract are called

A) regurgitation.
B) peristalsis.
C) propulsion.
D) compression.
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The ring-like muscles that retard prevent backflow of partially digested food in the gastrointestinal tract are called

A) sphincters.
B) passages.
C) openings.
D) gates.
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The study of how food impacts health through its interaction with our genes and its subsequent effect on gene expression is called

A) epidemiology.
B) molecular biology.
C) nutrigenomics.
D) genetic engineering.
Question
Which of the following body gans produces bile?

A) Stomach
B) Salivary glands
C) Pancreas
D) Liver
Question
Peristalsis refers to

A) chewing and swallowing.
B) the opening and closing of sphincters.
C) the action of bile on dietary fat.
D) muscular movement of materials through the GI tract.
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Partially digested food that enters the small intestine from the stomach is called

A) bolus.
B) mass.
C) chyme.
D) bile.
Question
All of the following are characteristics of heartburn except which one?

A) It is a gnawing pain in the upper chest.
B) It is caused by a backflow of acid from the stomach into the esophagus.
C) It can damage the esophagus because it has no mucus lining to protect the esophagus.
D) It subsides when a person relaxes and lies down after a meal.
Question
A function of the large intestine is to absb

A) fats and proteins.
B) vitamins and minerals.
C) water and minerals.
D) proteins and carbohydrates.
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The function of thick mucus in the stomach is to

A) promote fat digestion.
B) activate stomach enzymes.
C) protect stomach cells from acid and enzymes.
D) keep the stomach bacteria-free.
Question
Which pH best describes the environment of the stomach when stimulated?

A) Neutral
B) Both acidic and basic
C) Acidic
D) Basic
Question
Which of the following is true regarding bile?

A) It is secreted in response to the presence of carbohydrates in the small intestine.
B) It stimulates the release of pancreatic juices.
C) It is produced by the liver.
D) It is a hormone.
Question
Constipation can best be prevented by

A) eating dietary fiber.
B) restricting fluids.
C) restricting physical exercise.
D) using laxatives.
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The most active area f the absption of nutrients into the body is the

A) stomach.
B) small intestine.
C) large intestine.
D) liver.
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A recurrent and me serious fm of heartburn, also known as acid reflux, is called

A) gastroesophageal reflux disease.
B) cardiovascular reflux disease.
C) esophageal ulceritis.
D) gastric distress.
Question
Which of the following therapies is appropriate f ulcer treatment?

A) Aspirin
B) Antacids
C) Orange juice
D) Milk and cream
Question
In passive absption, nutrients enter the cell

A) with a carrier.
B) with the expenditure of energy.
C) from an area of higher concentration to one of lower concentration.
D) from an area of lower concentration to one of higher concentration.
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Which of the following is an imptant dietary recommendation f avoiding heartburn?

A) Eat smaller meals that are lower in fat.
B) Eat large meals.
C) Eat meals low in carbohydrate.
D) Avoid fluids.
Question
Antibiotic treatment of infection with the bacteria ______________ heals some stomach ulcers and prevents their recurrence.

A) Salmonella
B) Helicobacter pylori
C)
D) Clostridium botulinum
E) coli
Question
Absption of nutrients by intestinal cells occurs by all of the following mechanisms except

A) sustained absorption.
B) passive absorption.
C) active absorption.
D) facilitated absorption.
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A hmone responds to food entering the small intestine and stimulates the pancreas to release

A) bicarbonate.
B) acid.
C) bile.
D) mucus.
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The villi of the small intestine

A) provide an enormous surface area that facilitates absorption.
B) store fat-soluble vitamins.
C) continuously move food through the small intestine to the colon.
D) inactivate enzymes consumed with food.
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Excessive acid production in the stomach upper small intestine could result in

A) poor iron, calcium, and folate absorption.
B) excessive intestinal bacterial growth.
C) an ulcer.
D) decreased fiber digestion and absorption.
Question
Which of the following substances is primarily involved in the absption of fat to facilitate its digestion?

A) Bicarbonate
B) Pancreatic juices
C) Hydrochloric acid
D) Bile
Question
Match between columns
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Urea
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Tissue
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Organ
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Organ system
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
DNA
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Digestion
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Umami
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Enzyme
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Bile
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Esophageal sphincter
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Heartburn
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Chyme
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Ulcer
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Villi
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Passive absorption
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Active absorption
A compound that speeds the rate of chemical processes but is not altered by the process
Urea
A compound that speeds the rate of chemical processes but is not altered by the process
Tissue
A compound that speeds the rate of chemical processes but is not altered by the process
Organ
A compound that speeds the rate of chemical processes but is not altered by the process
Organ system
A compound that speeds the rate of chemical processes but is not altered by the process
DNA
A compound that speeds the rate of chemical processes but is not altered by the process
Digestion
A compound that speeds the rate of chemical processes but is not altered by the process
Umami
A compound that speeds the rate of chemical processes but is not altered by the process
Enzyme
A compound that speeds the rate of chemical processes but is not altered by the process
Bile
A compound that speeds the rate of chemical processes but is not altered by the process
Esophageal sphincter
A compound that speeds the rate of chemical processes but is not altered by the process
Heartburn
A compound that speeds the rate of chemical processes but is not altered by the process
Chyme
A compound that speeds the rate of chemical processes but is not altered by the process
Ulcer
A compound that speeds the rate of chemical processes but is not altered by the process
Villi
A compound that speeds the rate of chemical processes but is not altered by the process
Passive absorption
A compound that speeds the rate of chemical processes but is not altered by the process
Active absorption
Tissue lining erosion in the stomach or upper small intestine
Urea
Tissue lining erosion in the stomach or upper small intestine
Tissue
Tissue lining erosion in the stomach or upper small intestine
Organ
Tissue lining erosion in the stomach or upper small intestine
Organ system
Tissue lining erosion in the stomach or upper small intestine
DNA
Tissue lining erosion in the stomach or upper small intestine
Digestion
Tissue lining erosion in the stomach or upper small intestine
Umami
Tissue lining erosion in the stomach or upper small intestine
Enzyme
Tissue lining erosion in the stomach or upper small intestine
Bile
Tissue lining erosion in the stomach or upper small intestine
Esophageal sphincter
Tissue lining erosion in the stomach or upper small intestine
Heartburn
Tissue lining erosion in the stomach or upper small intestine
Chyme
Tissue lining erosion in the stomach or upper small intestine
Ulcer
Tissue lining erosion in the stomach or upper small intestine
Villi
Tissue lining erosion in the stomach or upper small intestine
Passive absorption
Tissue lining erosion in the stomach or upper small intestine
Active absorption
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Urea
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Tissue
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Organ
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Organ system
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
DNA
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Digestion
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Umami
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Enzyme
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Bile
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Esophageal sphincter
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Heartburn
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Chyme
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Ulcer
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Villi
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Passive absorption
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Active absorption
Nitrogen-containing waste product found in urine
Urea
Nitrogen-containing waste product found in urine
Tissue
Nitrogen-containing waste product found in urine
Organ
Nitrogen-containing waste product found in urine
Organ system
Nitrogen-containing waste product found in urine
DNA
Nitrogen-containing waste product found in urine
Digestion
Nitrogen-containing waste product found in urine
Umami
Nitrogen-containing waste product found in urine
Enzyme
Nitrogen-containing waste product found in urine
Bile
Nitrogen-containing waste product found in urine
Esophageal sphincter
Nitrogen-containing waste product found in urine
Heartburn
Nitrogen-containing waste product found in urine
Chyme
Nitrogen-containing waste product found in urine
Ulcer
Nitrogen-containing waste product found in urine
Villi
Nitrogen-containing waste product found in urine
Passive absorption
Nitrogen-containing waste product found in urine
Active absorption
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Urea
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Tissue
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Organ
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Organ system
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
DNA
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Digestion
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Umami
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Enzyme
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Bile
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Esophageal sphincter
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Heartburn
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Chyme
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Ulcer
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Villi
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Passive absorption
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Active absorption
Collection of cells adapted to perform a specific function
Urea
Collection of cells adapted to perform a specific function
Tissue
Collection of cells adapted to perform a specific function
Organ
Collection of cells adapted to perform a specific function
Organ system
Collection of cells adapted to perform a specific function
DNA
Collection of cells adapted to perform a specific function
Digestion
Collection of cells adapted to perform a specific function
Umami
Collection of cells adapted to perform a specific function
Enzyme
Collection of cells adapted to perform a specific function
Bile
Collection of cells adapted to perform a specific function
Esophageal sphincter
Collection of cells adapted to perform a specific function
Heartburn
Collection of cells adapted to perform a specific function
Chyme
Collection of cells adapted to perform a specific function
Ulcer
Collection of cells adapted to perform a specific function
Villi
Collection of cells adapted to perform a specific function
Passive absorption
Collection of cells adapted to perform a specific function
Active absorption
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Urea
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Tissue
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Organ
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Organ system
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
DNA
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Digestion
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Umami
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Enzyme
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Bile
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Esophageal sphincter
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Heartburn
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Chyme
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Ulcer
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Villi
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Passive absorption
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Active absorption
A muscular valve that controls the flow of foodstuffs into the stomach
Urea
A muscular valve that controls the flow of foodstuffs into the stomach
Tissue
A muscular valve that controls the flow of foodstuffs into the stomach
Organ
A muscular valve that controls the flow of foodstuffs into the stomach
Organ system
A muscular valve that controls the flow of foodstuffs into the stomach
DNA
A muscular valve that controls the flow of foodstuffs into the stomach
Digestion
A muscular valve that controls the flow of foodstuffs into the stomach
Umami
A muscular valve that controls the flow of foodstuffs into the stomach
Enzyme
A muscular valve that controls the flow of foodstuffs into the stomach
Bile
A muscular valve that controls the flow of foodstuffs into the stomach
Esophageal sphincter
A muscular valve that controls the flow of foodstuffs into the stomach
Heartburn
A muscular valve that controls the flow of foodstuffs into the stomach
Chyme
A muscular valve that controls the flow of foodstuffs into the stomach
Ulcer
A muscular valve that controls the flow of foodstuffs into the stomach
Villi
A muscular valve that controls the flow of foodstuffs into the stomach
Passive absorption
A muscular valve that controls the flow of foodstuffs into the stomach
Active absorption
A collection of organs that work together to perform an overall function
Urea
A collection of organs that work together to perform an overall function
Tissue
A collection of organs that work together to perform an overall function
Organ
A collection of organs that work together to perform an overall function
Organ system
A collection of organs that work together to perform an overall function
DNA
A collection of organs that work together to perform an overall function
Digestion
A collection of organs that work together to perform an overall function
Umami
A collection of organs that work together to perform an overall function
Enzyme
A collection of organs that work together to perform an overall function
Bile
A collection of organs that work together to perform an overall function
Esophageal sphincter
A collection of organs that work together to perform an overall function
Heartburn
A collection of organs that work together to perform an overall function
Chyme
A collection of organs that work together to perform an overall function
Ulcer
A collection of organs that work together to perform an overall function
Villi
A collection of organs that work together to perform an overall function
Passive absorption
A collection of organs that work together to perform an overall function
Active absorption
The site of hereditary information in cells
Urea
The site of hereditary information in cells
Tissue
The site of hereditary information in cells
Organ
The site of hereditary information in cells
Organ system
The site of hereditary information in cells
DNA
The site of hereditary information in cells
Digestion
The site of hereditary information in cells
Umami
The site of hereditary information in cells
Enzyme
The site of hereditary information in cells
Bile
The site of hereditary information in cells
Esophageal sphincter
The site of hereditary information in cells
Heartburn
The site of hereditary information in cells
Chyme
The site of hereditary information in cells
Ulcer
The site of hereditary information in cells
Villi
The site of hereditary information in cells
Passive absorption
The site of hereditary information in cells
Active absorption
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Urea
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Tissue
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Organ
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Organ system
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
DNA
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Digestion
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Umami
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Enzyme
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Bile
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Esophageal sphincter
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Heartburn
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Chyme
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Ulcer
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Villi
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Passive absorption
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Active absorption
A substance released into the small intestine to aid fat absorption
Urea
A substance released into the small intestine to aid fat absorption
Tissue
A substance released into the small intestine to aid fat absorption
Organ
A substance released into the small intestine to aid fat absorption
Organ system
A substance released into the small intestine to aid fat absorption
DNA
A substance released into the small intestine to aid fat absorption
Digestion
A substance released into the small intestine to aid fat absorption
Umami
A substance released into the small intestine to aid fat absorption
Enzyme
A substance released into the small intestine to aid fat absorption
Bile
A substance released into the small intestine to aid fat absorption
Esophageal sphincter
A substance released into the small intestine to aid fat absorption
Heartburn
A substance released into the small intestine to aid fat absorption
Chyme
A substance released into the small intestine to aid fat absorption
Ulcer
A substance released into the small intestine to aid fat absorption
Villi
A substance released into the small intestine to aid fat absorption
Passive absorption
A substance released into the small intestine to aid fat absorption
Active absorption
A mixture of stomach secretions and partially digested food
Urea
A mixture of stomach secretions and partially digested food
Tissue
A mixture of stomach secretions and partially digested food
Organ
A mixture of stomach secretions and partially digested food
Organ system
A mixture of stomach secretions and partially digested food
DNA
A mixture of stomach secretions and partially digested food
Digestion
A mixture of stomach secretions and partially digested food
Umami
A mixture of stomach secretions and partially digested food
Enzyme
A mixture of stomach secretions and partially digested food
Bile
A mixture of stomach secretions and partially digested food
Esophageal sphincter
A mixture of stomach secretions and partially digested food
Heartburn
A mixture of stomach secretions and partially digested food
Chyme
A mixture of stomach secretions and partially digested food
Ulcer
A mixture of stomach secretions and partially digested food
Villi
A mixture of stomach secretions and partially digested food
Passive absorption
A mixture of stomach secretions and partially digested food
Active absorption
A group of tissues designed to perform a specific function
Urea
A group of tissues designed to perform a specific function
Tissue
A group of tissues designed to perform a specific function
Organ
A group of tissues designed to perform a specific function
Organ system
A group of tissues designed to perform a specific function
DNA
A group of tissues designed to perform a specific function
Digestion
A group of tissues designed to perform a specific function
Umami
A group of tissues designed to perform a specific function
Enzyme
A group of tissues designed to perform a specific function
Bile
A group of tissues designed to perform a specific function
Esophageal sphincter
A group of tissues designed to perform a specific function
Heartburn
A group of tissues designed to perform a specific function
Chyme
A group of tissues designed to perform a specific function
Ulcer
A group of tissues designed to perform a specific function
Villi
A group of tissues designed to perform a specific function
Passive absorption
A group of tissues designed to perform a specific function
Active absorption
Movement of nutrients into absorptive cells using a carrier and expending energy
Urea
Movement of nutrients into absorptive cells using a carrier and expending energy
Tissue
Movement of nutrients into absorptive cells using a carrier and expending energy
Organ
Movement of nutrients into absorptive cells using a carrier and expending energy
Organ system
Movement of nutrients into absorptive cells using a carrier and expending energy
DNA
Movement of nutrients into absorptive cells using a carrier and expending energy
Digestion
Movement of nutrients into absorptive cells using a carrier and expending energy
Umami
Movement of nutrients into absorptive cells using a carrier and expending energy
Enzyme
Movement of nutrients into absorptive cells using a carrier and expending energy
Bile
Movement of nutrients into absorptive cells using a carrier and expending energy
Esophageal sphincter
Movement of nutrients into absorptive cells using a carrier and expending energy
Heartburn
Movement of nutrients into absorptive cells using a carrier and expending energy
Chyme
Movement of nutrients into absorptive cells using a carrier and expending energy
Ulcer
Movement of nutrients into absorptive cells using a carrier and expending energy
Villi
Movement of nutrients into absorptive cells using a carrier and expending energy
Passive absorption
Movement of nutrients into absorptive cells using a carrier and expending energy
Active absorption
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Deck 3: The Human Body: a Nutrition Perspective
1
_______________ absption requires a carrier and energy.
Active
2
A(n) _______________ is a medication that inhibits the ability of gastric cells to secrete hydrogen ions.
proton pump inhibitor OR PPI
3
Transmission of nerve impulses relies on the concentrations of ______ in the neuron.

A) B vitamins
B) calcium and magnesium
C) cholesterol
D) sodium and potassium
D
4
The large intestine's main role is to absb water and _______________.
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5
A muscular ring that prevents backflow of materials into the previous digestive compartment is called a _______________.
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6
After absption from the small intestine into the ptal vein, amino acids are carried to the _______________.
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7
When looking at the ganization of the human body, smaller units lead to progressively larger units. F instance, groups of atoms are called molecules, groups of cells are called _______________, and various gans that wk in codination are called gan systems.
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8
The wall of the small intestine is folded, and within the folds are fingerlike projections called _______________.
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9
______________________________ are sometimes called the "power plants" the "powerhouse" of the cell.
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10
Most nutrients from the digestive tract enter the liver through the _______________ vein.
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11
The _______________ prevents the entrance of food into the trachea.
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12
Most digestive and absptive activities occur in the _______________.
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13
Which of the following act as a code book f synthesizing specific proteins required to perfm specific body tasks?

A) RNA
B) Cells
C) Organs
D) DNA
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14
Partially digested food in the stomach is also known as _______________.
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15
The digestive system suppts the ______ system by destroying pathogens and preventing microganisms from entering the bloodstream.
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16
The action of circular and longitudinal muscles that move digestive material along the GI tract is called _______________.
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17
When a nutrient moves from an area of higher concentration into an absptive cell where the concentration is lower, this is called _______________.
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18
The primary components of fecal material are water and _______________.
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19
Messages are transmitted from one neuron to another by the action of _______________________________.
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20
The _______________ system is responsible f transpting fat-soluble nutrients from the digestive system to the bloodstream.
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21
What sphincter separates the small intestine from the large intestine?

A) Pyloric
B) Esophageal
C) Rectal
D) Ileocecal
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22
Most digestion takes place in the

A) stomach.
B) small intestine.
C) pancreas.
D) large intestine.
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23
What structure prevents food from entering the trachea when you swallow?

A) Epiglottis
B) Tongue
C) Tonsils
D) Esophagus
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24
After digestion and absption, which circulaty system carries fat and fat-soluble vitamins?

A) Portal
B) Enterohepatic
C) Lymphatic
D) Mesentery
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25
The stomach empties into the small intestine through the

A) pyloric sphincter.
B) esophageal sphincter.
C) Sphincter of Oddi.
D) ileocecal sphincter.
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26
The ________________________ system shelters humans from threats such as diseases and toxins.

A) lymphatic
B) immune
C) cardiovascular
D) endocrine
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27
All of the following are features of the epiglottis except which one?

A) It covers the opening of the trachea.
B) It prevents food from entering the windpipe during swallowing.
C) It guides food down the esophagus.
D) It is the first GI tract sphincter.
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28
Which large blood vessel is the first to receive most recently eaten nutrients, transpting them to the liver?

A) Portal vein
B) Mesenteric vein
C) Subclavian vein
D) Hepatic vein
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29
Bone, cartilage, muscle, and nerves are considered

A) organs.
B) organ systems.
C) tissues.
D) organisms.
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30
Which of the following is not a function of the urinary system?

A) Contributes to acid-base balance of the blood
B) Excretion of fat-soluble vitamins
C) Helps to regulate water content of the body
D) Excretion of water-soluble vitamins
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31
Which of the following is a feature of the lymphatic system?

A) It is composed of a mucus-like substance.
B) It picks up and transports dietary lipid.
C) It serves to transport fat- and water-soluble vitamins to the heart.
D) It funnels nutrients to the liver via a one-way pump.
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32
The ___________________________ system is made up of several glands that act in the regulation of metabolism, reproduction, water balance, and many other functions.

A) lymphatic
B) urinary
C) endocrine
D) cardiovascular
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33
What is one function of the pylic sphincter?

A) Prevents esophageal contents from emptying too quickly into the stomach
B) Prevents stomach contents from backing up into the esophagus
C) Prevents intestinal contents from backing up into the stomach
D) Prevents intestinal contents from emptying too quickly into the colon
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34
All of the following must be supplied by the diet to suppt the chemical processes of human physiology except

A) phytochemicals.
B) carbohydrates.
C) lipids.
D) vitamins and minerals.
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35
To which body part does blood travel to pick up oxygen and release carbon dioxide?

A) Heart
B) Lungs
C) Liver
D) Kidneys
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36
Blood leaving the intestine goes by way of a vein to the

A) kidneys.
B) heart.
C) liver.
D) pancreas.
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37
The constant turnover of body tissues requires the ______ supplied by carbohydrates, proteins, and lipids.

A) hormones
B) chemical energy
C) vitamins
D) structural components
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38
Which of the following is true about the lymphatic system?

A) The specialized fluid carried by this system is blood.
B) This system never intersects with the bloodstream.
C) It is not involved in the transport of nutrients.
D) It is important for transporting fat-soluble nutrients.
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39
Which hmone functions in the regulation of the body's metabolic rate?

A) insulin
B) thyroid hormone
C) vitamin D
D) glucagon
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40
Where does digestion begin?

A) Mouth
B) Stomach
C) Esophagus
D) Small intestine
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41
Which of the following is a function of sphincter muscles?

A) Breaks apart food particles
B) Controls passage of food through the GI tract
C) Controls peristalsis
D) Releases enzymes and hormones into the GI tract
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42
These protein-based substances enhance digestion by making chemical reactions me likely to happen.

A) Bile
B) Emulsifiers
C) Enzymes
D) Hormones
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43
The study of how genes determine our nutritional requirements is called

A) nutrigenomics.
B) food biotechnology.
C) nutritional biochemistry.
D) genetic engineering.
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44
Which of the following, upon digestion, is not nmally absbed directly into the bloodstream?

A) Minerals
B) Fats
C) Carbohydrates
D) Proteins
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45
What is the function of mucus in the stomach?

A) Emulsifies fats
B) Neutralizes stomach acid
C) Digests food
D) Protects stomach cells from gastric juices
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46
What substance helps suspend fat in a watery digestive mixture, making fat me available to digestive enzymes?

A) Bicarbonate
B) Mucus
C) Bile
D) Pancreatic juices
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47
What percentage of a meal has been absbed by the time it leaves the small intestine?

A) 25%
B) 55%
C) 80%
D) 95%
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48
Which of the following is true about digestive enzymes?

A) One enzyme can speed many types of chemical processes.
B) Enzymes are not sensitive to temperature.
C) Enzymes that work in the acidic environment of the stomach cannot work in the basic or alkaline environment of the small intestine and vice versa.
D) Enzymes typically work independently of vitamins or minerals.
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49
Which of the following is not considered part of the GI tract?

A) Anus
B) Lungs
C) Colon
D) Esophagus
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50
Which of the following gans serves as a stage depot f many vitamins and minerals?

A) kidney
B) stomach
C) brain
D) liver
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51
Which of the following is not a sht-term stage site f carbohydrates in the body?

A) blood
B) liver
C) brain
D) muscle
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52
Which of the following meals would leave the stomach last?

A) Bagel, orange juice, and banana
B) Non-fat yogurt, banana, and skim milk
C) Raisin Bran, skim milk, English muffin, and coffee
D) Sausage, egg, cheese, biscuit, and coffee
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53
Where are most digestive enzymes produced?

A) Pancreas and small intestine
B) Liver and large intestine
C) Pancreas and large intestine
D) Liver and pancreas
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54
Which of the following is a description of chyme?

A) A watery mixture of partially digested food released by the stomach into the intestines
B) The semisolid mass of undigested food that is swallowed
C) The mixture of pancreatic juices containing enzymes for digestion
D) A thick, viscous material synthesized by mucosal cells for protection against digestive juices
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55
Which of the following is not a sphincter?

A) Duodenal
B) Esophageal
C) Pyloric
D) Ileocecal
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56
The muscular contractions that move food through the digestive tract are called

A) regurgitation.
B) peristalsis.
C) propulsion.
D) compression.
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57
The ring-like muscles that retard prevent backflow of partially digested food in the gastrointestinal tract are called

A) sphincters.
B) passages.
C) openings.
D) gates.
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58
The study of how food impacts health through its interaction with our genes and its subsequent effect on gene expression is called

A) epidemiology.
B) molecular biology.
C) nutrigenomics.
D) genetic engineering.
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59
Which of the following body gans produces bile?

A) Stomach
B) Salivary glands
C) Pancreas
D) Liver
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60
Peristalsis refers to

A) chewing and swallowing.
B) the opening and closing of sphincters.
C) the action of bile on dietary fat.
D) muscular movement of materials through the GI tract.
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61
Partially digested food that enters the small intestine from the stomach is called

A) bolus.
B) mass.
C) chyme.
D) bile.
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62
All of the following are characteristics of heartburn except which one?

A) It is a gnawing pain in the upper chest.
B) It is caused by a backflow of acid from the stomach into the esophagus.
C) It can damage the esophagus because it has no mucus lining to protect the esophagus.
D) It subsides when a person relaxes and lies down after a meal.
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63
A function of the large intestine is to absb

A) fats and proteins.
B) vitamins and minerals.
C) water and minerals.
D) proteins and carbohydrates.
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64
The function of thick mucus in the stomach is to

A) promote fat digestion.
B) activate stomach enzymes.
C) protect stomach cells from acid and enzymes.
D) keep the stomach bacteria-free.
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65
Which pH best describes the environment of the stomach when stimulated?

A) Neutral
B) Both acidic and basic
C) Acidic
D) Basic
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66
Which of the following is true regarding bile?

A) It is secreted in response to the presence of carbohydrates in the small intestine.
B) It stimulates the release of pancreatic juices.
C) It is produced by the liver.
D) It is a hormone.
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67
Constipation can best be prevented by

A) eating dietary fiber.
B) restricting fluids.
C) restricting physical exercise.
D) using laxatives.
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68
The most active area f the absption of nutrients into the body is the

A) stomach.
B) small intestine.
C) large intestine.
D) liver.
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69
A recurrent and me serious fm of heartburn, also known as acid reflux, is called

A) gastroesophageal reflux disease.
B) cardiovascular reflux disease.
C) esophageal ulceritis.
D) gastric distress.
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70
Which of the following therapies is appropriate f ulcer treatment?

A) Aspirin
B) Antacids
C) Orange juice
D) Milk and cream
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71
In passive absption, nutrients enter the cell

A) with a carrier.
B) with the expenditure of energy.
C) from an area of higher concentration to one of lower concentration.
D) from an area of lower concentration to one of higher concentration.
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72
Which of the following is an imptant dietary recommendation f avoiding heartburn?

A) Eat smaller meals that are lower in fat.
B) Eat large meals.
C) Eat meals low in carbohydrate.
D) Avoid fluids.
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73
Antibiotic treatment of infection with the bacteria ______________ heals some stomach ulcers and prevents their recurrence.

A) Salmonella
B) Helicobacter pylori
C)
D) Clostridium botulinum
E) coli
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74
Absption of nutrients by intestinal cells occurs by all of the following mechanisms except

A) sustained absorption.
B) passive absorption.
C) active absorption.
D) facilitated absorption.
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75
A hmone responds to food entering the small intestine and stimulates the pancreas to release

A) bicarbonate.
B) acid.
C) bile.
D) mucus.
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76
The villi of the small intestine

A) provide an enormous surface area that facilitates absorption.
B) store fat-soluble vitamins.
C) continuously move food through the small intestine to the colon.
D) inactivate enzymes consumed with food.
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77
Excessive acid production in the stomach upper small intestine could result in

A) poor iron, calcium, and folate absorption.
B) excessive intestinal bacterial growth.
C) an ulcer.
D) decreased fiber digestion and absorption.
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78
Which of the following substances is primarily involved in the absption of fat to facilitate its digestion?

A) Bicarbonate
B) Pancreatic juices
C) Hydrochloric acid
D) Bile
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79
Match between columns
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Urea
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Tissue
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Organ
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Organ system
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
DNA
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Digestion
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Umami
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Enzyme
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Bile
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Esophageal sphincter
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Heartburn
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Chyme
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Ulcer
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Villi
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Passive absorption
Fingerlike projections in the small intestine that participate in digestion and absorption of foodstuffs
Active absorption
A compound that speeds the rate of chemical processes but is not altered by the process
Urea
A compound that speeds the rate of chemical processes but is not altered by the process
Tissue
A compound that speeds the rate of chemical processes but is not altered by the process
Organ
A compound that speeds the rate of chemical processes but is not altered by the process
Organ system
A compound that speeds the rate of chemical processes but is not altered by the process
DNA
A compound that speeds the rate of chemical processes but is not altered by the process
Digestion
A compound that speeds the rate of chemical processes but is not altered by the process
Umami
A compound that speeds the rate of chemical processes but is not altered by the process
Enzyme
A compound that speeds the rate of chemical processes but is not altered by the process
Bile
A compound that speeds the rate of chemical processes but is not altered by the process
Esophageal sphincter
A compound that speeds the rate of chemical processes but is not altered by the process
Heartburn
A compound that speeds the rate of chemical processes but is not altered by the process
Chyme
A compound that speeds the rate of chemical processes but is not altered by the process
Ulcer
A compound that speeds the rate of chemical processes but is not altered by the process
Villi
A compound that speeds the rate of chemical processes but is not altered by the process
Passive absorption
A compound that speeds the rate of chemical processes but is not altered by the process
Active absorption
Tissue lining erosion in the stomach or upper small intestine
Urea
Tissue lining erosion in the stomach or upper small intestine
Tissue
Tissue lining erosion in the stomach or upper small intestine
Organ
Tissue lining erosion in the stomach or upper small intestine
Organ system
Tissue lining erosion in the stomach or upper small intestine
DNA
Tissue lining erosion in the stomach or upper small intestine
Digestion
Tissue lining erosion in the stomach or upper small intestine
Umami
Tissue lining erosion in the stomach or upper small intestine
Enzyme
Tissue lining erosion in the stomach or upper small intestine
Bile
Tissue lining erosion in the stomach or upper small intestine
Esophageal sphincter
Tissue lining erosion in the stomach or upper small intestine
Heartburn
Tissue lining erosion in the stomach or upper small intestine
Chyme
Tissue lining erosion in the stomach or upper small intestine
Ulcer
Tissue lining erosion in the stomach or upper small intestine
Villi
Tissue lining erosion in the stomach or upper small intestine
Passive absorption
Tissue lining erosion in the stomach or upper small intestine
Active absorption
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Urea
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Tissue
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Organ
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Organ system
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
DNA
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Digestion
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Umami
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Enzyme
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Bile
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Esophageal sphincter
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Heartburn
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Chyme
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Ulcer
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Villi
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Passive absorption
Movement of nutrients from the intestinal lumen into absorptive cells from an area of higher concentration to an area of lower concentration
Active absorption
Nitrogen-containing waste product found in urine
Urea
Nitrogen-containing waste product found in urine
Tissue
Nitrogen-containing waste product found in urine
Organ
Nitrogen-containing waste product found in urine
Organ system
Nitrogen-containing waste product found in urine
DNA
Nitrogen-containing waste product found in urine
Digestion
Nitrogen-containing waste product found in urine
Umami
Nitrogen-containing waste product found in urine
Enzyme
Nitrogen-containing waste product found in urine
Bile
Nitrogen-containing waste product found in urine
Esophageal sphincter
Nitrogen-containing waste product found in urine
Heartburn
Nitrogen-containing waste product found in urine
Chyme
Nitrogen-containing waste product found in urine
Ulcer
Nitrogen-containing waste product found in urine
Villi
Nitrogen-containing waste product found in urine
Passive absorption
Nitrogen-containing waste product found in urine
Active absorption
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Urea
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Tissue
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Organ
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Organ system
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
DNA
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Digestion
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Umami
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Enzyme
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Bile
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Esophageal sphincter
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Heartburn
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Chyme
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Ulcer
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Villi
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Passive absorption
A brothy, meaty, savory flavor in some foods; monosodium glutamate enhances this flavor
Active absorption
Collection of cells adapted to perform a specific function
Urea
Collection of cells adapted to perform a specific function
Tissue
Collection of cells adapted to perform a specific function
Organ
Collection of cells adapted to perform a specific function
Organ system
Collection of cells adapted to perform a specific function
DNA
Collection of cells adapted to perform a specific function
Digestion
Collection of cells adapted to perform a specific function
Umami
Collection of cells adapted to perform a specific function
Enzyme
Collection of cells adapted to perform a specific function
Bile
Collection of cells adapted to perform a specific function
Esophageal sphincter
Collection of cells adapted to perform a specific function
Heartburn
Collection of cells adapted to perform a specific function
Chyme
Collection of cells adapted to perform a specific function
Ulcer
Collection of cells adapted to perform a specific function
Villi
Collection of cells adapted to perform a specific function
Passive absorption
Collection of cells adapted to perform a specific function
Active absorption
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Urea
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Tissue
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Organ
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Organ system
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
DNA
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Digestion
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Umami
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Enzyme
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Bile
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Esophageal sphincter
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Heartburn
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Chyme
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Ulcer
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Villi
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Passive absorption
The process whereby food is broken into forms that can be absorbed across the wall of the GI tract
Active absorption
A muscular valve that controls the flow of foodstuffs into the stomach
Urea
A muscular valve that controls the flow of foodstuffs into the stomach
Tissue
A muscular valve that controls the flow of foodstuffs into the stomach
Organ
A muscular valve that controls the flow of foodstuffs into the stomach
Organ system
A muscular valve that controls the flow of foodstuffs into the stomach
DNA
A muscular valve that controls the flow of foodstuffs into the stomach
Digestion
A muscular valve that controls the flow of foodstuffs into the stomach
Umami
A muscular valve that controls the flow of foodstuffs into the stomach
Enzyme
A muscular valve that controls the flow of foodstuffs into the stomach
Bile
A muscular valve that controls the flow of foodstuffs into the stomach
Esophageal sphincter
A muscular valve that controls the flow of foodstuffs into the stomach
Heartburn
A muscular valve that controls the flow of foodstuffs into the stomach
Chyme
A muscular valve that controls the flow of foodstuffs into the stomach
Ulcer
A muscular valve that controls the flow of foodstuffs into the stomach
Villi
A muscular valve that controls the flow of foodstuffs into the stomach
Passive absorption
A muscular valve that controls the flow of foodstuffs into the stomach
Active absorption
A collection of organs that work together to perform an overall function
Urea
A collection of organs that work together to perform an overall function
Tissue
A collection of organs that work together to perform an overall function
Organ
A collection of organs that work together to perform an overall function
Organ system
A collection of organs that work together to perform an overall function
DNA
A collection of organs that work together to perform an overall function
Digestion
A collection of organs that work together to perform an overall function
Umami
A collection of organs that work together to perform an overall function
Enzyme
A collection of organs that work together to perform an overall function
Bile
A collection of organs that work together to perform an overall function
Esophageal sphincter
A collection of organs that work together to perform an overall function
Heartburn
A collection of organs that work together to perform an overall function
Chyme
A collection of organs that work together to perform an overall function
Ulcer
A collection of organs that work together to perform an overall function
Villi
A collection of organs that work together to perform an overall function
Passive absorption
A collection of organs that work together to perform an overall function
Active absorption
The site of hereditary information in cells
Urea
The site of hereditary information in cells
Tissue
The site of hereditary information in cells
Organ
The site of hereditary information in cells
Organ system
The site of hereditary information in cells
DNA
The site of hereditary information in cells
Digestion
The site of hereditary information in cells
Umami
The site of hereditary information in cells
Enzyme
The site of hereditary information in cells
Bile
The site of hereditary information in cells
Esophageal sphincter
The site of hereditary information in cells
Heartburn
The site of hereditary information in cells
Chyme
The site of hereditary information in cells
Ulcer
The site of hereditary information in cells
Villi
The site of hereditary information in cells
Passive absorption
The site of hereditary information in cells
Active absorption
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Urea
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Tissue
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Organ
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Organ system
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
DNA
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Digestion
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Umami
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Enzyme
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Bile
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Esophageal sphincter
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Heartburn
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Chyme
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Ulcer
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Villi
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Passive absorption
A pain emanating from the esophagus caused by stomach acid backing up and irritating its tissue
Active absorption
A substance released into the small intestine to aid fat absorption
Urea
A substance released into the small intestine to aid fat absorption
Tissue
A substance released into the small intestine to aid fat absorption
Organ
A substance released into the small intestine to aid fat absorption
Organ system
A substance released into the small intestine to aid fat absorption
DNA
A substance released into the small intestine to aid fat absorption
Digestion
A substance released into the small intestine to aid fat absorption
Umami
A substance released into the small intestine to aid fat absorption
Enzyme
A substance released into the small intestine to aid fat absorption
Bile
A substance released into the small intestine to aid fat absorption
Esophageal sphincter
A substance released into the small intestine to aid fat absorption
Heartburn
A substance released into the small intestine to aid fat absorption
Chyme
A substance released into the small intestine to aid fat absorption
Ulcer
A substance released into the small intestine to aid fat absorption
Villi
A substance released into the small intestine to aid fat absorption
Passive absorption
A substance released into the small intestine to aid fat absorption
Active absorption
A mixture of stomach secretions and partially digested food
Urea
A mixture of stomach secretions and partially digested food
Tissue
A mixture of stomach secretions and partially digested food
Organ
A mixture of stomach secretions and partially digested food
Organ system
A mixture of stomach secretions and partially digested food
DNA
A mixture of stomach secretions and partially digested food
Digestion
A mixture of stomach secretions and partially digested food
Umami
A mixture of stomach secretions and partially digested food
Enzyme
A mixture of stomach secretions and partially digested food
Bile
A mixture of stomach secretions and partially digested food
Esophageal sphincter
A mixture of stomach secretions and partially digested food
Heartburn
A mixture of stomach secretions and partially digested food
Chyme
A mixture of stomach secretions and partially digested food
Ulcer
A mixture of stomach secretions and partially digested food
Villi
A mixture of stomach secretions and partially digested food
Passive absorption
A mixture of stomach secretions and partially digested food
Active absorption
A group of tissues designed to perform a specific function
Urea
A group of tissues designed to perform a specific function
Tissue
A group of tissues designed to perform a specific function
Organ
A group of tissues designed to perform a specific function
Organ system
A group of tissues designed to perform a specific function
DNA
A group of tissues designed to perform a specific function
Digestion
A group of tissues designed to perform a specific function
Umami
A group of tissues designed to perform a specific function
Enzyme
A group of tissues designed to perform a specific function
Bile
A group of tissues designed to perform a specific function
Esophageal sphincter
A group of tissues designed to perform a specific function
Heartburn
A group of tissues designed to perform a specific function
Chyme
A group of tissues designed to perform a specific function
Ulcer
A group of tissues designed to perform a specific function
Villi
A group of tissues designed to perform a specific function
Passive absorption
A group of tissues designed to perform a specific function
Active absorption
Movement of nutrients into absorptive cells using a carrier and expending energy
Urea
Movement of nutrients into absorptive cells using a carrier and expending energy
Tissue
Movement of nutrients into absorptive cells using a carrier and expending energy
Organ
Movement of nutrients into absorptive cells using a carrier and expending energy
Organ system
Movement of nutrients into absorptive cells using a carrier and expending energy
DNA
Movement of nutrients into absorptive cells using a carrier and expending energy
Digestion
Movement of nutrients into absorptive cells using a carrier and expending energy
Umami
Movement of nutrients into absorptive cells using a carrier and expending energy
Enzyme
Movement of nutrients into absorptive cells using a carrier and expending energy
Bile
Movement of nutrients into absorptive cells using a carrier and expending energy
Esophageal sphincter
Movement of nutrients into absorptive cells using a carrier and expending energy
Heartburn
Movement of nutrients into absorptive cells using a carrier and expending energy
Chyme
Movement of nutrients into absorptive cells using a carrier and expending energy
Ulcer
Movement of nutrients into absorptive cells using a carrier and expending energy
Villi
Movement of nutrients into absorptive cells using a carrier and expending energy
Passive absorption
Movement of nutrients into absorptive cells using a carrier and expending energy
Active absorption
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