Unit 7 Ch 17 Flashcards

0
Q

Calories are considered to be?

A

– Kilocalorie Unit of expression of energy equal to 1,000 calories.
• Amount of heat energy required to raise the temperature of 1 kilogram or liter of water 1 degree Celsius
– Calories to tell us how much energy is contained in food – Carbs and protein contain 4 calories per gram
– Fats contain 9 calories per gram
– Alcohol contain 7 calories per gram
– Calorie is the term that will be used instead of kilocalorie.

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1
Q

Who’s scope of practice is nutrition?

A

Client’s with health issues
• Refer to a registered dietician
– Cannot provide written diets to clients
– Can provide information listed in the chart below

Look at: Table 17.2 in book

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2
Q

What types Total energy expenditure (TEE) are there?

A
  • Amount of energy (
  • Resting metabolic rate (RMR)
  • Thermic effect of food (TEF)
  • PhysicalActivity
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3
Q

Amount of energy:

A

(calories) spent, on average, in a typical day.

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4
Q

Resting metabolic rate (RMR):

A
  • Amount of energy expended while at rest.

* 70% of total energy expenditure

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5
Q

Thermic effect of food (TEF):

A

• Amount of energy expended above RMR as a result of the processing of food (digestion) for storage or use
• 6-10% of total energy expenditure

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6
Q

PhysicalActivity:

A

•Amount of energy expended above RMR and TEF associated with physical activity
• 20% of total energy expenditure for a sedentary person

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7
Q

What types of macronutrients are there?

A

Proteins
Carbohydrates
Fiber
Lipids

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8
Q

Proteins:

A

Build and repair body tissue
– Can be converted into fuel if running low on carbohydrates or energy
– 4 calories per gram
– Made of amino acids
• Can create different types of protein
-Must be broken down into amino acids to be absorbed

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9
Q

Proteins are made up two types of amino acids called:

A
  • Essential

* Nonessential

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10
Q

Essential:

A

Must get these from our diet

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11
Q

Nonessential:

A

Can make within our body

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12
Q

Breakdown of amino acids:

A

•Starts in the mouth with chewing
• Stomach is where the protein is denatured (uncoiled or broken down) into smaller peptide chains
• Intestines break the peptide chains down into the amino acids that can be absorbed into the blood stream
• In the bloodstream the body will use the amino acids to build muscle, convert into energy if needed (gluconeogenesis), or if excess of calories will be stored as fat

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13
Q

Types of protein sources:

A
  • Complete protein
  • Incomplete protein
  • Limiting factor
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14
Q

Complete protein:

A
  • Contains all essential amino acids in the right ratio.

* Meats and dairy products

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15
Q

Incomplete protein:

A
  • Low or lacking an essential amino acids

* Peanut butter

16
Q

Limiting factor:

A

• Amino acid missing in the smallest amount
• Food lacking amino acid is not combined with a source high in that missing amino acid the body will only be able to synthesize protein until the limiting amino acid runs out

17
Q

Protein requirements:

A

– Exercise can increase the need for protein
– Requirements increase when overall energy intake decreases
• Will be burned for energy if not getting enough calories
• Excess calories protein will be stored as fat
• Adequate carbohydrate levels will spare protein for tissue building and repair
– 10%-35% of diet
– Provides satiety
– Very high protein intake above 35% is not recommended
• Higher intake of saturated fat
• Low fiber intake
• Decreased glycogen stores
• Dehydration

Study table 17.6

18
Q

Carbohydrates:

A

– Sugar, starches, and fiber
– 4 calories per gram
– Primary energy source for all body function and muscular exertion
Through digestion disaccharides and polysaccharides are broken down into monosaccharides
– Glycemic index (GI)
– Excess carbohydrates will be stored as fat
– Carbohydrates do not cause weight gain, but the excess consumption of calories.

19
Q

Types of carbohydrates:

A

Simple carbohydrate

Complex carbohydrate

20
Q

What are the two Simple carbohydrates?

A
  • Monosaccharide

* Disaccharides

21
Q

Monosaccharide:

A

Glucose, galactose, fructose

22
Q

Disaccharides:

A

Sucrose, lactose, maltose

23
Q

Complex carbohydrate:

A

Polysaccharides

•Starch

24
Q

Glycemic index:

A

• The rate at which a carbohydrate raises blood glucose, and the rate at which insulin increases.
• Higher rating has more fiber, due to taking longer to digest the food

25
Q

Carbohydrates during exercise:

A

– Preferred source of energy
– ATP-PC and Glycolysis run on carbohydrates
– Important to consume carbohydrates before and after exercise
– Important to consume carbohydrates during exercise lasting longer than 1 hour to maintain blood glucose levels

• Carbohydrate intake should make up 45%-65% of the total calorie intake
– Depending on their exercise level and preference
Bodycannotproperlyburnfatwithoutcarbohydrates
• Fat burns in a carbohydrate flame
– Important to consume after exercise to restore glycogen stores
– Should consume 1.5g/kg within 30 minutes of exercise to maximize recovery

26
Q

Carbohydrates and weight gain:

A

– Overeating any macronutrient will lead to weight gain
– Carbohydrates provide energy for high intensity exercise
– Required for metabolizing fat
– Spare protein for repair
– Provide fiber, vitamins, and minerals
– Consuming to much sugar, refined processed carbs, high glycemic foods can lead to: uncontrolled spikes in blood sugar, low energy, and increased appetite
– Carbohydrates are necessary when on an exercise
program

27
Q

Fiber:

A

– Not a source of energy
– Provides bulk in the diet and satiety
– Good intestinal motility
– Can lower risk of heart disease and cancer
– Regulates blood glucose levels
– Recommended 38g/day for men and 25g/day for women

28
Q

Lipids:

A

– Triglycerides, fats, oils, phospholipids, and sterols
– Fat contains 9 calories per gram
– 10-37% calories from fat in diet for a goal of fat loss or overall health
– Fatty acid

29
Q

Types of lipids:

A
  • Saturated fats

* Unsaturated fats

30
Q

Saturated fats:

A

– No double bonds
– Can raise bad cholesterol levels (LDL) – Meat, poultry, dairy, coconut oil, etc.

31
Q

There are types of Unsaturated fats:

A
  • Monounsaturated

* Polyunsaturated

32
Q

Monounsaturated:

A

• One double bond
• Olive oil, canola oil, peanuts, avocado, etc.

33
Q

Polyunsaturated:

A

• Many double bonds
• Vegetable oils, fish, most nuts and seeds
• May help reduce heart disease, hypertension, arthritis, and cancer

34
Q

Fat requirements:

A

– Provides energy for low intensity activities
– Transportation of fat soluble vitamins • A, D, E, & K
– Fullness
• Hormonecholecystokinin(CCK) • Signalssatiety
– Small amounts of fat in diet for weight loss – Structure and membrane function
– Precursors to hormones
– Cellular signals
– Regulation of uptake and excretion of nutrients in the cells.

35
Q

Water:

A

Approximately 60% of an adult human body
• Requirements are 3.0L for men and 2.2L for women per day
• Dehydration
– 2% loss of body weight of water will negatively affect circulatory functions and decrease performance

Study table 17.11

36
Q

Two types of altering body composition:

A
  • Fat loss

* Lean body mass.

37
Q

Fat loss:

A

– Make small decreases in food and beverage calories and increase physical activity
– Limit alcohol consumption
– Choose whole grains and fiber rich foods
– Avoid empty calories and highly processed foods
– Drink water
– Have clients weigh and measure their food for 1 week

38
Q

Lean body mass;

A

Eat 4-6 meals per day
– Spread protein intake throughout the day
– Ingest protein and carbohydrate within 90 minutes of a workout – Adequate protein and carbohydrates in the diet