NASM CPT Ch.16, 17, 19, 20 Flashcards
YOUTH
- more common due to less phys ed classes
- OH squat assessment
- correct compensations when young
- progress on postural control no on weights
May need to start off sitting
seniors - level determined by client; seated may be most unstable they can handle
Considerations for Seniors as these decrease as we age:
- max attainable HR
- cardiac output
- muscle mass
- balance and coordination
- connective tissue elasticity
- bone mineral density
BMI common tool used with
obese - 25-29.9 is overweight; over 30 obese
Obese perform exercises
seated or standing
be aware of surrounding
make sure client is comfortable
avoid pulling into positions that make clients feel self conscious
Clients with hypertension
blood pressure over 140/90
seated or standing exercises
avoid lying down
Clients with osteoporosis
decrease in bone mass/density fragile bones - commonly affect neck of the femur bone and lumbar vertebrae progress in seated/standing avoid spinal loading exercises squat and leg press exhaustion
Chronic joint inflammation
arthritis
degeneration of cartilage in joints
osteoarthritis
immune system mistakenly attacks it’s own tissue in the joints
rheumatoid arthritis
SMR with arthritic clients
only if they can tolerate it
avoid heavy lifting and high reps
Pregnant clients
after 12wks, avoid prone/supine
avoid smr in areas of swelling or varicose veins
avoid plyo in 2nd and 3rd trimester
- unit of expression of energy equals to 1000 cals
kilocalorie
– amount of heat required to raise the temp of 1 kilo of liter of water 1 degree celsius
TDEE
total energy expenditure
amount of energy spent on average in a typical day
TDEE
amount of energy spent at rest
RMR - resting metabolic rate;
70% of total expenditure
amount of energy expended above RMR as a result of the processing of food (digestion) or use
TEF - thermic effect of food
6-10% of total energy expenditure
amount of energy expended above RMR and TEF associated with physical activity
Physical activity - 20% of total energy expenditure for a sedentary person
- builds and repairs tissues
- converted into fuel if running low on carbs/energy
- 4 cals/gram
- made of amino acids
protein
Protein is made of
amino acids
types of amino acids
essential and non-essential
essential amino acids
must get these from diet
nonessential amino acids
can make within our body
protein must be broken down into what to be absorbed?
amino acids -
starts in mouth with chewing
protein denatured into smaller peptide chains in stomach
intestines break the peptide into aminos that are absorbed in bloodstream - body uses them to biuld muscle, convert into energy or if needed glugoneogenesis
excess protein is stored as
fat
Complete protein
contains all essential amino acids in right ratio
meats and diary products
Incomplete Protein
low or lacking in essential amino acids
peanut butter
limiting factor
amino acid missing in the smallest amount
food lacking aminos 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
What macro should comprise 10-35% of diet?
Protein - provides satiety, exercise can increase the need for it.
Requirements increase when overall energy intake decreases
Excess calories of protein will be stored as fat
Adequate carb levesl will spare protein for tissue building and repair
Protein above 35% is not recommended. T/F
True - due to lower fiber, higher intake of saturated fat, decreased glycogen stores, dehydration
What are the recommended protein intake for a sedentary adult?
0.8k (.4g/lb)
What is the recommended protein intake for endurance athletes?
1.2-1.4k (.5-.6g/lb)
What is the recommended protein intake for strength athletes?
1.2-1.7k (.5-.8g/lb)
Sugar, starches and fiber are what?
carbs - 4cal/g; primary energy source for all body function and muscular exertion
Simple carbs
Monosaccharides and Disaccharides
Glucose, Galactose and Fructose are
Monosaccharides
Sucrose, lactose and maltose are
Disaccharides
Polysaccharides are
complex carbs - starch