Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
138 Cards in this Set
- Front
- Back
Diets exceeding _____ grams of protein damage kidney function
|
1.1-1.4
|
|
Iron helps form
|
hemoglobin and myoglobin
|
|
Dehydration _____ of body weight impairs physical performance.
|
Greater than 2%
|
|
Vitamins and minerals _____ have ergogenic value in amounts beyond the RDA.
|
DO NOT
|
|
Drinking to much fluid
|
Hyponatremia
|
|
The rate of gastric emptying during exercise _____ with larger fluid volumes...
|
decreases
FALSE |
|
The rate of gastric emptying during exercise is _____ with cooler fluids
|
slower
FALSE |
|
With constant composition and exercise, VO2max decreases _____ per decade rather than _____ per decade normally attributed to aging
|
5-9%
20% FALSE |
|
Strength gains are significant for women b/c of hypertrophy adaptions to training
|
FALSE, should read neural adaptions to training
|
|
Total lung volume capacity decreases with age
|
FALSE
It doesn't have to decrease |
|
This axis runs from the head to the feet
|
Longitudinal axis
|
|
"in" refers to
|
medial
|
|
Opens a joint angle in teh sagittal plane
|
extension
|
|
"lump" on a bone for soft tissue attachment
|
Process
|
|
Indention/Depressed Area
|
fossa
|
|
Cancellous bone
|
Epiphysis
|
|
Phalanges are closest to this anatomical location
|
Distal carpals
|
|
Most articular surface area in the wrist
|
Radius
|
|
In the relaxed state, the diaphragm is
|
Superiorly Domed
|
|
Greatest surface area muscle
|
Lats
|
|
Bondaries of sarcomere
|
z line
|
|
The smaller bundles of muscle fibers are called
|
fasciculi
|
|
Bones are surrounded by the
|
perimysium
|
|
_____ of body divides body into L and R sections
|
mid-line
|
|
Verticle planes that pass through the center of gravity
|
Cardinal Plane
|
|
_____ is not a function of the skeletal system
|
Stability
|
|
Surrounds a bone and provides nourishment and bone cell development
|
Periosteum
|
|
Hormonal "_____" refers to increasing the amount of circulating hormone
|
Up regulation
FALSE |
|
Not a hormone, but mediates the effects of other hormones
|
Prostaglandis
|
|
Releases erythropoietin and renin
|
Kidneys
|
|
"Anatomical Dead Space"
|
Conduction Zone
|
|
_____ alters intropulmonary pressure during veentilation
|
Diaphragm
|
|
There are _____ true ribs
|
7
|
|
Artia are/are not divided by interventricular septum
|
ARE NOT
|
|
_____ is not involved in respiration
|
Rectus abdominis
|
|
CO2 in transported via
|
bicarbonate
|
|
An increase in _____ and a decrease in _____ will facilatate the unloading of O2 at target tissues
|
pH
Temperature FALSE |
|
Shortness of breath in unconditioned athletes
|
Dypsnea
|
|
Attempt to "blow off" CO2 to alter ventilation patterns
|
Hyperventilation
|
|
Increase in thoracic pressure by holding one's breath
|
valsalva
|
|
Ventilatory energy requirements are _____ at rest and _____ at max exercise
|
2%
15% |
|
Partial pressure of N2 at sea level
|
600mmHg
|
|
ADH responds to an
|
increase in blood osmolarity
|
|
Aldosterone is stimulated by the production of _____, which in turn evolves from renin
|
Angiotension II
|
|
Aging and physical inactivity results in a
|
decrease in type II muscle fiber percentage
|
|
Skeletal muscle at rest requires _____ of cardiac output and _____ at max exercise.
|
20%
80% |
|
BP measure by taking pressure against vessels at its high point
|
Systolic Blood Pressure
|
|
Stroke volume is/is not determined by hematocrit
|
IS NOT
|
|
_____ does not bring blood back to the heart
|
Valsalva
|
|
The female athlete triad doesn't consist of high
|
hematocrit
|
|
Mild to severe muscular effort: the body relies on
|
carbohydrates
|
|
1 mol of ATP per 1 mol of
|
PCr
|
|
The process of glycogen broken down to glucose 1-phosphate
|
Glycolysis
|
|
Oxidative production of ATP _____ include PFK
|
Doesn't
|
|
Pyruvic acid from aerobic glycolysis is converted to
|
Acetyle CoA
|
|
Plays an important role in motor development
|
Myelination
|
|
Heat loss via convection and radiation resulting in thermal stress
|
Wind chill
|
|
Local response to high body temperatures, dehydration, and electrolyte loss
|
Heat cramps
|
|
Structure of the body or an interaction of muscle, fat, and height
|
Body Build
|
|
Protein contributes little to oxidative ATP because nitrogen can/cannot be oxidized
|
cannot
|
|
Clearing pyruvate acid produced by anaerobic metabolism is/is not a reason for excess post-exercise oxygen consumption
|
is not
|
|
Minimum kcals required for essential physiological function
|
Basal Metabolic Rate
|
|
Internal body temperatures above _____ can affect the nervous sytem
|
104 degrees
|
|
_____ is not a variable of environmental heat
|
Barometric pressure
|
|
_____ does not influence energy costs
|
Blood Pressure
|
|
Fatigues can result from electroylyte, _____, and/or glycogen depletion, which impairs _____.
|
PCr
ATP production |
|
Hypothermia=exposed peripheral skin that has died from a lack of oxygen
|
FALSE
This is frostbite |
|
The protein that carries oxygen in muscle cells
|
Myoglobin
|
|
Buffer/Faster/Stronger than before
|
Supercompensation
|
|
F.I.T. minimal training recommendations for improvement
|
20 minutes a day, 3-5 times a week, at at least 70% heart rate
|
|
RMR
TEM TEA |
Resting Metabolic Rate
Thermic Effective of Activity Thermic Effect of a single meal |
|
Average % difference in performance (time) b/t men and women
|
5-10%
|
|
Children have a better/worse convection effect than adults
|
Better
|
|
Which types of hormones can breach the cell membranes?
|
Steroid
|
|
Precursor to aldosterone that increases peripheral arterial vasoconstriction
|
Angiotensin II
|
|
Growth hormone _____ glucose metabolism
|
DOESN'T INCREASE
|
|
Glucagon _____ FFA metabolism
|
doesn't increase
|
|
Movement
|
Kinesiology
|
|
Ligaments, fascia, muscle tension, atmospheric pressure
|
Joint cohesion
|
|
Connective tissue that surrounds, separates, supports, and binds
|
Fascia
|
|
This is not a joint restraining factor
|
Fascia
|
|
_____ or _____ determine a joint's pathway
|
Shape of a joint
Type of tissues connecting bones |
|
saddle joint
|
1st carpometacarpal joint
|
|
Hinge joint
|
Elbow
|
|
Shiny slick surface
|
Hyaline Cartilage
|
|
Sissors are
|
1st class
|
|
Standing toe is a _____ lever
|
2nd class
|
|
skull being pulled by ossipitals is a _____ lever
|
1st class
|
|
Pathway of nerve conduction
|
ABC Order
|
|
If a stimulus causes action potential to occur, _____ muscles within that particular (something) will contract maximally
|
all
|
|
_____ is seen at the end of exercise or shortly thereafter from fluid shift and lactic acid production
|
Acute muscle soreness
|
|
_____ is seen 12-24 hours post, most often after eccentric exercise
|
Delay-onset muscle soreness
|
|
Where's K+ and Na+ at rest
|
High K+ inside and Na+ outside at rest
|
|
Action potential require depolarization _____ the threshold value of 15-20 mV.
|
greater than
|
|
Larger diameter neurons do/don't present more resistance to current flow
|
DO NOT
|
|
The _____ limits a motor unit's firing frequency
|
refractory period
|
|
Muscle spindles do/don't detect the _____ of a muscle on its tendon, providing information about the _____ of a muscle contraction
|
DO NOT
tension strength |
|
Preprogrammed response integrated by spinal cord without conscious thought
|
Motor reflex
|
|
Sensory input may be integrated at the _____, _____, or in the _____ depending on its complexity
|
Spinal cord, brainstem, or in the brain
|
|
Motor units with _____ are called on before those with _____.
|
smaller neurons (ST units)
larger neurons |
|
Electrical charge that passes from 1 neuron to the next and finally to an end organ
|
Nerve impulse`
|
|
The basal metabolic rate is influence by
|
Emotional stress, heat stress, and body size
|
|
2 high energy compounds critcal for all physical activity
|
ATP & PCr
|
|
Efficient runners tend to use _____ oxygen than inefficient runners
|
less
|
|
Marathon runner's fatigue
|
Decrease in muscle pH, increase in muscle lactate levels
|
|
Electrical charge that passes from 1 neuron to the next and finally to an end organ
|
Nerve impulse`
|
|
Men/Women resistence training:
|
Similar strength but less in muscle mass
|
|
The basal metabolic rate is influence by the factors...
|
Emotional stress, heat stress, and body size
|
|
Has the strongest influence on gastric emptying rate
|
Volume of a solution
|
|
2 high energy compounds critcal for all physical activity
|
ATP & PCr
|
|
Most important to increasing stroke volume via endurance training:
|
increase in blood volume
|
|
Efficient runners tend to use _____ oxygen than inefficient runners
|
less
|
|
During repeated days of exercise in hot, humid environments,
|
plasma volume decreases
|
|
Marathon runner's fatigue
|
Decrease in muscle pH, increase in muscle lactate levels
|
|
Insulin lowers/increases blood circulation in the blood
|
lowers
|
|
Men/Women resistence training:
|
Similar strength but less in muscle mass
|
|
Has the strongest influence on gastric emptying rate
|
Volume of a solution
|
|
Most important to increasing stroke volume via endurance training:
|
increase in blood volume
|
|
During repeated days of exercise in hot, humid environments,
|
plasma volume decreases
|
|
Insulin lowers/increases blood circulation in the blood
|
lowers
|
|
Electrical charge that passes from 1 neuron to the next and finally to an end organ
|
Nerve impulse`
|
|
The basal metabolic rate is influence by
|
Emotional stress, heat stress, and body size
|
|
2 high energy compounds critcal for all physical activity
|
ATP & PCr
|
|
Efficient runners tend to use _____ oxygen than inefficient runners
|
less
|
|
Marathon runner's fatigue
|
Decrease in muscle pH, increase in muscle lactate levels
|
|
Men/Women resistence training:
|
Similar strength but less in muscle mass
|
|
Has the strongest influence on gastric emptying rate
|
Volume of a solution
|
|
Most important to increasing stroke volume via endurance training:
|
increase in blood volume
|
|
During repeated days of exercise in hot, humid environments,
|
plasma volume decreases
|
|
Insulin lowers/increases blood circulation in the blood
|
lowers
|
|
A normal resting a-vO2 difference is ~_____mL at rest
|
5
|
|
As a result of aerobic training, lactate threshold would occur at a _____ and a _____>
|
increases percent of max VO2
increased velocity of running/swimming |
|
Body loses heat by conduction
|
Immersion
|
|
Largest percentage of calories expended per day
|
Basal metabolic rate
|
|
Adapt to heat stress: exercise in the heat for periods of
|
4-14 days
|
|
Strength decrements associated with aging: 3 factors
|
decreased muscle mass
decreased protein synthesis Loss of fast twitch motor units |
|
3 Factors for increasing body fat percentages
|
Increase in fat ingestion
Decreased activity level Reduced ability to mobilize fat |
|
Decline in max VO2 during aging: 2 factors
|
Physiogical aging, training status during aging process
|