Midterm 2 Flashcards

1
Q

can you do the CSEP test on someone 70+

A

Yes, it can still provide some context into their general fitness but you can’t trust any of the scores due to the lack of established

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2
Q

when should you not do a Y-Test or a one leg balance test

A

if there is history of illness/condition that cam prevent the test from being performed safely

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3
Q

One leg balance test protocol

A

why: balancing on one leg is essential for normal gait and is critical for activities of daily living; good data to predict risk of falls in older populations
Step 1: explain the purpose and protocol to client
Step 2: have client stand barefoot/socks behind or beside a sturdy chair with their arms cross over their chest
Step 3: have client stand on leg of choice and lift opposite fot a few inches off the ground (can redo if they fall within first 3 secs)
Step 4: have client keep eyes on a marker and get them to stand for a mx of 45secs, record to nearest 0.1s
Step 5: repeat on other leg
Step 6: do same tests with eyes closed
Step 7: take the best eye open and eyes close score (leg doesn’t matter) and compare to average

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4
Q

When to terminate one leg balance test

A
  • > uses arms/legs/torso to correct balance
  • > uses unsupported leg and touches standing ankle
  • > of base foot rotates/moves to maintain balance
    allow 2nd attempt if any of these occur in the first 3seconds
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5
Q

purpose of Y-Balance test

A

it is a modified star excursion test (8points instead of 3)
measuring dynamic balance may be of use in predicting lower extremity injury, identifying dynamic balance deficits, and assessing the effectiveness of lower extremity balance during training programs

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6
Q

Y-Balance test protocol

A

3 markers must be 135-135-90 deg. apart and test should be done in socks. Heel should be on intersection point
Step 1: Balance on one foot and lightly tap the anterior tape and return to double leg start position
Step 2: Repeat with posteriorlateral tape then posteriomedial tape
- > client is allowed 4 practice trials in each of the three directions of each leg
- > allow for 10s rest between trials
Step 3: Take the mean (Lfoot +Rfoot) score from each direction

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7
Q

Y-balance test termination criteria

A
  • > unable to maintain single limb stance (heel comes off floor, hands come off hips, excessive trunk movement)
  • > makes heavy touches with feet, rests foot on ground instead of tapping, unable to return to starting position under control
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8
Q

Purpose of Ebbling Treadmill Test

A

designed to determine VO2 max in low risk, non-athletic, healthyadults between 20-59y/o
- > do not perform test with those who experience knee pain when jogging or running

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9
Q

Ebbing Treadmill Test Protocol

A

Step 1: Explain the purpose and calculate clients 85,70, and 50% maxHR
Step 2: Get client to walk 4 minute warm up, keep concentration on wall, incline is 0 and pace should bring HR up to somewhere in 50-70% max HR
Step 3: Increase incline to 5% and do not change pace
* HR should be calculated in the last 15secs of each minute
- > the Steady State HR should not differ more than 5BPM throughout the test, if it does then extend the test by a minute

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10
Q

BP during exercise

A

can go to 250 systole but diastole doesn’t really change, should stay 80-90
anything above these values is an issue

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11
Q

why are behaviour change theories and models important to be a CPT

A

to effectively guide clients to make regular PA, we must recognize that many individuals face considerable barriers when it comes to behaviour change

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12
Q

4 important behaviour change models/theories

A

Social Cognition Theory (SCT)
Self Determination Theory (SDT)
Trans-Theoretical Model (TTM)
Health Action Process Approach (HAPA)

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13
Q

what broad/general ideas do all 4 behavioural change models/theories share

A
  • > behaviour change is a process, not a single event
  • > effective change comes from within the individual
  • > intervention strategies should be individualized
  • > planning is a critical factor in the effectiveness of behaviour change
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14
Q

which 4 constructs of the SCT affect one’s behaviour

A
  • > self efficacy
  • > outcome expectation
  • > self regulation
  • > barriers and facilitators
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15
Q

which 3 constructs of the SDT affect one’s behaviour

A
  • > competance (can they acheive it)
  • > autonomy (can they do it on their own/control their behaviours)
  • > relatedness (does it relate to them; changing a body builders cardio through training is going to be harder than changing their weight plan)
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16
Q

TTM Cycle

A

Pre-contemplation - > contemplation - > determination - > action (can branch off into relapse here) - > maintenance - > pre-contemplation
can exit and reenter at any stage

17
Q

HAPA

A

suggests that the initiating adopter and maintenance of health behaviours is a structured process that includes…
Motivation Phase
- > deliberation that leads to the formation of intention
Volition Phase
- > intention fosters planing
*good intentions are more likely to be translated into action when people plan where, when, how to perform desired behaviour *

18
Q

Karvonen Formula

A

used to calculate HRreserves
((HRmax-HRrest)x %intesity) +HR rest
use %HRreserves to perscribe exercises, it shows a more clear idea of whats going on, compared to HR max

19
Q

ACSM Metabolic equations

A

ACSM has developed equations that allow the estimation of O2 consumption during several activities
- > these equations will not replace VO2 testing

20
Q

Disadvantages of ACSM metabolic equations

A

it’s hard to use these equations for sports/activities that it wasn’t designed for i.e. using the equations for walking as opposed to swimming may give different results

21
Q

kcal deficit to lose 1 pound

A

3500

22
Q

if you perform a 1 mile walk test and a ebbling treadmill tests and the results vary by say 5-10pts, which results do you use?

A

use whichever one is geared toward the clients demographic
- > i.e use ebbling for older and 1 mile for younger more fit ppl

23
Q

purpose of YMCA Cycle ergometer test

A

a submaximal test to estimate VO2 max fr ages 15-69y/o

24
Q

Cycle ergometer test protocol

A

need clients 85%max HR
- > 3 or more consecutive minutes at 50rpm at increasing intensities
* record HR during last 15secs of each minute
- > SSHR is the average of the HR taken during the last two minutes of each workload, if HR differs >5 then add another minute
- > the HR during the last minute of the first load determines the intensity of the second, and so forth
- > continue the 3 min workloads until you have 2 consecutive workloads that are inbetween 110 and 85%max

25
Q

push up test purpose

A

to measure muscular endurance of the chest, shoulders and arms

26
Q

push up test protocol

A

Step 1: client lay face down on the mat and explain proper form (knee for women/toes for men and arms are under shoulders)
- > have client exhale on the up phase and their chin must touch the floor
*test is terminated when: the client has pain/discomfort, appears to strain forcibly or is unable to maintain proper push up technique over 2 consecutive reps
Step 2: score using the max amount of push ups they can do

27
Q

sit and reach purpose

A

measures hamstring and low back flexibility; which has been shown to be a good indicator of general flexibility
- > reduced flexibility, particularly in low back, has been associated with adverse functional outcomes, which may limit one’s ability to perform activities of daily living
- > a reduction in stride length, owing to decreased flexibility about the hip and pelvis, combined with reduced leg strength and power; is a major contributor to limited mobility and walking speeds of older adults

28
Q

sit and reach protocol

A

Step 1: ask clients to prepare by using the modified hurdler stretch held for 20 secs twice on each leg
Step:2 Have client sit legs outstretch and 6in apart with soles pushed agains flexometer, which should be adjusted so the crossbar
Step 3: with arms fully extended and hands together (lower head and exhale) and get client to push; max spot should be held for 2 secs
Repeated for 2 trials
- > trial does not count if knees bend/jerking motion

29
Q

Canadian PA guidelines

A
  • > ~5% of canadians actually meet these guidelines
  • > reduce risk of chronic conditions by 30-40% if you meet these guidlines
    *there is nothing in the guildines to reduce your body weight
30
Q

Training Principles

A

Overload
- > stimulus must be greater than what the body is accustomed to
Progression
- > as the body’s physiologic capacity expands in response to overload, the work must be increased
Reversibility
- > discontinuing or lowering the intensity or volume will have a detraining effect
Specificity
- > the demand place of the body will dictate the physiological adaptation. Specific to the muscle group, action energy system, type of muscle contraction, force velocity, ect.
Individuality
- > principle, plans and adaptations do not apply to everyone