wearables Flashcards

1
Q

Heart Rate Variability (HRV)

A

represents the current state of the individual’s autonomic nervous system and its ability to make a positive adaptation

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2
Q

Low Adaptability for HRV results in

A

feelings of fight or flight
decreased energy
higher risk of health issues
decreased performance

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3
Q

High Adaptability for HRV results in

A

“rest and digest”
improved cardiovascular fitness
enhanced stress resilience
enhanced cognitive performance

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4
Q

Oxygen saturation

A

Often referred to as SpO2 and reported as a percentage (%) value, the fraction of oxygenated hemoglobin relative to the total amount of hemoglobin.

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5
Q

Normal range for oxygen saturation in adults

A

95%-100%

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6
Q

Below average range for oxygen saturation in adults

A

91-94%

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7
Q

Low range for oxygen saturation in adults

A

90% or less

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8
Q

hypoxemia

A

below-normal level of oxygen in your blood, specifically in the arteries

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9
Q

Respiratory rate

A

The number of breaths an individual takes in 1 minute at rest, typically measured in breaths per minute (bpm).

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10
Q

normal respiratory rate for infants (0-1 yr)

A

30-60 breaths per minute

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11
Q

normal respiratory rate for child (1-5 yr)

A

20-30 breaths per minute

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12
Q

normal respiratory rate for school-age child (6-12 yr)

A

18-25 breaths per minute

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13
Q

normal respiratory rate for young adult to adult (12-20 yrs)

A

12-20 breaths per minute

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14
Q

Minor changes in nocturnal respiratory rate may be indicative of recent ___________ consumption

A

alcohol

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15
Q

effects of sleep deprivation on the central nervous system

A

cognitive impairment
memory loss
impaired moral judgment
severe yawning
ADHD-like symptoms

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16
Q

effects of sleep deprivation

A

Obesity
Type II diabetes
Hypertension
Cardiovascular disease
Anxiety and depression
Decreased testosterone

17
Q

sleep recommendations for teenagers (14-17)

A

8-10 hours

18
Q

sleep recommendations for young adults (18-25)

19
Q

sleep recommendations for adults (26-64)

20
Q

sleep recommendations for older adults (65+)

21
Q

Time in Bed parameter

A

Total time spent in bed, which may include time spent watching television or on waking before getting prepared for the day

22
Q

sleep duration parameter

A

Total time spent asleep – sleep duration relative to the time in bed can be utilized to assess sleep efficiency

23
Q

Onset and Wake Time parameter

A

Total time spent asleep – sleep duration relative to the time in bed can be utilized to assess sleep efficiency

24
Q

sleep stages parameter

A

Analysis of time or percentage of time spent in each distinct sleep stage – sleep stages vary by wearable device but often include light sleep, deep sleep, and REM sleep

25
latency parameter
The amount of time to fall asleep
26
Awakenings/Disruptions parameter
The number of awakenings, which may include voluntary awakenings such as using the restroom or involuntary, including a sleep disruption
27
Stage 1 non-REM
stage of light sleep marked by decreased heart rate, respiratory rate, eye movements, and slow brain waves
28
Stage 2 non-REM
the second stage of light sleep prior to entering deep sleep heart and respiratory rate decrease, eye movements stop and muscles relax. most prominent sleep stage
29
Stage 3 non-REM
heart rate and respiratory rate slow to the lowest level, muscles are relaxed, brain waves slow further most resistant to awakening
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Stage 4 REM
rapid eye movement mixed frequency of brain waves arm and leg muscles become paralyzed
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biometrics for assessing recovery and readiness
sleep parameters resting heart rate heart rate variability
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Phase 1 – Baseline
Establish a minimum of a 3- to 5-day baseline to obtain objective insight into a client’s biometric strengths and deficiencies. During this phase, the client should be instructed to continue with normal lifestyle behaviors and not adjust nutritional or exercise habits.
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Phase 2 – Analysis and Initial Program Development
Following the baseline phase, fitness professionals should perform a comprehensive analysis of a client’s strengths and deficiencies in relation to their goals. Programs should be developed to address deficiencies that may limit program success while ensuring that strengths are not sacrificed. A comprehensive program is developed and provided to the client with an explanation of WHY specific interventions were chosen.
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Phase 3 – Ongoing Monitoring
Fitness professionals should develop a consistent schedule for monitoring client data. While it may not be feasible to assess data every day, it is important to check in on days that rigorous training is scheduled to assess readiness and, if necessary, adjust program recommendations. Some wearable platforms provide automated alerts of significant change to streamline the monitoring process.
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Phase 4 – Adjust & Consult
Utilize biometric data to dynamically adjust program recommendations based on client recovery and readiness to safely and effectively perform the recommended program for the day. Over time, fitness professionals may be able to create a more effective program schedule based on recovery trends from previous exercise interventions.
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positive reinforcement
when new behaviors add positive consequences
37
negative reinforcement
when new behaviors remove negative consequences
38
punishment
when new behaviors add negative consequences
39
extinction
when new behaviors remove positive consequences