Influence of Core Muscles Activation Using Physical Fitness on the Performance of Chest Compression
NCT ID: NCT02780050
Last Updated: 2016-06-13
Study Results
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Basic Information
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COMPLETED
NA
25 participants
INTERVENTIONAL
2016-05-31
2016-06-30
Brief Summary
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However, in CPR situation, chest compression depth and rate vary according to provider's muscle strength. In other words, the individual difference of the degree of physical activity will make the different result for CPR. So, the investigators hypothesize that the core muscles activation using physical fitness improves the quality of chest compression and the quality of CPR, eventually.
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Detailed Description
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Conditions
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Study Design
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NON_RANDOMIZED
PARALLEL
TREATMENT
NONE
Study Groups
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chest compression before physical fitness
The subjects consist of 25 medical school students and interns had experienced in cardiopulmonary resuscitation (CPR) education.
2 instructors, they had physical therapy (PT) certificate, take an exam for subject's muscle strength of each muscle. After that time, subjects take a rest for 10 minutes. Researchers educate to subjects for high quality CPR including 5 to 6cm compression depth, 100 to 120 beat per minute (bpm) rate, complete chest recoil. Subjects perform chest compression to manikin with skill reporting system during 4min under guidance of 110 bpm metronome sound (first chest compression). Researchers record subject's chest compression depth and rate in 1st chest compression.
No interventions assigned to this group
after core muscle activation using physical fitness
The subjects consist of 25 medical school students and interns had experienced in cardiopulmonary resuscitation (CPR) education.
After 1st chest compression, subjects take a rest during an hour and carry out PT. PT consist of 30 second plank for 3 sets, 12 times bridge for 3 sets and 20 times leg extension for 3 sets. Subjects take a rest during 30 seconds between sets, 1 minute every 3 sets.
After PT completion, subjects take a rest during 10 minutes, and then perform 2nd chest compression in the same way of 1st chest compression. Researchers record subject's chest compression depth and rate in 2nd chest compression.
core muscle activation using physical fitness
2 instructors, they had physical therapy (PT) certificate, take an exam for subject's muscle strength of each muscle. After that time, subjects take a rest for 10 minutes. Researchers educate to subjects for high quality CPR including 5 to 6cm compression depth, 100 to 120 beat per minute (bpm) rate, complete chest recoil. Subjects perform chest compression to manikin with skill reporting system during 4min under guidance of 110 bpm metronome sound (first chest compression). After 1st chest compression, subjects take a rest during an hour and carry out PT. PT consist of 30 second plank for 3 sets, 12 times bridge for 3 sets and 20 times leg extension for 3 sets. Subjects take a rest during 30 seconds between sets, 1 minute every 3 sets.
After PT completion, subjects take a rest during 10 minutes, and then perform 2nd chest compression in the same way of 1st chest compression. Researchers record subject's chest compression depth and rate in 1st and 2nd chest compression.
Interventions
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core muscle activation using physical fitness
2 instructors, they had physical therapy (PT) certificate, take an exam for subject's muscle strength of each muscle. After that time, subjects take a rest for 10 minutes. Researchers educate to subjects for high quality CPR including 5 to 6cm compression depth, 100 to 120 beat per minute (bpm) rate, complete chest recoil. Subjects perform chest compression to manikin with skill reporting system during 4min under guidance of 110 bpm metronome sound (first chest compression). After 1st chest compression, subjects take a rest during an hour and carry out PT. PT consist of 30 second plank for 3 sets, 12 times bridge for 3 sets and 20 times leg extension for 3 sets. Subjects take a rest during 30 seconds between sets, 1 minute every 3 sets.
After PT completion, subjects take a rest during 10 minutes, and then perform 2nd chest compression in the same way of 1st chest compression. Researchers record subject's chest compression depth and rate in 1st and 2nd chest compression.
Eligibility Criteria
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Inclusion Criteria
Exclusion Criteria
* patients with cardiovascular disease
* patients with lung disease
18 Years
65 Years
ALL
Yes
Sponsors
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Hallym University Kangnam Sacred Heart Hospital
OTHER
Responsible Party
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Choi Hyun Young
Clinical Assistant professor
Locations
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Kangnam Sacred Heart Hospital
Seoul, Seoul, South Korea
Countries
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Other Identifiers
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2016-03-26
Identifier Type: -
Identifier Source: org_study_id
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