This study intended to examine the effect of manual diaphragm release on pulmonary function, chest wall mobility, and functional ability in female occupational cleaners with respiratory hazards.
Cleaning chores have been linked to exposure to various chemical agents that have the potential to cause harmful effects on both the respiratory system and cardiovascular markers, many cleaning products and disinfectants contain ingredients that can act as airway irritants. One of the physical therapy procedures that is used to manage chest disorders is manual diaphragm release which aims to lengthen the diaphragm musculature whereas encouraging better and more proficient contraction.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
36
The participant was supine, with his or her limbs relaxed. With the therapist's forearms aligned toward the participant's shoulders, the therapist gradually increased the depth of contact inside the costal margin during the subsequent respiratory cycles.
Respiratory re-training was given to participants in control group in form of slow and deep diaphragmatic breathing, exhalation through the nose with pursed lips (the participants were trained to emphasis on expiratory pressure against pursed lips), Breathing control and breathing-hold exercises, and Relaxation techniques:
Outpatient Clinic of College of Applied Medical Sciences, Prince Sattam bin Abdulaziz University
Al Kharj, Riyadh Region, Saudi Arabia
Serum IgE
The Organon Teknika Microwell system (Organon Teknika Corp, Boxtel, the Netherlands) and an enzyme-linked immunosorbent test kits, were utilized to assess total serum IgE (IU/mL) at 450 nm.
Time frame: at first week
Serum IgE
The Organon Teknika Microwell system (Organon Teknika Corp, Boxtel, the Netherlands) and an enzyme-linked immunosorbent test kits, were utilized to assess total serum IgE (IU/mL) at 450 nm.
Time frame: after 12 weeks
Forced vital capacity
measured using a portable MicroLab spirometer (Vyaire Medical, Mettawa, Illinois) in accordance with current lung function testing standards
Time frame: at first week
Forced vital capacity
measured using a portable MicroLab spirometer (Vyaire Medical, Mettawa, Illinois) in accordance with current lung function testing standards
Time frame: after 12 weeks
Forced expiratory volume in one second
measured using a portable MicroLab spirometer (Vyaire Medical, Mettawa, Illinois) in accordance with current lung function testing standards
Time frame: at first week
Forced expiratory volume in one second
measured using a portable MicroLab spirometer (Vyaire Medical, Mettawa, Illinois) in accordance with current lung function testing standards
Time frame: after 12 weeks
pulmonary expiratory flow
measured using a portable MicroLab spirometer (Vyaire Medical, Mettawa, Illinois) in accordance with current lung function testing standards
Time frame: at first week
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pulmonary expiratory flow
measured using a portable MicroLab spirometer (Vyaire Medical, Mettawa, Illinois) in accordance with current lung function testing standards
Time frame: after 12 weeks
Chest wall mobility
measured using tape measurement with maximum inspiration and expiration and the difference between them has been recorded in (cm).
Time frame: at first week
Chest wall mobility
measured using tape measurement with maximum inspiration and expiration and the difference between them has been recorded in (cm).
Time frame: after 12 weeks
Functional performance
Assessed using the 6-minute walk test
Time frame: at first week
Functional performance
Assessed using the 6-minute walk test
Time frame: after 12 weeks