Breathing Exercise Aims: 1.Promoting a normal relaxed pattern of breathing. 2- Assisting in removal of secretions. 3- Aiding in re-expansion of lung tissue.

Slides:



Advertisements
Similar presentations
ACTIVE MOVEMENT.
Advertisements

Dr Archna Ghildiyal Associate Professor Deptt of physiology KGMU
Specific Methods of Respiratory Management Respiratory Module.
Essentials of Exercise Physiology
Respiration. How does respiration take place? There are two respiratory movements: Inspiration (inhalation) Expiration (exhalation) When you inhale, air.
Module 11. Purpose Loosen respiratory secretions Improve pulmonary ventilation Counteract the effects of anesthesia and /or hypoventilation Expand collapsed.
Mechanism of respiration The movement of air into and out of lungs is brought about by changes in the size of the thoracic cavity, the lungs following.
Pulmonary Ventilation Week 3. PulmonaryVentilation Pulmonary Ventilation Pulmonary ventilation, or breathing, is the exchange of air between the atmosphere.
Health Skills II Unit 202 Range of Motion. Range of Motion (ROM) definition: exercising joints through the available motion to maintain available range.
MECHANICS OF BREATHING Lecture-2 Dr. Zahoor Ali Shaikh 1.
Chest Physiotherapy By Dr. Hanan Said Ali
Use of ambu with ALS-patients
Work of Breathing Components 1. Compliance work65% (stretching lungs & chest wall) 2. Airways resistance work30% 3. Moving tissues  5% Normally
The Respiratory system Pulmonary ventilation – Chp 16 Respiration.
Gas Exchange in Mammals Aim – to understand the structure and function of the lungs. Objectives- by the end of this lesson you should be able to Name and.
Respiratory system. Mechanism of lung ventilation.
Movement Rehabilitation Laboratory #2 Part 3: Exercise Prescription Carlos Leon-Carlyle # Bruce Monkman # Loriana Costanzo # Michael.
Manual Therapy and Postural Drainage
10 th Grade Physical Fitness Weight Training Algona High School.
RESPIRATORY CARE. ASSESSMENT OF BREATHING & PATIENT POSITIONING.
Respiratory Physiology Part I
Physics of Respiration Boyle’s Law - the universal law of gases PV = nRT P 1 V 1 = P 2 V 2.
Thorax & Thoracic Wall. Muscles of Respiration
Muscle weakness Causes of muscle weakness: This is caused by lack of use, pain can also inhibit muscle function, adding to weakness.
RESPIRATORY PHYSIOLOGY. 5 Functions of the Respiratory System 1.Provides extensive gas exchange surface area between air and circulating blood 2.Moves.
4.2 The mechanism of breathing. Learning outcomes Students should understand the following: The mechanism of breathing. Pulmonary ventilation as the product.
Biomechanics of breathing. Lungs ventilation
Range of Motion (ROM) Exercises Upper and Lower Extremities.
SPINE EXERCISE AND MANIPULATION INTERVENTIONS
The Respiratory System: Anatomy Structures of the body that contribute to respiration (the process of breathing)
Vocal pedagogy Respiratory Anatomy.
T HE R ESPIRATORY S YSTEM : B REATHING Human Bio 11.
RANGE OF MOTION.
Physiotherapy in Pregnancy. WHAT ARE THE CHANGES DURING PREGNANCY ?
Presentation title slide
Rehabilitation exercise NWB upper limb FsSc FISM Janis Leach 14/01/10.
ECAP BIOL The Respiratory System Mrs. Riel.
Chapter 1 Vital Signs Copyright © The McGraw-Hill Companies, Inc.
Physical Therapy Intervention For Pulmonary Diseases
15 Minute Workout while at your desk …a healthy workplace initiative.
4.2 The mechanism of breathing
PULMONARY REHABILITATION TRI DAMIATI.P, Dr.Sp RM PHYSICAL MEDICINE AND REHABILITATION FKUP/RSHS 2011.
© McGraw-Hill Higher Education. All Rights Reserved Chapter Five.
Mobility and Stability for Streamlining Diane Elliot England Programmes.
 This describes a muscle that causes specific movement or possibly several movements to occur through the process of its own contraction  To be effective.
Objectives By the end of the lesson you will be able to:- Identify the gross structures of the respiratory system; Describe the function of 4 of the gross.
The purpose of the respiratory system is to… The Respiratory System “bring the air we breathe into close contact with the blood so that oxygen can be.
Active Cycle of Breathing (p , )
Humeral Anterior Glide Syndrome
Pulmonary Ventilation
Problem List Pain Loss of function Inability to do A.D.L activities.
Mechanics Of Breathing
Ventilation Inspiration: inhaling Expiration: exhaling
Management of Pulmonary Conditions
Structure of the lungs and Pulmonary Ventilation
Starter Quick Quiz!! What 2 ways does air enter the body?
Respiratory System.
Gas Exchange (Topic 6.4).
breathe just breathe. breathing is good.
Respiratory System Physiology
Ventilation: The Mechanics of Breathing
DIAPHRAGM RETRAINING & BREATHING EXERCISES
The Respiratory System
Chapter 16 Respiratory System
Mechanics of Breathing (Pulmonary Ventilation)
Breathing.
6.4 – Gas Exchange.
Breathing Movements Pressure differences between the atmosphere and chest cavity determine the movement of gases into and out of the lung. Gases move from.
Your Assignment….. Increased vital capacity Respiratory System
Presentation transcript:

Breathing Exercise Aims: 1.Promoting a normal relaxed pattern of breathing. 2- Assisting in removal of secretions. 3- Aiding in re-expansion of lung tissue. 4- Mobilizing the thoracic cage.

Precautions: When teaching breathing exercises, be aware of the following precautions: 1-Never allow a patient to force expiration. Expiration should be relaxed and passive. Forced expiration only increases turbulence in the airways, which can lead to bronchospasm and increased airway obstruction. 2-Do not allow a patient to take a very prolonged expiration. This causes the patient to gasp with the next inspiration. His breathing pattern then becomes irregular and inefficient.

3-Do not allow the patient to initiate inspiration with the accessory muscles and the upper chest. Advise the patient that his upper chest should be relatively quiet during respiration. 4-Allow the patient to practice deep breathing for only 3 or 4 inspirations and expirations at a time to avoid hyperventilation.

Deep Breathing Exercises:

1.Nose exercise Aims: To strength the diaphragm and the intercostal muscles. To increase expansion of the lungs. Loosening of thick secretions. Teach the patient the right way of breathing.

Graduations of Nose Exercises 1.Massage beside the nose (nose muscles) (for stimulation). 2.Feel the air at the tip of the nose. 3.Smelling of the surroundings. 4.Narrowing of one opening. 5.Shaking above the nose. 6.Sniffle (long breathing). 7.Snuffle (short breathing). 8.Massage beside the nose. (for relaxation).

Massage beside the nose Step (1 & 8) Feel the air at the tip of the nose Step (2 )

Smelling of the surrounding Step (3) Narrowing of the one opening Step (4)

Shaking above nose Step (5) Sniffle and snuffle Step (6 & 7)

.2-Pursed lips breathing: Aims: 1-Reduces the respiratory rate. 2-Increases tidal volume. 3-It relives dyspnea, increase exercise tolerance. 4-Pursed lips breathing prevent collapse of the small air ways as it reflect a positive pressure in the small air ways at the end of expiration which will prevent air trapping

3-Diaphragmatic breathing exercise Aims: 1-To control breathing during attacks of dyspnea and during exertion. 2-To improve ventilation in the bases of the lungs and to loosen secretions.

- Set the patient in a comfortable position. - Place your hand in the patient’s abdomen. - Instruct the patient to breathe in into my hand. Feel your abdomen gently rise and push my hand upwards. - Begin with guiding the movement with your hands, and then increase the resistance gradually. - During expiration, resistance should not reduce suddenly; rather the weight of the hand should follow the abdomen back to the resting position. - When patient had mastered the breathing pattern in supine, progress to sitting, standing, walking and finally stairs.

II. Localized Breathing Exercise

Aims Localized breathing exercises help to ventilate isolated lobes of the lung which are useful for improving movement of the thoracic cage and for assisting in removal of secretions. Pressure is applied to appropriate areas of the chest wall utilizing proprioceptive stimuli so that efficient expansion of these areas may be obtained. The patient should be in half-lying position with the knees slightly flexed over a pillow

Apical

Lateral Costal Lower CostalUpper costal

Posterior Costal Sternal

III. Belt Exercise Length : 2 meters. Width : 30 cm. Advantages: - After operation as it make equal pressure in all points and takes a large area so it’s pressure become not painful which is more suitable for operative cases and fatly subjects. - Easy to be used by the patient himself. Disadvantages: - Trick movements are difficult to be noted. - Cannot be used for small and irregular areas.

IV.Exercises connected with respiration: This can give: mobilizing, strengthening and/or stretching exercise connected with respiration (expiration and/or inspiration). Upper limbs and lower limbs: - Abduction, Extension with inspiration. - Adduction, Flexion with expiration. Trunk: - Bending forward (flexion) with expiration. - Bending backward (extension) with inspiration. - Turning trunk with expiration.

. Exercise of the lower limb connected with breathing -Flexion and Extension exercise -of the trunk with breathing

-Exercise of Pectoralis major -connected with breathing.- Side Bending of the Trunk from Sitting Position -