Quantitative Breathing
LSR of Breathing
Cornerstone of Self-Regulation Training: Breathing is fundamental to self-regulation.
Impact of Breathing Patterns: An improper breathing pattern can lead to significant issues in various aspects of life.
Universality and Integration: Since everyone breathes, it can be easily incorporated into strategies for effective self-regulation.
Skin Temperature Biofeedback
Measure of ANS Tension: Skin temperature acts as an indirect indicator of autonomic nervous system (ANS) tension.
Temperature Range: Skin temperature can vary from 15 to 39 degrees Celsius, influenced by:
Genetics
Nutritional status
Ambient temperature
Drug effects
Stress levels
Learning Criteria (Desired Goals):
Females: 95.0 °F (35.0 °C)
Males: 95.5 °F (35.3 °C)
Resources: Indoor/Outdoor electronic thermometers available at The Source.
Goal: Effortless Slow Breathing
Characteristics of Optimal Breathing:
Smooth airflow and non-striving efforts
Respiration rate: less than 8 breaths per minute
Larger tidal volume: greater than 2000 ml
Lateral costal rib widening on inhale
Exhale longer than inhale (ratio of 2:1 or more)
Flexibility in response to environmental demands
(Source: Peper, 2003)
Simplified Respiratory System
Components:
Sinuses
Nasal Cavity
Oral Cavity
Pharynx
Epiglottis
Larynx
Esophagus
Trachea
Right Main Bronchus
Upper and Lower Lobes of Left Lung
Breathing Techniques
Inhaling Through Nose:
Functions: Warms, filters, and moisturizes air.
Exhaling:
Through the nose or lips, allowing for natural breathing patterns during exercise.
Applications of Breathing LSR
Benefits:
Regeneration and relaxation (improved sleep)
Enhanced performance during exercise
Increased balance and peripheral blood flow
Decreased pain during movement
Reduced symptoms of panic/anxiety and depression relapse
50% reduction in secondary cardiac events
Relief from hot flashes in menopause (Source: Peper, 2003, p.175)
Learning Breathing
Process:
Assessment
Training
Practice
Automatic implementation
Breathing Assessment
Evaluation Criteria:
Breathing Speed: Rate breathing on a scale from slow to fast.
Air Ratio: Measure how quickly air is taken in versus released.
Hand Location: Determine the movement of the abdomen versus chest during breathing.
Breathing Under Stress: Assess breathing change when in stressful situations.
Breath Holding: Rate frequency of breath-holding during concentration.
Average Score: Sum responses to questions 1-5, and divide by 5.
Respiratory Sinus Arrhythmia
Understanding:
Heart Rate (HR) increases on inhalation and decreases on exhalation.
This mechanism optimizes blood availability in the heart when oxygen levels are highest (Source: p.57).
Breathing Quantitative Analysis
Rates:
Typical: 12-14 breaths per minute
Relaxed: 6-8 breaths per minute
Inhalation/Exhalation Ratios:
Typical: Equal inhalation and exhalation
Relaxed: More counts out than in (2:1)
Aroused: More counts in than out
Breathing Made Simple
Key Approaches:
Quantitative: Analyze inhalation time versus exhalation.
Qualitative: Assess the location of breathing (chest vs. abdomen).
Techniques for Quantitative Breathing
Steps:
Inhale through the nose.
Exhale through the mouth, allowing natural release.
Relax jaw, shoulder, and hand muscles during breathing.
Pause with lungs partially full until reaching "true air hunger."
Count breaths to maintain a 3-6 breathing pattern.
Suggestions for Success
Tips:
Fully release muscle tension during exhalation/pause phase.
Ensure comfort in sitting positions to avoid tension.
Approach sessions with ease and enjoy the relaxation aspects.
Stay within comfortable air hunger ranges for optimal effects.
Yogic Breathing
Observations:
Some yogis can slow breathing to 1 breath every 20-30 minutes, though it may strain the heart.
Optimal breathing rate is around 6 breaths per minute (10-second cycles).
Training Progression
Focus:
Progress from relaxed situations to more stressed environments for effective training.