13a) Other CBT techniques Flashcards
What happens to our breathing when our alarm systems are turned on?
- increased breathing because body wants to ready itself for high level of motor activity (fight or flight)
- Floow brain and body with oxygen through blood flow
When automatic down-regulation is dysfunctional or persistent high stress can result in:
- High resting levels of breathing (a la stuck gear)
- As a result of false alarm (PD) or true alarm (PTSD)
Describe breathing physiology
- Need both O2 and CO2
- If alarm is accompanied by motor activity – balance is preserved
What happens when we over-breathe?
- leads to low levels of CO2 in blood -> many symptoms
o Dizziness, light-headedness, shortness of breath, belching, dry mouth, weakness, confusion, numbness and tingling, muscle spasms in hand and feet, chest pain and palpitations, sleep disturbances
How do we solve having low levels of CO2 in blood (e.g., due to overbreathing) (3; 1)
Take in less O2 by
* Slowing down breathing OR
* Breathe through one nostril/straw
* Breathing through nose – take in less air than taking from mouth
Breathe in more CO2
* e.g., breathe into brown paper bag
Why do we do breathing retraining?
- Most systems are not under voluntary control – but breathing is
- Because systems are inter-linked, upward/downward regulation often affects other systems
Describe a calming breathing technique.
o Ensure that you are sitting on a comfortable chair
o Take a breath in for 3 seconds (through your nose if possible)
o Hold the breath for 1 seconds
o Release the breath taking 4 seconds (through your mouth if possible)
7.5 bpm = breaths per min
What is a normal breathing rate?
10-12 breaths per minute
What would a daily record of breathing rate look like?
- Monitor breathing at the times shown (10am, 2pm, 7pm)
- try to be sitting or standing quietly when you count your breathing. don’t alter breathing when youre counting
- breathing exercise: one hand on tummy, one hand on chest. breathe through nose and out through mouth. jaw relaxed, breathe low and slow. Do for approx 5 mins, 3 times a day
1) monitor breathing rate
2) practice the breathing exercise
3) monitor your breathing rate again
List applications for breathing retraining. (4)
o Conditions a/w high resting levels of arousal
Anxiety
Sleep management and sleep hygiene
Anger (see textbook)
Provide rationale for relaxation training (6)
- Mechanisms and effects: grounded in ANS physiology
o Tries to reduce tonic arousal to basal levels
o Phasic arousal: specific shifts from basal levels
Threat cue (thoughts/image) - Widely researched, especially through psychophysiology (EDA, HR, EMG, EEG)
- ANS activation akin to a gear in car
o Low to high - Evidence that high levels of tonic arousal in many anxiety disorders (exception spec phobias)
- Prolonged high arousal levels
o Can increase likelihood of panic attacks
o Secondary problems on concentration, sleep, mood, judgment, fatigue levels, etc.
Describe relaxation procedure (9)
What it is not
* An SOS medication (Not a short-term strategy)
* Quick strategy and immediate effects
What it is
* Relaxation is a skill
Relaxation grabs a hold of the gear and drops it down for a period of time
Tonic arousal WILL go back up after inducing relaxation, but it takes time to increase
* Requires time/practice for effects to accrue
* Relaxation is a long term preventative coping strategy
If you teach a person to relax really well, gives them to skill to drop gears and take control of their tonic arousal
* The brain learns – over time, the gear stays low, and might stabilise at a low level
People respond differently to different types of relaxation
What are the different types of relaxation procedures? (6)
o Progressive muscle relaxation
o Imaginal relaxation
o Sound relaxation
o Tactile relaxation
o Breathing retraining
o Body scanning
Indications of relaxation procedure. (4)
- To drop heightened arousal levels for a short period, on a regular basis
- Prevent, in long term, adverse consequences of sustained arousal (eg. Panic, stress- related problems)
- Teach skills to recognize early signs of anxiety and reduce unhealthy response pattern before it escalates
- As the first step towards developing a portable technique that can be used in anxiety provoking situations
What does the research say about relaxation? (4)
- Proven efficacy in a wide variety of conditions, relative to placebo controls
o Anxiety conditions
o Anger control
o Stress
o Sleep problems
o Pain conditions
o Psychosomatic conditions where anticipatory anxiety is an important factor - Relaxation does more than reduce muscle tension:
o Decreases HR, BP, etc. - Therapist-aided relaxation better than tape in a few studies.
- Some clients are unlikely to benefit from standard relaxation procedures.
o E.g., PTSD