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biphasic cuirass ventilation
Identification
Why?
When?
Who?
BCV
Where?
How?
biphasic cuirass ventilation
Why?
Cost
Effectiveness
Complete
Ventilation
Non-invasive
Physiological
and Natural
BCV
Decreased
Mortality
biphasic cuirass ventilation
Why?
Example: Respiratory Failure in COPD
Actively controls
both phases of
the respiratory
cycle.
Reduces end tidal
PCO2
Cardiac output
improved
Provides even
ventilation
Maintain and
redevelop the
respiratory
muscles.
Improvements in gas exchange
Reduced work of breathing
No risk of infections or
barotraumas
biphasic cuirass ventilation
Who?
Acute
Respiratory
Failure
And many
more…
Problems
with weaning
from PPV
COPD and
Asthma
BCV
Cystic
Fibrosis and
those who
require chest
PT
Neuromuscular
(SMA, ALS,
etc.)
Head and
Spinal
injuries
biphasic cuirass ventilation
Who?
COPD
Neuromuscular
(SMA, ALS, CF, etc)
Acute
Respiratory
Failure
Reduced
Mortality
Helps maintain
and redevelop
the respiratory
muscles
No risk for
VAP or
barotraumas
Reduced
ICU
admissions
Provides
physiotherapy
and cough
assistance
No
requirement
for sedation
Reduced
hospital
length of
stay
Provides an
efficient
method of
weaning from
PPV
Facilitates
the
clearance of
secretions
biphasic cuirass ventilation
How?
Monitor
Protocols
BCV
Training
Equipment
biphasic cuirass ventilation
Advantages
No requirement
for sedation
No risk of VAP
No risk of
barotraumas
Increased patient
comfort
Increase in cardiac
output
Can be used in
place of NI Mask,
helmet, etc.
In most cases, a
direct
replacement for
IPPV
Management of
secretions
Provides
physiotherapy and
cough assistance
Decreased stay in
ICU post
operative