SlideShare a Scribd company logo
1 of 51
2008/F.ABUDAYAH 1
ByBy
Fatimah Abu-DayahFatimah Abu-Dayah
2008/F.ABUDAYAH2
Clinical objectives
By the end of this lecture you will be able
to:
Define pacemaker
Differentiate types of pacemaker
List function of pacemaker
Assist and monitor pt under going pacing
Identifying pt’s educational needs
2008/F.ABUDAYAH 3
Out line
 Introduction
 Definition of cardiac pacing
 Clinical Indication
 Pacemaker design
 Pacemaker function
 Types of pacing
 Nursing diagnosis
 Nursing intervention
 Pt’s education
2008/F.ABUDAYAH 4
Normal conductive system of the
heart
2008/F.ABUDAYAH 5
Definition of cardiac pacing
It is an electric device that
delivers direct electrical
stimulation to stimulate the
myocardium to depolarize
,initiating a mechanical
contraction.
2008/F.ABUDAYAH 6
Clinical Indication
1. Symptomatic bradycardia
2. Symptomatic heart block
 2nd
degree heart block
 3rd
or complete heart block
 Bifasicular or transfasicular
bundle branch blocks.
3. Prophylaxis
2008/F.ABUDAYAH 7
Pacemaker Design
1. Pulse generator
2. leads
2008/F.ABUDAYAH 8
Pacemaker Design
Pulse generator
 In permanent pacemaker is
encapsulated in a metal can ,to
protect the generator from
electromagnetic interference
2008/F.ABUDAYAH 9
Pacemaker Design
Pulse generator
 Temporary pacing system
generator is externally
contained in a small box
2008/F.ABUDAYAH 10
Pacemaker Design
Pulse generator
 Transcutanus external pacing
system house the generator in a
piece of equipment similar to
portable ECG monitor.
2008/F.ABUDAYAH 11
Pacemaker Design
Pacemaker lead
1. Single chamber (unipolar)
pacemaker
 Lead placed in atrium or ventricle
 Produce large spic on the ECG
 Sensing and pacing in the chamber
where the lead is located
 More likely to be affected by
electromechanically interference
2008/F.ABUDAYAH 12
Single chamber (unipolar
2008/F.ABUDAYAH 13
2008/F.ABUDAYAH 14
Pacemaker Design
2. Dual-chamber (bipolar) pacemaker
 One Lead located in the atrium and
one in the ventricle
 Sensing and pacing in both
chambers mimicking the normal
heart function
 Produce in visible spic in the ECG
 Less affected by electromechanical
interference.
2008/F.ABUDAYAH 15
Dual-chamber (bipolar) pacemaker
2008/F.ABUDAYAH 16
2008/F.ABUDAYAH 17
Pacemaker function
1. Pacing function
2. Sensing function
3. Capture function
2008/F.ABUDAYAH 18
Pacing function
Atrial pacing:
stimulation of RT atrium produce spic
on ECG preceding P wave
2008/F.ABUDAYAH 19
Pacing function
Ventricle pacing:
stimulation of RT or LT ventricle
produce a spic on ECG preceding
QRS complex.
2008/F.ABUDAYAH 20
Pacing function
AVpacing:
direct stimulation of RT atrium
and either ventricles mimic
normal heart conduction
2008/F.ABUDAYAH 21
Sensing function
Sensing:
Ability of the cardiac pace maker
to see intrinsic cardiac activity
when it occurs.
2008/F.ABUDAYAH 22
Sensing function
Demand:
 pacing stimulation delivered only if
the heart rate falls below the preset
limit.
Fixed:
 no ability to sense. constantly
delivers the preset stimulus at preset
rate.
Triggered:
delivers stimuli in response to (sensing
)cardiac event.
2008/F.ABUDAYAH 23
Capture function
Capture:
Ability of the pacemaker to
generate a response from the
heart (contraction) after
electrical stimulation.
2008/F.ABUDAYAH 24
Capture function
1. Electrical capture :
indicated by P or QRS
following and corresponding to
a pacemaker spike.
2. Mechanical capture:
palpable pulse corresponding
to the electrical event.
2008/F.ABUDAYAH 25
Pacing types
 Permanent
 Temporary
 biventricular
2008/F.ABUDAYAH 26
Types of pacing
1. Permanent pacemaker
 Used to treat chronic heart
condition
 Surgically placed
transvenuosly under local
anesthesia
 Pulse generator placed in a
pocket subcutaneously ,can be
adjusted externally
2008/F.ABUDAYAH 27
Permanent pacemaker
2008/F.ABUDAYAH 28
Types of pacing
2. Temporary pacemaker
 Placed during emergencies
 Indicated for pts’ high
degree heart block or
unstable bradycardia
 Can be placed transvenosly,
epicardially,transcutanusly
or transthorasicly
2008/F.ABUDAYAH 29
3. Biventricular pacemaker
 Used in sever heart failure
 Utilize three leads in right
atrium, right ventricle and
left ventricle to coordinate
ventricular coordination
and improve cardiac
out put
Types of pacing
2008/F.ABUDAYAH 30
Equipments
 Transvenous pacing
catheter
 EKG machine
 Pacemaker generator
with battery and cable
 Emergency crash cart
 Lidocaine
Defibrillat
or
 (2) 5cc syringe with
22 and 25 gauge
needles
 External Pacer
 Sterile gown, gloves,
mask
2008/F.ABUDAYAH 31
INSERTION SITES
 Left Subclavian (most reliable)
 Internal jugular (lower
incidence of pneumothorax)
 Femoral vein
 Brachial vein
2008/F.ABUDAYAH 32
INSERTION PROCEDURE
 1. Check that patient has a patent IV,
and that the defibrillator, emergency cart
and appropriate medications are
available.
 obtain consent (time permitting).
 Obtain vital signs and ECG rhythm strip
prior to insertion. Connect to 12 lead EKG
and continuously monitor before, during
and after
2008/F.ABUDAYAH 33
INSERTION PROCEDURE
 Anesthetize the area locally.
 Prepare the external temporary
generator:
 Portable Chest X-ray is required
to confirm placement.
2008/F.ABUDAYAH 34
Applying transcutaneous pacing
 Anterior/posterior:
 Anterior/anterior:
 Module on stand by. minimal out
put
 Connect pacing to external
module
 Increase milliamp until a pacing
spike and corresponding QRS
are seen.plpate pulse
2008/F.ABUDAYAH 35
Complication
 Movement and dislocation of the lead
 Injury
 Bleeding and hematoma
 Ventricular ectopy or VT from wall
stimulation
 Infection
 Cardiac tamponad
2008/F.ABUDAYAH 36
Nursing diagnosis
 Decreased cardiac output related to
potential pacemaker mal function
 Risk for injury related to
peumothorax
 Impaired physical mobility related to
restriction of movement.
 Acute pain related to surgical incision
or external pacing stimuli.
 Disturbed body image related to
pacemaker implementation.
2008/F.ABUDAYAH 37
Nursing intervention
1. Maintain adequate cardiac output
 Record information after insertion
pacemaker model ,mode, program
setting,pt’s rhythm
 Attach ECG for continues monitoring
 Analyze rhythm strips as per
protocol
 Monitor vital signs
 Monitor urine output
 Observe for dysrhythmia
2008/F.ABUDAYAH 38
Nursing intervention
2. Avoid injury
 Obtain chest x-ray to
check lead wire
position
 Monitor for sign and symptom of
hemothorax
 Monitor for sign and symptom of
pneumothorax
 Evaluate evidence for bleeding
2008/F.ABUDAYAH 39
Nursing intervention
3. Monitor for evidence of lead
migration and perforation of
heart
 Observe for muscle twitching
and hiccups
 Evaluate chest pain
 Auscultate foe friction rub
 Observe for signs of cardiac
tamponade
2008/F.ABUDAYAH 40
Nursing intervention
4. Provide electrically safe
environment
 Protect exposed parts of
electrode leads with rubber
 Wear rubber gloves when
touching a temporary pacing
lead
2008/F.ABUDAYAH 41
Nursing intervention
5. Be aware of hazards in the facility
that can interfere pacemaker and
cause failure
 Avoid use of electrical razor
 Avoid direct placement of defibrillator
paddles over the generator, should be
placed 4-5 inches away.
 Pt’s with permanent pacemaker
should never exposed to MRI because
it may alter and erase the program
memory.
 Caution must be used if pt will receive
radiation therapy.
2008/F.ABUDAYAH 42
Nursing intervention
6. Prevent accidental pacemaker
malfunctions
 Use external plastic covering
over external generator all
times
 Secure temporary pace maker
over pt’s chest or wrist never
hang it over iv pole
2008/F.ABUDAYAH 43
Nursing intervention
 Place a sign over pt's bed
alerting personnel to the
presence of pacemaker.
 Evaluate transecutanuse
pacing every 2 hr
 Monitor for electrolyte
imbalances, hypoxia and
myocardial infarction.
2008/F.ABUDAYAH 44
Nursing intervention
7. Preventing infection
 Take temp every 4hrs
 Observe for sign and symptoms of
infection
 Clean incision site with sterile
technique
 Monitor vein which pacing placed in
for phlipaitis
 Administer antibiotic as ordered.
2008/F.ABUDAYAH 45
Nursing intervention
8. Relieving anxiety
9. Reliving pain.
10. Maintaining a positive body image
11. Minimizing the effect of immobility
 Rest for 24-48 hrs post pacing
insertion
 Deep breathing exercise
 Restrict movement of affected
extremity
2008/F.ABUDAYAH 46
Patient education
1. Anatomy and physiology of the
heart
2. Pacemaker function
3. Activity
Specific instruction include
 Not to lift items over 1.4kg or
perform difficult arm maneuver.
 Avoid excessive stretching or
bending excessive.
 Avoid contact sport,tennis,gulfing
until advised by doctor.

2008/F.ABUDAYAH 47
Patient education
4. Pacemaker failure
 Teach pt to check own pulse
at least weekly for 1 min
 Report slowing on the pulse
less or greater than the setting rate
 Report sign and symptom as
palpitation ,fatigue ,dizziness
,prolonged hiccups
 Wear identification bracelet and carry
a pacemaker identification cared.
2008/F.ABUDAYAH 48
Patient education
5. Electromagnetic interference
 Caution pt that EMI could interfere
with pacemaker function.
 Explain that high energy radar, TV
and radio transmetters,MRI,large
motors may affect the pacemaker
function.
 Teach pt to move 4-6 m away from
source and check pulse. it should
return to normal.
2008/F.ABUDAYAH 49
Patient education
 Most pacemaker equipped with
internal filters to prevent
interaction with cell phone.
 Tell pt that antitheft devices and
airport security alarms may affect
pacemaker and trigger security
alarm.
 Household and kitchen appliance
will not affect pacemaker.
2008/F.ABUDAYAH 50
Patient education
6. Care of pacemaker site.
 Wear loose-fitting
clothes around pacemaker
 Watch sign and symptom
of infection
 Keep incision site clean
and dry. not to scrub site
 Advise well balanced diet.
2008/F.ABUDAYAH 51
References
Sandra M. nettina
MSn, aPrn, BC, anP
Manual of nurSing
PraCtiCe
eighth edition
Braunner&Suddarth’S
textBook of MediCal
SurgiCal nurSing 10th
edition

More Related Content

What's hot

Hemodynamic monitoring ppt
Hemodynamic monitoring pptHemodynamic monitoring ppt
Hemodynamic monitoring ppt
Uma Binoy
 
Coronory angiography
Coronory angiographyCoronory angiography
Coronory angiography
Chandan N
 

What's hot (20)

Hemodynamic monitoring ppt
Hemodynamic monitoring pptHemodynamic monitoring ppt
Hemodynamic monitoring ppt
 
Pacemaker implantation.
Pacemaker implantation.Pacemaker implantation.
Pacemaker implantation.
 
Echocardiography
EchocardiographyEchocardiography
Echocardiography
 
pacemaker
pacemakerpacemaker
pacemaker
 
CABG Bsc nursing
CABG Bsc nursingCABG Bsc nursing
CABG Bsc nursing
 
Cardioversion
Cardioversion Cardioversion
Cardioversion
 
Coronary angioplasty (1)
Coronary angioplasty (1)Coronary angioplasty (1)
Coronary angioplasty (1)
 
PTCA
PTCAPTCA
PTCA
 
Pacemaker Implant
Pacemaker ImplantPacemaker Implant
Pacemaker Implant
 
Defibrilllation
DefibrilllationDefibrilllation
Defibrilllation
 
Pacemaker
Pacemaker   Pacemaker
Pacemaker
 
Cardiac catheterization
Cardiac catheterizationCardiac catheterization
Cardiac catheterization
 
Pacemaker
PacemakerPacemaker
Pacemaker
 
Coronory angiography
Coronory angiographyCoronory angiography
Coronory angiography
 
Basic echocardiography
Basic echocardiographyBasic echocardiography
Basic echocardiography
 
Management of a patient with pacemaker
Management of a patient with pacemakerManagement of a patient with pacemaker
Management of a patient with pacemaker
 
Defibrillation
DefibrillationDefibrillation
Defibrillation
 
Hemodynamic monitoring
Hemodynamic monitoringHemodynamic monitoring
Hemodynamic monitoring
 
Temporary cardiac pacing
Temporary cardiac pacingTemporary cardiac pacing
Temporary cardiac pacing
 
Implantable Cardioverter Defibrillators -ICD
Implantable Cardioverter Defibrillators -ICD Implantable Cardioverter Defibrillators -ICD
Implantable Cardioverter Defibrillators -ICD
 

Similar to Pacemaker Operation

Transcutaneous Pacing
Transcutaneous PacingTranscutaneous Pacing
Transcutaneous Pacing
EM OMSB
 

Similar to Pacemaker Operation (20)

Patients with pacemaker anaesthetic implications
Patients with pacemaker anaesthetic implicationsPatients with pacemaker anaesthetic implications
Patients with pacemaker anaesthetic implications
 
Defibrillators
DefibrillatorsDefibrillators
Defibrillators
 
D & C 2012
D & C 2012D & C 2012
D & C 2012
 
Cardiac defibrilation
Cardiac defibrilationCardiac defibrilation
Cardiac defibrilation
 
Pacemaker and anaesthesia
Pacemaker and anaesthesiaPacemaker and anaesthesia
Pacemaker and anaesthesia
 
Anesthesia and cardiac pacemaker
Anesthesia  and   cardiac pacemakerAnesthesia  and   cardiac pacemaker
Anesthesia and cardiac pacemaker
 
pacemaker perfect (1) (1).pdf
pacemaker perfect (1) (1).pdfpacemaker perfect (1) (1).pdf
pacemaker perfect (1) (1).pdf
 
Defibrillator power point presentation for medical students
Defibrillator power point presentation for medical studentsDefibrillator power point presentation for medical students
Defibrillator power point presentation for medical students
 
Jp's pacemaker
Jp's pacemakerJp's pacemaker
Jp's pacemaker
 
Artificial Cardiac pacemaker |medical device that generates electrical impulses
Artificial Cardiac pacemaker |medical device that generates electrical impulses Artificial Cardiac pacemaker |medical device that generates electrical impulses
Artificial Cardiac pacemaker |medical device that generates electrical impulses
 
Defibrillator
DefibrillatorDefibrillator
Defibrillator
 
Transcutaneous Pacing
Transcutaneous PacingTranscutaneous Pacing
Transcutaneous Pacing
 
Holter monitor1
Holter  monitor1Holter  monitor1
Holter monitor1
 
Defibrillator
Defibrillator Defibrillator
Defibrillator
 
Cardiac pacemaker
Cardiac pacemakerCardiac pacemaker
Cardiac pacemaker
 
Anaesthesia for patient with pacemaker
Anaesthesia for patient with pacemakerAnaesthesia for patient with pacemaker
Anaesthesia for patient with pacemaker
 
Defibrillator ppt.pptx
Defibrillator ppt.pptxDefibrillator ppt.pptx
Defibrillator ppt.pptx
 
PACEMAKER by Dr.Sravani Vishnubhatla
PACEMAKER by Dr.Sravani VishnubhatlaPACEMAKER by Dr.Sravani Vishnubhatla
PACEMAKER by Dr.Sravani Vishnubhatla
 
pacemaker.pdf
pacemaker.pdfpacemaker.pdf
pacemaker.pdf
 
Pacemaker
PacemakerPacemaker
Pacemaker
 

More from utpal sarkar

More from utpal sarkar (20)

Rom ram
Rom ramRom ram
Rom ram
 
Pressure sensor lecture
Pressure sensor lecturePressure sensor lecture
Pressure sensor lecture
 
Optical properties and hall effect
Optical properties and hall effectOptical properties and hall effect
Optical properties and hall effect
 
Tunnel diode
Tunnel diodeTunnel diode
Tunnel diode
 
Night vission
Night vissionNight vission
Night vission
 
Night vision goggles the basics
Night vision goggles the basicsNight vision goggles the basics
Night vision goggles the basics
 
Nano electro mechanical systems
Nano electro mechanical systems Nano electro mechanical systems
Nano electro mechanical systems
 
Metal Insulator Semiconductor devices
Metal Insulator Semiconductor devicesMetal Insulator Semiconductor devices
Metal Insulator Semiconductor devices
 
Metal Oxide Semiconductor Field Effect Transistors
Metal Oxide Semiconductor Field Effect TransistorsMetal Oxide Semiconductor Field Effect Transistors
Metal Oxide Semiconductor Field Effect Transistors
 
Micro-electro-mechanical Systems
Micro-electro-mechanical Systems Micro-electro-mechanical Systems
Micro-electro-mechanical Systems
 
Introduction to Sensor
Introduction to SensorIntroduction to Sensor
Introduction to Sensor
 
Introduction to Sensors
Introduction to Sensors  Introduction to Sensors
Introduction to Sensors
 
Pacemakers
PacemakersPacemakers
Pacemakers
 
Sensor Biomedical applications
 Sensor Biomedical applications Sensor Biomedical applications
Sensor Biomedical applications
 
Sensor Lecture Interfacing
 Sensor Lecture Interfacing Sensor Lecture Interfacing
Sensor Lecture Interfacing
 
Nano twzeeres
Nano twzeeresNano twzeeres
Nano twzeeres
 
Ink Jet Nozzels
Ink Jet NozzelsInk Jet Nozzels
Ink Jet Nozzels
 
Molecular electronics
 Molecular electronics Molecular electronics
Molecular electronics
 
Night Vision Technology
Night Vision Technology Night Vision Technology
Night Vision Technology
 
Band theory of solids
Band theory of solidsBand theory of solids
Band theory of solids
 

Recently uploaded

Histor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slideHistor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slide
vu2urc
 

Recently uploaded (20)

Driving Behavioral Change for Information Management through Data-Driven Gree...
Driving Behavioral Change for Information Management through Data-Driven Gree...Driving Behavioral Change for Information Management through Data-Driven Gree...
Driving Behavioral Change for Information Management through Data-Driven Gree...
 
What Are The Drone Anti-jamming Systems Technology?
What Are The Drone Anti-jamming Systems Technology?What Are The Drone Anti-jamming Systems Technology?
What Are The Drone Anti-jamming Systems Technology?
 
Developing An App To Navigate The Roads of Brazil
Developing An App To Navigate The Roads of BrazilDeveloping An App To Navigate The Roads of Brazil
Developing An App To Navigate The Roads of Brazil
 
Scaling API-first – The story of a global engineering organization
Scaling API-first – The story of a global engineering organizationScaling API-first – The story of a global engineering organization
Scaling API-first – The story of a global engineering organization
 
Apidays Singapore 2024 - Building Digital Trust in a Digital Economy by Veron...
Apidays Singapore 2024 - Building Digital Trust in a Digital Economy by Veron...Apidays Singapore 2024 - Building Digital Trust in a Digital Economy by Veron...
Apidays Singapore 2024 - Building Digital Trust in a Digital Economy by Veron...
 
Histor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slideHistor y of HAM Radio presentation slide
Histor y of HAM Radio presentation slide
 
Real Time Object Detection Using Open CV
Real Time Object Detection Using Open CVReal Time Object Detection Using Open CV
Real Time Object Detection Using Open CV
 
2024: Domino Containers - The Next Step. News from the Domino Container commu...
2024: Domino Containers - The Next Step. News from the Domino Container commu...2024: Domino Containers - The Next Step. News from the Domino Container commu...
2024: Domino Containers - The Next Step. News from the Domino Container commu...
 
Boost PC performance: How more available memory can improve productivity
Boost PC performance: How more available memory can improve productivityBoost PC performance: How more available memory can improve productivity
Boost PC performance: How more available memory can improve productivity
 
Bajaj Allianz Life Insurance Company - Insurer Innovation Award 2024
Bajaj Allianz Life Insurance Company - Insurer Innovation Award 2024Bajaj Allianz Life Insurance Company - Insurer Innovation Award 2024
Bajaj Allianz Life Insurance Company - Insurer Innovation Award 2024
 
Workshop - Best of Both Worlds_ Combine KG and Vector search for enhanced R...
Workshop - Best of Both Worlds_ Combine  KG and Vector search for  enhanced R...Workshop - Best of Both Worlds_ Combine  KG and Vector search for  enhanced R...
Workshop - Best of Both Worlds_ Combine KG and Vector search for enhanced R...
 
[2024]Digital Global Overview Report 2024 Meltwater.pdf
[2024]Digital Global Overview Report 2024 Meltwater.pdf[2024]Digital Global Overview Report 2024 Meltwater.pdf
[2024]Digital Global Overview Report 2024 Meltwater.pdf
 
Finology Group – Insurtech Innovation Award 2024
Finology Group – Insurtech Innovation Award 2024Finology Group – Insurtech Innovation Award 2024
Finology Group – Insurtech Innovation Award 2024
 
From Event to Action: Accelerate Your Decision Making with Real-Time Automation
From Event to Action: Accelerate Your Decision Making with Real-Time AutomationFrom Event to Action: Accelerate Your Decision Making with Real-Time Automation
From Event to Action: Accelerate Your Decision Making with Real-Time Automation
 
TrustArc Webinar - Stay Ahead of US State Data Privacy Law Developments
TrustArc Webinar - Stay Ahead of US State Data Privacy Law DevelopmentsTrustArc Webinar - Stay Ahead of US State Data Privacy Law Developments
TrustArc Webinar - Stay Ahead of US State Data Privacy Law Developments
 
Powerful Google developer tools for immediate impact! (2023-24 C)
Powerful Google developer tools for immediate impact! (2023-24 C)Powerful Google developer tools for immediate impact! (2023-24 C)
Powerful Google developer tools for immediate impact! (2023-24 C)
 
Tata AIG General Insurance Company - Insurer Innovation Award 2024
Tata AIG General Insurance Company - Insurer Innovation Award 2024Tata AIG General Insurance Company - Insurer Innovation Award 2024
Tata AIG General Insurance Company - Insurer Innovation Award 2024
 
TrustArc Webinar - Unlock the Power of AI-Driven Data Discovery
TrustArc Webinar - Unlock the Power of AI-Driven Data DiscoveryTrustArc Webinar - Unlock the Power of AI-Driven Data Discovery
TrustArc Webinar - Unlock the Power of AI-Driven Data Discovery
 
presentation ICT roal in 21st century education
presentation ICT roal in 21st century educationpresentation ICT roal in 21st century education
presentation ICT roal in 21st century education
 
Advantages of Hiring UIUX Design Service Providers for Your Business
Advantages of Hiring UIUX Design Service Providers for Your BusinessAdvantages of Hiring UIUX Design Service Providers for Your Business
Advantages of Hiring UIUX Design Service Providers for Your Business
 

Pacemaker Operation

  • 2. 2008/F.ABUDAYAH2 Clinical objectives By the end of this lecture you will be able to: Define pacemaker Differentiate types of pacemaker List function of pacemaker Assist and monitor pt under going pacing Identifying pt’s educational needs
  • 3. 2008/F.ABUDAYAH 3 Out line  Introduction  Definition of cardiac pacing  Clinical Indication  Pacemaker design  Pacemaker function  Types of pacing  Nursing diagnosis  Nursing intervention  Pt’s education
  • 5. 2008/F.ABUDAYAH 5 Definition of cardiac pacing It is an electric device that delivers direct electrical stimulation to stimulate the myocardium to depolarize ,initiating a mechanical contraction.
  • 6. 2008/F.ABUDAYAH 6 Clinical Indication 1. Symptomatic bradycardia 2. Symptomatic heart block  2nd degree heart block  3rd or complete heart block  Bifasicular or transfasicular bundle branch blocks. 3. Prophylaxis
  • 7. 2008/F.ABUDAYAH 7 Pacemaker Design 1. Pulse generator 2. leads
  • 8. 2008/F.ABUDAYAH 8 Pacemaker Design Pulse generator  In permanent pacemaker is encapsulated in a metal can ,to protect the generator from electromagnetic interference
  • 9. 2008/F.ABUDAYAH 9 Pacemaker Design Pulse generator  Temporary pacing system generator is externally contained in a small box
  • 10. 2008/F.ABUDAYAH 10 Pacemaker Design Pulse generator  Transcutanus external pacing system house the generator in a piece of equipment similar to portable ECG monitor.
  • 11. 2008/F.ABUDAYAH 11 Pacemaker Design Pacemaker lead 1. Single chamber (unipolar) pacemaker  Lead placed in atrium or ventricle  Produce large spic on the ECG  Sensing and pacing in the chamber where the lead is located  More likely to be affected by electromechanically interference
  • 14. 2008/F.ABUDAYAH 14 Pacemaker Design 2. Dual-chamber (bipolar) pacemaker  One Lead located in the atrium and one in the ventricle  Sensing and pacing in both chambers mimicking the normal heart function  Produce in visible spic in the ECG  Less affected by electromechanical interference.
  • 17. 2008/F.ABUDAYAH 17 Pacemaker function 1. Pacing function 2. Sensing function 3. Capture function
  • 18. 2008/F.ABUDAYAH 18 Pacing function Atrial pacing: stimulation of RT atrium produce spic on ECG preceding P wave
  • 19. 2008/F.ABUDAYAH 19 Pacing function Ventricle pacing: stimulation of RT or LT ventricle produce a spic on ECG preceding QRS complex.
  • 20. 2008/F.ABUDAYAH 20 Pacing function AVpacing: direct stimulation of RT atrium and either ventricles mimic normal heart conduction
  • 21. 2008/F.ABUDAYAH 21 Sensing function Sensing: Ability of the cardiac pace maker to see intrinsic cardiac activity when it occurs.
  • 22. 2008/F.ABUDAYAH 22 Sensing function Demand:  pacing stimulation delivered only if the heart rate falls below the preset limit. Fixed:  no ability to sense. constantly delivers the preset stimulus at preset rate. Triggered: delivers stimuli in response to (sensing )cardiac event.
  • 23. 2008/F.ABUDAYAH 23 Capture function Capture: Ability of the pacemaker to generate a response from the heart (contraction) after electrical stimulation.
  • 24. 2008/F.ABUDAYAH 24 Capture function 1. Electrical capture : indicated by P or QRS following and corresponding to a pacemaker spike. 2. Mechanical capture: palpable pulse corresponding to the electrical event.
  • 25. 2008/F.ABUDAYAH 25 Pacing types  Permanent  Temporary  biventricular
  • 26. 2008/F.ABUDAYAH 26 Types of pacing 1. Permanent pacemaker  Used to treat chronic heart condition  Surgically placed transvenuosly under local anesthesia  Pulse generator placed in a pocket subcutaneously ,can be adjusted externally
  • 28. 2008/F.ABUDAYAH 28 Types of pacing 2. Temporary pacemaker  Placed during emergencies  Indicated for pts’ high degree heart block or unstable bradycardia  Can be placed transvenosly, epicardially,transcutanusly or transthorasicly
  • 29. 2008/F.ABUDAYAH 29 3. Biventricular pacemaker  Used in sever heart failure  Utilize three leads in right atrium, right ventricle and left ventricle to coordinate ventricular coordination and improve cardiac out put Types of pacing
  • 30. 2008/F.ABUDAYAH 30 Equipments  Transvenous pacing catheter  EKG machine  Pacemaker generator with battery and cable  Emergency crash cart  Lidocaine Defibrillat or  (2) 5cc syringe with 22 and 25 gauge needles  External Pacer  Sterile gown, gloves, mask
  • 31. 2008/F.ABUDAYAH 31 INSERTION SITES  Left Subclavian (most reliable)  Internal jugular (lower incidence of pneumothorax)  Femoral vein  Brachial vein
  • 32. 2008/F.ABUDAYAH 32 INSERTION PROCEDURE  1. Check that patient has a patent IV, and that the defibrillator, emergency cart and appropriate medications are available.  obtain consent (time permitting).  Obtain vital signs and ECG rhythm strip prior to insertion. Connect to 12 lead EKG and continuously monitor before, during and after
  • 33. 2008/F.ABUDAYAH 33 INSERTION PROCEDURE  Anesthetize the area locally.  Prepare the external temporary generator:  Portable Chest X-ray is required to confirm placement.
  • 34. 2008/F.ABUDAYAH 34 Applying transcutaneous pacing  Anterior/posterior:  Anterior/anterior:  Module on stand by. minimal out put  Connect pacing to external module  Increase milliamp until a pacing spike and corresponding QRS are seen.plpate pulse
  • 35. 2008/F.ABUDAYAH 35 Complication  Movement and dislocation of the lead  Injury  Bleeding and hematoma  Ventricular ectopy or VT from wall stimulation  Infection  Cardiac tamponad
  • 36. 2008/F.ABUDAYAH 36 Nursing diagnosis  Decreased cardiac output related to potential pacemaker mal function  Risk for injury related to peumothorax  Impaired physical mobility related to restriction of movement.  Acute pain related to surgical incision or external pacing stimuli.  Disturbed body image related to pacemaker implementation.
  • 37. 2008/F.ABUDAYAH 37 Nursing intervention 1. Maintain adequate cardiac output  Record information after insertion pacemaker model ,mode, program setting,pt’s rhythm  Attach ECG for continues monitoring  Analyze rhythm strips as per protocol  Monitor vital signs  Monitor urine output  Observe for dysrhythmia
  • 38. 2008/F.ABUDAYAH 38 Nursing intervention 2. Avoid injury  Obtain chest x-ray to check lead wire position  Monitor for sign and symptom of hemothorax  Monitor for sign and symptom of pneumothorax  Evaluate evidence for bleeding
  • 39. 2008/F.ABUDAYAH 39 Nursing intervention 3. Monitor for evidence of lead migration and perforation of heart  Observe for muscle twitching and hiccups  Evaluate chest pain  Auscultate foe friction rub  Observe for signs of cardiac tamponade
  • 40. 2008/F.ABUDAYAH 40 Nursing intervention 4. Provide electrically safe environment  Protect exposed parts of electrode leads with rubber  Wear rubber gloves when touching a temporary pacing lead
  • 41. 2008/F.ABUDAYAH 41 Nursing intervention 5. Be aware of hazards in the facility that can interfere pacemaker and cause failure  Avoid use of electrical razor  Avoid direct placement of defibrillator paddles over the generator, should be placed 4-5 inches away.  Pt’s with permanent pacemaker should never exposed to MRI because it may alter and erase the program memory.  Caution must be used if pt will receive radiation therapy.
  • 42. 2008/F.ABUDAYAH 42 Nursing intervention 6. Prevent accidental pacemaker malfunctions  Use external plastic covering over external generator all times  Secure temporary pace maker over pt’s chest or wrist never hang it over iv pole
  • 43. 2008/F.ABUDAYAH 43 Nursing intervention  Place a sign over pt's bed alerting personnel to the presence of pacemaker.  Evaluate transecutanuse pacing every 2 hr  Monitor for electrolyte imbalances, hypoxia and myocardial infarction.
  • 44. 2008/F.ABUDAYAH 44 Nursing intervention 7. Preventing infection  Take temp every 4hrs  Observe for sign and symptoms of infection  Clean incision site with sterile technique  Monitor vein which pacing placed in for phlipaitis  Administer antibiotic as ordered.
  • 45. 2008/F.ABUDAYAH 45 Nursing intervention 8. Relieving anxiety 9. Reliving pain. 10. Maintaining a positive body image 11. Minimizing the effect of immobility  Rest for 24-48 hrs post pacing insertion  Deep breathing exercise  Restrict movement of affected extremity
  • 46. 2008/F.ABUDAYAH 46 Patient education 1. Anatomy and physiology of the heart 2. Pacemaker function 3. Activity Specific instruction include  Not to lift items over 1.4kg or perform difficult arm maneuver.  Avoid excessive stretching or bending excessive.  Avoid contact sport,tennis,gulfing until advised by doctor. 
  • 47. 2008/F.ABUDAYAH 47 Patient education 4. Pacemaker failure  Teach pt to check own pulse at least weekly for 1 min  Report slowing on the pulse less or greater than the setting rate  Report sign and symptom as palpitation ,fatigue ,dizziness ,prolonged hiccups  Wear identification bracelet and carry a pacemaker identification cared.
  • 48. 2008/F.ABUDAYAH 48 Patient education 5. Electromagnetic interference  Caution pt that EMI could interfere with pacemaker function.  Explain that high energy radar, TV and radio transmetters,MRI,large motors may affect the pacemaker function.  Teach pt to move 4-6 m away from source and check pulse. it should return to normal.
  • 49. 2008/F.ABUDAYAH 49 Patient education  Most pacemaker equipped with internal filters to prevent interaction with cell phone.  Tell pt that antitheft devices and airport security alarms may affect pacemaker and trigger security alarm.  Household and kitchen appliance will not affect pacemaker.
  • 50. 2008/F.ABUDAYAH 50 Patient education 6. Care of pacemaker site.  Wear loose-fitting clothes around pacemaker  Watch sign and symptom of infection  Keep incision site clean and dry. not to scrub site  Advise well balanced diet.
  • 51. 2008/F.ABUDAYAH 51 References Sandra M. nettina MSn, aPrn, BC, anP Manual of nurSing PraCtiCe eighth edition Braunner&Suddarth’S textBook of MediCal SurgiCal nurSing 10th edition