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SETUP AND POSITIONING FOR
SHOULDER ARTHROSCOPY
Dr Rishi Kiran Doshi
Consultant Orthopaedic Surgeon
Kolhapur Institute Of Orthopaedics and Trauma
Knee Arthroscopy Fellow, Sportsmed Clinic Mumbai
Shoulder Arthroscopy Fellow, Italy
Today, apart from Shoulder Replacement
and major Shoulder Fractures,
nearly all Shoulder Pathology
can be treated
With arthroscopic techniques
Shoulder Arthroscopy
the evolution of the technique
Diagnostic
Tool
Final
Treatment
From tool of the devil , the treatment of choice of most
shoulder pathologies
Metal Anchors
Absorbable
Anchors
Peek Anchors
Single suture
Double sutures
Shoulder Arthroscopy positioning and preparation
Shoulder Arthroscopy positioning and preparation
Shoulder Arthroscopy positioning and preparation
BASIC ARTHROSCOPIC KIT
 Arthroscope
 Light source and cable
 Camera system and monitor with recorder
 Arthroscopic probe
 Arthroscopic grasper
 Arthroscopic scissor
 Arthroscopy FMS pump
 Arthroscopy RF
 Arthroscopic Punches (basket forcepes 2.7 mm
upcutting right and left Rotatory )
 Motorized shaver
Arthroscopic grasper
Wissinger rod
Arthroscopic trocar
/Cannula
Shoulder Arthroscopy may be done in either the
Beachchair, or lateral decubitus positions.
Recently there have been modifications of both.
Lateral Decubitus Position
Standard table
Beanbag or support
Axillary roll
Head positioner
Suspension device
Limits to traction
Limits to Position
Side Support
Lateral Decubitus
By tilting the patient 20 to 30 degrees posteriorly,
glenoid will be parallel to the floor
1. Less traction: Decrease the risk of neurapraxia of
the brachial plexus
2. Accentuation of tears in the glenoid labrum as it
pulled away from their beds
3. Improved arthroscopic access to the inferior third
of the glenoid labrum and capsule.
Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics.
Philadelphia, PA: Elsevier/Mosby, 2013
Vertical and longitudinal traction, with
most of the traction applied vertically to distract the
glenohumeral joint without subluxing it inferiorly
 4 to 6 kgs of traction is applied
 30 to 60 degrees of abduction
 20 to 30 degrees of forward flexion
 23% and 30%: neurapraxia after excessive arm
traction.
Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics.
Philadelphia, PA: Elsevier/Mosby, 2013
All pressure points
Padded with a pillow
Acromion, ASIS, Below knee, lateral
malleolus and one or more pillows between the
knees and ankles.
Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics.
Philadelphia, PA: Elsevier/Mosby, 2013
Beach Chair
Standard table with back support
Head positioner
BEACH CHAIR POSITION
The benefits of the beach chair position
1. Interscalene block
2. Faster and easier positioning
3. Reduced risk of neurapraxia
4. Less distortion of intra articular capsular anatomy,
5. Improved mobility of the patients arm
6. Ease in orientation
7. Surgical manipulation in the subacromial space
8. Ease in conversion to an open surgical procedure.
COMPLICATIONS
1. Difficulty in working from posterior portals
2. Stroke
3. Death due to hypotensive episodes
Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics.
Philadelphia, PA: Elsevier/Mosby, 2013
Shoulder Arthroscopy positioning and preparation
LATERAL DECUBITUS BEACH CHAIR
Shoulder Arthroscopy positioning and preparation

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Shoulder Arthroscopy positioning and preparation

  • 1. SETUP AND POSITIONING FOR SHOULDER ARTHROSCOPY Dr Rishi Kiran Doshi Consultant Orthopaedic Surgeon Kolhapur Institute Of Orthopaedics and Trauma Knee Arthroscopy Fellow, Sportsmed Clinic Mumbai Shoulder Arthroscopy Fellow, Italy
  • 2. Today, apart from Shoulder Replacement and major Shoulder Fractures, nearly all Shoulder Pathology can be treated With arthroscopic techniques
  • 3. Shoulder Arthroscopy the evolution of the technique Diagnostic Tool Final Treatment From tool of the devil , the treatment of choice of most shoulder pathologies
  • 8. BASIC ARTHROSCOPIC KIT Arthroscope Light source and cable Camera system and monitor with recorder Arthroscopic probe Arthroscopic grasper Arthroscopic scissor Arthroscopy FMS pump Arthroscopy RF Arthroscopic Punches (basket forcepes 2.7 mm upcutting right and left Rotatory ) Motorized shaver
  • 12. Shoulder Arthroscopy may be done in either the Beachchair, or lateral decubitus positions. Recently there have been modifications of both.
  • 13. Lateral Decubitus Position Standard table Beanbag or support Axillary roll Head positioner Suspension device Limits to traction Limits to Position Side Support
  • 15. By tilting the patient 20 to 30 degrees posteriorly, glenoid will be parallel to the floor 1. Less traction: Decrease the risk of neurapraxia of the brachial plexus 2. Accentuation of tears in the glenoid labrum as it pulled away from their beds 3. Improved arthroscopic access to the inferior third of the glenoid labrum and capsule. Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics. Philadelphia, PA: Elsevier/Mosby, 2013
  • 16. Vertical and longitudinal traction, with most of the traction applied vertically to distract the glenohumeral joint without subluxing it inferiorly 4 to 6 kgs of traction is applied 30 to 60 degrees of abduction 20 to 30 degrees of forward flexion 23% and 30%: neurapraxia after excessive arm traction. Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics. Philadelphia, PA: Elsevier/Mosby, 2013
  • 17. All pressure points Padded with a pillow Acromion, ASIS, Below knee, lateral malleolus and one or more pillows between the knees and ankles. Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics. Philadelphia, PA: Elsevier/Mosby, 2013
  • 18. Beach Chair Standard table with back support Head positioner
  • 19. BEACH CHAIR POSITION The benefits of the beach chair position 1. Interscalene block 2. Faster and easier positioning 3. Reduced risk of neurapraxia 4. Less distortion of intra articular capsular anatomy, 5. Improved mobility of the patients arm 6. Ease in orientation 7. Surgical manipulation in the subacromial space 8. Ease in conversion to an open surgical procedure.
  • 20. COMPLICATIONS 1. Difficulty in working from posterior portals 2. Stroke 3. Death due to hypotensive episodes Canale, S T, James H. Beaty, and Willis C. Campbell. Campbell's Operative Orthopaedics. Philadelphia, PA: Elsevier/Mosby, 2013