Abramsohn Retractor 1

Similar documents
LAMINA SPREADER SURGICAL TECHNIQUE

ANATOMIC. Navigated Surgical Technique 4 in 1 TO.G.GB.016/1.0

Revolution. Unicompartmental Knee System

Zimmer FuZion Instruments. Surgical Technique (Beta Version)

Total Knee Replacement

CONTRIBUTING SURGEON. Barry Waldman, MD Director, Center for Joint Preservation and Replacement Sinai Hospital of Baltimore Baltimore, MD

Total Knee Original System Primary Surgical Technique

DIFFICULT PRIMARY TKA: VALGUS KNEE

Zimmer NexGen. LPS-Flex Fixed Bearing Knee. Surgical Technique. Designed to accomodate resumption of high-flexion daily activities

Surgical Technique. VISIONAIRE FastPak Instruments for the LEGION Total Knee System

TOTAL KNEE ARTHROPLASTY SYSTEM

NEXGEN COMPLETE KNEE SOLUTION

Surgical Technique. VISIONAIRE Disposable Instruments for the LEGION Total Knee System

ANATOMIC SURGICAL TECHNIQUE. 5 in 1. Conventional instrumentation 07/11/2013

Product Information & Procedure Wall Chart

PIN GUIDE SYSTEM SURGICAL TECHNIQUE. with the SIGMA High Performance Instruments System. This publication is not intended for distribution in the USA.

CLINICAL FINDINGS USING THE VERASENSE KNEE SYSTEM THE INTELLIGENT CHOICE FOR FLEXION STABILITY

Constrained Posterior Stabilized (CPS) Surgical Technique

TRK REVISION KNEE Surgical Technique

OPERATIVE TECHNIQUE SKS Total Knee Replacement

Dora Street, Hurstville 160 Belmore Road, Randwick

Unicondylar Surgical Technique

NexGen CR-Flex Fixed Bearing Knee. Surgical Technique

Mark Clatworthy Middlemore Hospital Auckland New Zealand

FOREWORD PRESERVATION UNICOMPARTMENTAL KNEE SYSTEM

TRUMATCH PERSONALIZED SOLUTIONS with the SIGMA High Performance Instruments

Constrained Posterior Stabilized (CPS)

Gap Balancing vs. Measured Resection Technique in Total Knee Arthroplasty

Sasaki E 1,2, Otsuka H 2, Sasaki N 2, and Ishibashi Y 1

Mako. Total Knee with Triathlon. Surgical protocol

CLINICAL AND OPERATIVE APPROACH FOR TOTAL KNEE REPLACEMENT DR.VINMAIE ORTHOPAEDICS PG 2 ND YEAR

JOINT RULER. Surgical Technique For Knee Joint JRReplacement

Session 22: Primary TKA: Video Vignettes

Partial Knee Replacement

Distal Cut First Femoral Preparation

Massive Varus- Overview. Massive Varus- Classification. Massive Varus- Definition 07/02/14. Correction of Massive Varus Deformity in TKR

STIFFNESS AFTER TKA PRE, PER AND POST OPERATIVE CAUSING FACTORS

Medial Rotation Knee. Forever Active. Landmark Operative Technique Supplement: No.1 All-Polyethylene Tibia (Cemented)

Uniglide. Unicompartmental Knee Replacement Mk III surgical technique

Kinematics Analysis of Different Types of Prosthesis in Total Knee Arthroplasty with a Navigation System

Extramedullary Tibial Preparation

Over 20 Years of Proven Clinical Success. Zimmer Natural-Knee II System

Masterclass. Tips and tricks for a successful outcome. E. Verhaven, M. Thaeter. September 15th, 2012, Brussels

Imaging assessment of Unicomp candidates!

NATURAL MOTION TECHNOLOGY SURGICAL TECHNIQUE. EMPOWR 3D Knee. EMPOWR PS Knee

PARTIAL KNEE REPLACEMENT

Mako Partial Knee Medial bicompartmental

BIOMECHANICAL MECHANISMS FOR DAMAGE: RETRIEVAL ANALYSIS AND COMPUTATIONAL WEAR PREDICTIONS IN TOTAL KNEE REPLACEMENTS

Intramedullary Tibial Preparation

10/31/18. How Do I Get Out of this Jam? David Halsey, MD. Intra-operative problem solving. Femoral side

itotal Customized POSTERIOR-STABILIZED knee replacement system

Effects of Posteromedial Vertical Capsulotomy on the Medial Extension Gap in Cruciate-retaining Total Knee Arthroplasty

Presented By Dr Vincent VG An MD BSc (Adv) MPhil Dr Murilo Leie MD Mr Joshua Twiggs BEng Dr Brett A Fritsch MBBS FRACS (Orth) FAOrthA.

Oxford Microplasty Instrumentation. CSAO Conference 46 th Annual September 13 th -15 th, 2015

SIGMA High Performance Partial Knee. Unicondylar. Surgical Technique

Zenith. Total Ankle Replacement Surgical technique

U2 PSA. Revision Knee. Surgical Protocol

Zimmer NexGen MIS Tibial Component. Cemented Surgical Technique IMAGE TO COME

OrthoMap Express Knee Product Guide. OrthoMap Express Knee Navigation Software 2.0

Evaluation of soft-tissue balance during total knee arthroplasty

iunig2 SURGICAL TECHNIQUE GUIDE Patient-specific UNICOMPARTMENTALknee resurfacing system

Zimmer NexGen Trabecular Metal Tibial Tray

ANTERIOR REFERENCE NEXGEN COMPLETE KNEE SOLUTION. Multi-Reference 4-in-1 Femoral Instrumentation Anterior Reference Surgical Technique

RESECTION GUIDE SYSTEM. TRUMATCH Personalized Solutions Surgical Technique with ATTUNE Knee INTUITION Instruments

TRUMATCH PERSONALIZED SOLUTIONS with the SIGMA High Performance Instruments

INTUITION INSTRUMENTS SURGICAL TECHNIQUE

INTUITION INSTRUMENTS SURGICAL TECHNIQUE

BIOTECH FUTURE KNEE Minimal Invasive (and classic) Surgical Technique

Zimmer Unicompartmental High Flex Knee. Intramedullary, Spacer Block Option and Extramedullary Minimally Invasive Surgical Techniques

Zimmer NexGen LPS-Flex Mobile and LPS-Mobile Bearing Knees. Surgical Technique United States Version IMAGE TO COME

ClassiQ. Scorpio. Anterior Referencing Surgical Protocol. Anterior Referencing. For use with Scorpio ClassiQ Instrument System

Zimmer Unicompartmental High Flex Knee. Spacer Block Surgical Technique

TKA Gap Planning. Supporting healthcare professionals

U2 KNEE SYSTEM. High Flexion Engineered

Evolution. Medial-Pivot Knee System The Bi-Cruciate-Substituting Knee. Key Aspects

Triathlon Knee System. Anterior Referencing Surgical Protocol

Pin Guide System. Surgical Technique

Stephen R Smith Northeast Nebraska Orthopaedics PC. Ligament Preserving Techniques in Total Knee Arthroplasty

unicompartmental knee SURGICAL TECHNIQUE limacorporate.com

KNEE SYSTEM. Buechel-Pappas. Surgical Procedure by Frederick F. Buechel, M.D.

NexGen CR-Flex Mobile Bearing Knee. Surgical Technique

EXACTECH KNEE. Operative Technique ADDENDUM. Metaphyseal Cones. Surgeon focused. Patient driven. TM

PRE & POST OPERATIVE RADIOLOGICAL ASSESSMENT IN TOTAL KNEE REPLACEMENT. Dr. Divya Rani K 2 nd Year Resident Dept. of Radiology

Persona. The Personalized Knee. Trabecular Metal Tibia. Surgical Technique

Patient-specific bicompart mental knee resurfacing system

Trabecular Metal Femoral Component. Surgical Technique

Uniglide. Unicompartmental Knee Replacement Mk III surgical technique. The mobile bearing is not commercially available in the USA

LCS COMPLETE SURGICAL TECHNIQUE. MILESTONE Instruments with MBT Tray Preparation

Aesculap Orthopaedics Columbus MIOS

Opening Wedge Osteotomy

POSTERIOR REFERENCE NEXGEN COMPLETE KNEE SOLUTION. Multi-Reference 4-in-1 Femoral Instrumentation Posterior Reference Surgical Technique

Application of an Intra-operative Load Measuring System for Knee Replacement Surgery

Kinematic vs. mechanical alignment: What is the difference?

PATIENT MATCHED TECHNOLOGY IN KNEE REPLACEMENT

1 Introduction. 2 Data and method

Zimmer NexGen LPS-Flex Mobile and LPS-Mobile Bearing Knees. Surgical Technique IMAGE TO COME. Designed for rotation and safe high flexion

iuni G2 SURGICAL TECHNIQUE GUIDE FEMUR FIRST Patient-specific UNICOMPARTMENTALknee resurfacing system

NEXGEN COMPLETE KNEE SOLUTION S A. Tibial Stem Extension & Augmentation Surgical. ATechnique

NexGen MIS LPS-Flex Mobile Implant System. Surgical Technique

Technique Guide. TomoFix Osteotomy System. A comprehensive plating system for stable fixation of osteotomies around the knee.

Transcription:

Abramsohn Retractor 1

Calibrated Femoral Tibial Spreaders Small Medium Large Designed to remain in position, with the femur and tibia separated, without the need of an assistant, and to minimize crushing the bone, even if osteoporotic. A wide, unobstructed view of the posterior compartment is possible. Osteophytes on the posterior condyles of the femur and tibia can be seen and removed. The calibrated handle of the spreader makes it possible for two spreaders to be used to assist the surgeon in balancing ligaments. The coated spreader is designed to separate the femur and tibia when implant components are in place. This is helpful in checking the back of the knee joint for cement, etc. The pads are coated to keep from scratching component surfaces and are slightly contoured to add stability against the curved articulating surfaces. Product # Size Length Pads Open Width 101-1850 Small Length: 7 Pads: 23x12mm Opens to 39mm 101-185001 Small w/ Coated Pads Length: 7 Pads: 18x15mm Opens to 39mm 101-1855 Medium Length: 10 Pads: 23x14mm Opens to 50mm 101-1860 Large Length: 12 Pads: 25x16mm Opens to 65mm 101-1865 Small w/ Round Pad Length: 7 Pads: 25x25mm Opens to 39mm 101-1866 Medium w/ Round Pads Length: 10 Pads: 25x25mm Opens to 50mm 1

Lamina Spreaders 1

Lamina Spreaders 2

Lamina Spreaders 3

Lamina Spreaders 4

Lamina Spreaders 5

Tibial Spreaders Lombardi Femoral Tibial Spreader Thin pads help to separate the femur and tibia during total knee procedures. Product Number Length Pads Opens to 1875: Large: Horizontal Grooved Pads 9.25 22mm x 13mm 50mm 1876: Small: Horizontal Grooved Pads 7 22mm x 13mm 35mm 1875D: Large: Diamond Cut Pads 9.25 22mm x 13mm 50mm 1976D: Small: Diamond Cut Pads 7 22mm x 13mm 35mm Lombardi Gap Balancing Femoral Tibial Spreader Designed to help separate the femur and tibia during total knee procedures, with the pads being parallel when measured at 20mm of separation Product Number Length Pads Opens to 1878: Large: Horizontal Grooved Pads 9.25 22mm x 13mm 50mm 1877: Small: Horizontal Grooved Pads 7 22mm x 13mm 35mm 1878D: Large: Diamond Cut Pads 9.25 22mm x 13mm 50mm 1977D: Small: Diamond Cut Pads 7 22mm x 13mm 35mm 1

Tibial Spreaders Scott Femoral Tibial Tensor/Spreaders Used before determining femoral component rotation to help properly tense the medial and lateral ligaments and help assure a stable, balanced flexion gap An important part of surgical technique during total knee arthroplasty is the establishment of a symmetric balanced flexion gap. This can be achieved by tensing the medial and lateral ligaments with laminar spreaders and rotating the femoral component until a rectangular space is formed. The calibrated Tensor/Spreader allows the surgeon to choose a reproducible amount of tension across the medial or lateral flexion space. In the varus knee, any medial release necessary to balance the knee in extension is performed first. In the valgus knee, the flexion gap can be balanced before the extension gap if the lateral retinaculum (not the lateral collateral ligament) is all that needs releasing to correct the deformity. The spreader can be used before or after tibial preparation and also during revision surgery after a well-aligned tibial platform has been established. The knee is flexed 90 degrees. Any medial retractor is removed. The medial gap is tensed with a plain or calibrated laminar spreader that is opened until the medial collateral ligament is fully tensed. The calibrated tensor is applied laterally and opened to the desired tension on the indicator. The femoral component is rotated until a rectangular gap is formed based off the tibial cut or an external tibial alignment device (if the tibial resection has not yet been performed). Original with narrow pads, designed to be used before making the femoral and tibial cuts Three new wide pad styles, designed for use after the cuts have been made Product Number Length Pads Opens to 1995: Narrow Fixed Pads 7 7mm Blade Width 40mm 1996: Wide Fixed Pads 7 22mm x 13mm 40mm (modification designed by Raymond H. Kim, MD) 1997: Wide Block Pads 7 23mm x 12mm 40mm 1998: Round Pads 7 25mm Pad Diameter 40mm 2

Tibial Spreaders Calibrated Femoral Tibial Spreaders Helps separate the femur and tibia during total knee replacement surgery. Designed to remain in position, with the femur and tibia separated, without the need of an assistant, and to minimize crushing the bone, even if osteoporotic. A wide unobstructed view of the posterior compartment is possible. Osteophytes on the posterior condyles of the femur and tibia can be seen and removed. The calibrated handle of the spreader makes it possible for two spreaders to be used to assist the surgeon in balancing ligaments. 1850: Small Length: 7 Pads: 23x12mm Opens to 39mm 1850-01: Small w/ coated pads Length: 7 Pads: 18x15mm Opens to 39mm 1855: Medium Length: 10 Pads: 23x14mm Opens to 50mm 1860: Large Length: 12 Pads: 25x16mm Opens to 65mm 1865: Small w/ round pads Length: 7 Pads: 25x25mm Opens to 39mm 1866: Medium w/ round pads Length: 10 Pads: 25x25mm Opens to 50mm 3