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Knee Surgery Interactive Knee
 
 

The Interactive Knee: Surgery Edition presents the most complete and accurate 3D anatomical model of its kind. The CD-ROM goes beyond any traditional textbook. Users can rotate the 3D model of the knee on the computer screen, peel away layers, and label any visible feature. This 3D model - derived from high resolution Magnetic Resonance scans - is also used as a basis for scores of 3D animations showing key surgical procedures, including ACL and PCL reconstruction. A broad selection of radiological, biomechanical, and pathological material accompanies the 3D presentation.

 
Watch An Animated Demo
 

The MRI section provides a method of viewing the 3D model of the knee in 3 planes and correlating the anatomy with the equivalent MRI data. The model is linked to radiology text written by David W. Stoller, MD.

Novel, innovative, and unique, this CD-ROM is a versatile tool for teaching, presentations, reference, and patient education. The program gives you the facility to export pictures into your own programs for personal or teaching purposes.

Order Interactive Knee: Surgery Edition CD-ROM
     
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$310.00

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Features
 
Slides    





Anatomical Text
Biomechanical Videos
Surgical Slides
Radiology Slides
Biomechanical Slides

 






MRI Slides
Surgical Videos
Axial MRI of the Cadaver Knee
Knee MRI
Dissection Slides

Models    




Knee Model – Wide
Knee Model – Close Up
Patella

 



Tibial Plateau and Meniscii
Arterial Supply
Nervous and Arterial Supply

Anatomical Text    







Bones
Bone Regions
Muscle Attachments
Cartilage and Meniscii
Ligaments
Bursae
Muscles and Tendons

 







Fascia
Nerves
Dermatomes
Arteries
Veins
Surface Anatomy
Cutaneous Nerve Distribution

Surgery Text    













Meniscal Tears
The Discoid Lateral Meniscus
Meniscal Cysts
Arthroscopic Meniscus Repair
Articular Hyaline Cartilage
Bursae Around the Knee
Harvesting Techniques for Cruciate Ligament Reconstruction
The Anterior Cruciate Ligament
The Posterior Cruciate Ligament
Fractures Around the Knee
The Extensor Apparatus
Chondral and Osteochondral Lesions

 













Arthroscopic Surgery for Early
Degenerative Changes
Osteotomies
Synovial Disorders
Arthrofibrosis and Adhesion
Knee Joint Pain
Peroneal Nerve Rupture and
Palsy
Posterior Approach to the
Knee for Re-Attachment of an
Avulsed Bone Fragment with
PCL Detachment
Disorders of the Knee in
Children

Basic Biomechanics
   




Bone Mechanics
Biomechanics of Articular Cartilage
Ligament Properties
Synovial Fluid

 





Synovial Joint
Mechanical and Material Properties
Physiological Cross Sectional Area
Compressive Forces
Tensile Forces

Joint Mechanics




The Knee Joint as a
Mechanism of Three Joints
Joint Motion
Joint Models
 


Tibiofemoral Joint
Patellofemoral Joint
Tibiofibular Joint

Structure-Related Mechanics










Primary and Secondary Ligamentous Restraints
Biomechanics of Dynamic Clinical Testing
Anterior Cruciate Ligament
Posterior Cruciate Ligament
Medial Collateral Ligament
Lateral Collateral Ligament
Meniscofemoral Ligaments
Menisci
Posterolateral Corner: Functional Anatomy
 








Patellar Cartilage
Patellar Tendon
Rectus Femoris
Meniscofemoral Ligaments
Menisci
Posterolateral Corner: Functional Anatomy
Patellar Cartilage
Patellar Tendon
Rectus Femoris
Radiology Text      





Normal Gross and Magnetic Resonance Anatomy of the Knee
MR Appearance of the Menisci
MR Appearance of the Cruciate Ligaments
 




Collateral Ligaments
MR Appearance of the Patellofemoral Joint and the Extensor Mechanism
General Pathologic Conditions Affecting the Knee
Screenshots
 
 
Knee Surgery | Knee Model w/ Anatomy Text
 
 
Knee Surgery | Knee Joint Image
 
 
Knee Surgery | MRI Occipital Model
 
 
Knee Surgery | Accompanying Images w/ Text
 
View Knee Anatomy Pictures from this CD
 
 

Anatomy Authors

Paul M. Aichroth, Consultant Orthopaedic Surgeon, Knee Surgery Unit, Wellington Hospital, London, UK.

W. Dilworth Cannon, Professor of Clinical Orthopaedic Surgery, University of California, USA.

Vishy Mahadevan, Reader of Anatomy, Royal College of Surgeons of England.

Andrew A Amis, Reader in Orthopaedic Biomechanics, Imperial College London, UK.

Anthony M.J. Bull, Research Assistant in Biomechanics, Mechanical Engineering Department, Imperial College, London, UK.

Justin M. Harris, Dept. of Plastic Surgery, UCL Medical School, UK.

Radiology Editor
David W. Stoller, MD, Director, Marin Radiology and National Orthopaedic Imaging Associates, San Francisco, California; Director, California Advanced Imaging; Assistant Clinical Professor of Radiology, University of California at San Francisco, California, USA.

Technical Information

PC:
Processor: Pentium-compatible processor (133MHz or faster)
Operating System Windows 95/98/Me/NT4/2000/XP
Memory Minimum of 32MB of RAM
Display Display size of 800 x 600 or greater
Colours More than 256 color display (e.g. 16 bit, 24 bit, High Color or True Color)
Additional CD-ROM drive

Mac:
Processor: PowerPC 604 processor (200 MHz or faster)
Operating System Mac OS 8.1 or later, 9.x, OS X 10.1 (runs in classic environment)
Memory Minimum of 64MB of RAM
Display Size Display size of 800 x 600 or greater
Colours More than 256 color display
Additional CD-ROM drive

 
 
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