Advances in Total Knee Arthroplasty

Inbunden, Engelska, 2024

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This book describes in full detail the surgical principles and technology of Total Knee Arthroplasty (TKA), providing evidence-based data on the biomechanics of the knee joint and biomaterials in arthroplasty.

Produktinformation

Utgivningsdatum2024-12-04
Mått210 x 279 x 34 mm
Vikt1 742 g
FormatInbunden
SpråkEngelska
Antal sidor535
FörlagSpringer Verlag, Singapore
ISBN9789819749195
OriginaltitelJinkou Hiza Kansetsu Chikan Shujutu

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Dr. Shuichi Matsuda is a professor and chairman at Department of Orthopaedic Surgery, Kyoto University. He graduated from medial school of Kyushu University (Japan) in 1990, and he took a research fellowship at Barnes West Hospital, Washington University in St Louis (USA). He completed his PhD thesis on knee kinematics in 2002. In 2012, he was appointed as chairman of the Department of Orthopaedic Surgery, Kyoto University. He has published more than 650 peer reviewed articles. He became the first member of Knee Society from Asia in 2010, and he is member of many international societies such as Association of Bone and Joint Surgeons (ABJS), AAOS, ORS, etc. He served as the first chair for Arthroplasty Committee of ISAKOS from 2015 to 2017, and he was selected as the president of Japanese Replacement Arthroplasty Society in 2021.

Part I History of TKA.- Chapter 1 History of total knee arthroplasty development.- Chapter 2 TKA Development in Japan - A General Remarks.- Chapter 3 TKA Development in Japan – the Kodama, Yamamoto Mark-I /Mark-II / KC-1 / PCLR.- Chapter 4 TKA Development in Japan - Hy-Flex II Total Knee and Ligament Balancing System.- Chapter 5 TKA Development in Japan - Hi-Tech knee II.- Chapter 6 TKA Development in Japan – LFA.- Chapter 7 TKA Development in Japan - FNK.- Chapter 8 TKA Development in Japan - Bi-Surface Knee.- Chapter 9 TKA Development in Japan - FINE Knee.- Chapter 10 TKA Development in Japan - Physio-Knee.- Chapter 11 TKA Development in Japan - ACTIYAS.- Chapter 12 TKA Development in Japan - Quest Knee.- Chapter 13 TKA Development in Japan - Future Knee.- Chapter 14 TKA Development in Japan - Initia Knee.- Chapter 15 TKA Development in Japan - Vanguard PSRP.- Part II Anatomy.- Chapter 16 Functional Anatomy of the Knee Joint.- Chapter 17 Anatomical landmarks required for TKA.- Chapter 18 Anatomical Variations.- Chapter 19 Laxity in normal and osteoarthritic knees.- Part III Biomechanics.- Chapter 20 Biomechanics of the Knee Joint.- Chapter 21 Normal knee and deformed knee kinematics.- Chapter 22 Kinematics after PS- and CR-type TKAs.- Chapter 23 Kinematics after TKA -BCR.- Chapter 24 Effects of alignment on kinematics.- Chapter 25 Effects of ligament balance on kinematics.- Chapter 26 Kinematics after TKA - kinematics and postoperative results.- Chapter 27 Biomechanics of the patellofemoral joint (PFJ).- Chapter 28 Computer Simulation of the knee joint.- Part IV Biomaterials.- Chapter 29 Polyethylene.- Chapter 30 Femoral Component.- Chapter 31 Clinical Studies on Polyethylene Wear.- Chapter 32 Cementless Fixation.- Chapter 33 Cement Fixation.- Part V Implant Design.- Chapter 34 Articular surface geometry.- Chapter 35 Mobile bearing.- Chapter 36 PCL substitution: PS, BCS, CS.- Chapter 37 Medial pivot.- Chapter 38 Patellofemoral joint: Patellar component.-Chapter 39 Patellofemoral joint: Femoral component.- Part VI Surgical Target in alignment and soft tissue balance.- Chapter 40 Coronal alignment – Mechanical alignment.- Chapter 41 Coronal alignment - Kinematic alignment.- Chapter 42 Sagittal alignment.-Chapter 43 Rotational alignment.- Chapter 44 Soft Tissue Balance/Joint Stability - Medial-Lateral, Flexion-Extension Balance.- Chapter 45 Soft tissue balance / Joint stability - Anteroposterior stability.- Chapter 46 Soft tissue balance/Joint stability - Mid-flexion stability.- Part VII Preoperative Planning.- Chapter 47 2D/3D planning.- Part VIII Basic Surgical Techniques.- Chapter 48 Important Aspects of Surgical Techniques.- Chapter 49 Surgical Approach.- Chapter 50 Surgical Instruments.- Chapter 51 Evaluation of Soft Tissue Balance.- Part IX TKA Surgery - Techniques and Clinical Outcomes.- Chapter 52 CR-TKA (measured resection).- Chapter 53 PS-TKA (gap balancing technique).-Chapter 54 BCS-TKA.- Chapter 55 CS-TKA.- Chapter 56 BCR-TKA.- Chapter 57 Medial pivot TKA.- Chapter 58 Kinematically aligned TKA.- Chapter 59 Patellar resurfacing.- Part X CAS.- Chapter 60 Navigation/portable navigation.- Chapter 61 PSI.- Chapter 62 Robotic assisted TKA.- Chapter 63 Sensor-assisted total TKA.- Part XI Range of Motion.- Chapter 64 Surgical Techniques to Achieve Full Extension.- Chapter 65 Factors affecting Postoperative Flexion Angle.- Chapter 66 Surgical Techniques to Achieve Deep Flexion.- Part XII Postoperative Rehabilitation.- Chapter 67 Joint Range of Motion (ROM) and Gait Function.- Chapter 68 Muscle Strengthening.- Part XIII Function and Imaging Assessment.- Chapter 69 Postoperative Evaluation (e.g., PROMs).- Chapter 70 Imaging.- Chapter 71 Postoperative Sports Activities.- Chapter 72 Improving Patient Satisfaction.- Part XIV Difficult Cases.- Chapter 73 Severe Varus Deformity.- Chapter 74 Severe Valgus Deformity.- Chapter 75 Extraarticular Deformities.- Chapter 76 Flexion contracture and ankylosis of the knee.- Chapter 77 Bone Defects and Osteoporosis.- Chapter 78 Severe Instability.- Chapter 79 Patellar Dislocation/Subluxation.- Chapter 80 Rheumatoid Arthritis (RA).- Chapter 81 Charcot joints.- Part XV Complication.- Chapter 82 Perioperative Pain Management.- Chapter 83 Evaluation and Management of Painful Total Knee Arthroplasty.- Chapter 84 Blood Management Strategy.- Chapter 85 Deep Vein Thrombosis (DVT) Prevention.- Chapter 86 Infection Control.- Chapter 87 Metal Allergy.- Part XVI Registry.- Chapter 88 Data from the Japan Arthroplasty Register and JOANR.