Knee Arthroscopy: A Case Repository Sachin Tapasvi, Anshu Shekhar
INDEX
Page numbers followed by f refer to figure.
A
Abrasion chondroplasty 260
Achilles tendon-bone 96
Allograft
anterior horns 178
implant 178f
portion of 178f
posterior horns 178
Amoxicillin 109
Anatomical root reduction 234f
Anterior cruciate ligament 8f, 9f, 13f, 30, 33f, 42, 50f, 52, 54f, 59, 60f, 61f, 64f, 71f, 75f77f, 82, 86, 93, 107, 115f118f, 125, 147, 148f, 160f, 162, 178, 179, 193, 198, 212, 248, 259f, 267, 267f270f
acute 13
avulsion in child 12
avulsion with comminution 73
complete tear of 30f
deficient knees 130
graft 26f, 86f
rupture of 126f, 148f
indication for 20
intrasubstance rupture of 197f
primary repair 47
reconstruction 107f, 154f
early infection after 107
retear with
dilated tunnels 93
exaggerated tibial slope 86
revision 96f
tear 51f, 114
acute 19, 42f
in athletic sportsman 29
in football player 49
partial 59, 61
with high-grade pivot shift 81
with knee hyperextension 113
tibial avulsion of 68
type I 43
Anteromedial bundle 62
Anteromedial tibia 200f
Anteromedial tibial cortex 168f
Antibiotic treatment 109
Apley's test 165
Arthritic knee, young 183
Arthritis 141, 157f
Arthrofibrosis 103
Arthroscopic advancements 47
Arthroscopic curette 160f
Arthroscopic debridement 212
Arthroscopic medial meniscus posterior root repair 230
Arthroscopic microfracture 186
Arthroscopic osteochondral autograft transfer 187
Arthroscopic tibial aimer 150f
Arthroscopy 207
Arthrotomy adjacent 175f
Articular cartilage 140f
damage 179
Asthma 192
Autogenous graft 95
Autografts, potential 57
Autologous cartilage implantation 269f
Autologous chondrocyte implantation 190, 218f, 268, 269f, 270, 270f
membrane-based 203
Autologous quadriceps tendon 20
B
Beta-tricalcium phosphate 245f
Bipolar chondral lesions 266
Blood-soaked sponge 100
Body mass index 93, 140, 165, 185, 192, 205, 215, 257, 266
Bone
bridge technique, central 178
contusion 126f
grafted femoral tunnel 99f
grafting
procedure 98f
with core 99f
marrow 219f
edema 198f
stock 69
wedge, artificial 223f
Bone-patella-bone autograft 82
Bone-patellar tendon-bone 28, 30, 52, 95, 120
graft 111f, 114, 202
tendon graft, after harvest completed 33f
Bone-to-bone fixation 82
Bony wedge from osteotomy 89f
Bow tie sign 133f
C
Calcium sulfate hemihydrate injectable resorbable bone cement 245f
Capsule complex, anterolateral 84
Cartilage and bone involvement 108
Cartilage damage 134
Cartilage degeneration, progression of 170
Chondral grafts 203
Chondral regeneration techniques 199
Chondromalacia 162, 249f
Clavulanic acid 109
Collateral ligament 3, 147
lateral 85
medial 52, 159f
superficial medial 213, 231, 231f
Complex regional pain syndrome 103
Conservative treatment, initial 5
Constitutional tibia vara 157
Corner injury, posterolateral 103
C-reactive protein 108
Crochet hook 236f
Cruciate ligament
anatomic anterior 90f
insufficiency
lateral 103
medial 103
posterior 103
perturbation program, brace and anterior 59
Cyst formation 157
D
Deformity, correction of 262f
Discoid meniscus 133, 138
complete 134
lateral 138, 217f
type of 137
unstable 136f
with tear, lateral 133
Distal femoral angle, mechanical lateral 229f
Distal femur angle, lateral 248f
Drawer test, anterior 197
E
Excision margin 134
Extra-articular
plasty 154
surgery 115
F
Femoral avulsion, acute 42
Femoral bone tunnel 24
Femoral condyle
chondral defect, medial 198
lateral 33f, 37f, 61f, 117f, 149f, 153f, 251f, 268f
subchondral fracture, classical lateral 198f
Femoral fixation 202f
Femoral graft
fixation 118f
location 94f
Femoral insertion point 90f
Femoral tunnel 36f
length of 26f
placement of 102
Femoral valgus angle, normal lateral distal 257f
Femorotibial compartment, medial 249f
Femorotibial varus, mechanical 229f
Femur tunnel placement 63f, 117f
Fibrocartilage formation 219f
Fibular collateral ligament 44f
Flexion 186f
Focal chondral defect, single 185
Fracture
configuration of 74
fragment 76f
fragmentation of 70f
Fujisawa point 216f, 225
G
Gaächter criteria, infection staging to 109
Gait abnormality, hyperextension 103
Genu varum
bilateral 228f
deformity 229f
Ghost sign 230f
Gracilis tendons 28
Graft
against intercondylar notch 56f
fracture of 98
impingement 114, 115
myxoid degeneration of 251f
passage 26
selection 114
soaking 111
tension 109
thickness of 21f
tibia fixation of 65f, 119f
Graft fixation 62, 115
inadequate 103
Graft harvest 200f
and preparation 20
Graft placement 115
facilitate 33f
H
Hamstring dominant sports 202
Hamstrings tendons 52, 120
Hardware failure 103
Hematoma formation 245f
Heparin tube 108f
Hip-knee-ankle
anteroposterior radiograph 171f
axis 205f, 248f, 250
Hohmann retractor 221f, 251f
Horn of lateral meniscus, anterior 64f, 117f
Horn of meniscus, anterior 252f
Hyperflexion 247
I
Iatrogenic articular cartilage damage 232f
Iatrogenic medial meniscal ramp lesion 6f
Incising patellar tendon 175f
Infection 103
International Cartilage Repair Society 194, 218f
International Knee Documentation Committee 144
score 67
Intra-anterior cruciate ligament bone speck 77f
Intra-articular
effusion, moderate 19
fracture 224f
Intravenous antibiotic prophylaxis 111
Ipsilateral hamstring graft 268f
J
Jaws, self-capturing 153f
Joint
convergence angle 229f
deterioration, mild 171f
line convergence angle 261f
K
Kaplan fiber system 84
Kellgren-Lawrence
arthritis 258
grade 165f, 166, 229f, 246
Knee
arthritis, treatment of 264
arthroplasty 264
demonstrating, arthroscopy of 14f
flexion 232f
hyperextension 114, 121
hyperflexed 35f
incision, anterior 31f
injury 164, 255
kinematics 121
lateral radiograph of 94f
left 68, 165f, 168f
ligamentous anatomy 83f
normal 78f
physical examination of left 93
preservation surgery 217
replacement, unicompartmental 207
right 31f, 93
scorpion 137
snapping of 133
stable 141
tibial tunnel preparation, right 142f
X-rays of right 49f
Knee arthroscopy 232f
right 6f, 82f, 83f, 128f, 129f, 141f, 149f, 208f, 251f
Knee joint
aspiration 108
mid-sagittal section of 115f
X-ray, right 266f
Knee pain 171
anterior 192, 194
Knee-ankle anteroposterior radiograph 172
K-wire, placing 71
L
Lachman's test 12, 81, 125, 197, 266
Laminar spreader, posterior 242f
Laxity, high-grade 82
Leukocyte, total 108f
Levofloxacin 109
Ligament
anterolateral 84, 115, 119f, 131
capsular 114f
laxity 113
Ligamentous injuries, absence of 173
Locking complaints 133
Loose body 157f
Lysholm score 67, 144, 255
M
Magnetic resonance imaging 20, 143, 157, 230f, 246
cartilage mapping 269f, 270f
coronal 206f
of knee 86f, 186f
Mason-Allen configuration 250f
Mason-Allen stitch 169
modified 170
Mattress suture 236f
McMurray's test 59, 113, 133, 156, 165, 216, 228
positive 171
Mechanical axis, restoration of 262f
Medial collateral ligament, distal attachment of superficial 208f
Medial joint line 140
Medial knee
arthritis 205
osteoarthritis 169
Medial meniscus 34f, 159f162f, 232f
deficiency 249
extrusion 257
posterior root 141f, 230f, 234f
attachment 230f
tear 143, 165, 230f
ramp lesion 125
root repair 246
root tear 228
in runner 140
Medial proximal tibia 220f
Medial proximal tibial
angle 229f, 248f, 250, 257f
surface 220f
Medial tibial condyle 141f, 159f162f, 251, 251f, 252f
Medial tibial plateau articular surface 218f
Medication 165
Meniscal allograft 171f, 172f
transplantation 173, 179
contraindications for 173, 179
Meniscal extrusion 232f
Meniscal function
loss of medial 141
restore 141
Meniscal lesion
double vertical lateral 7f
progression of 5
Meniscal root 230
lateral 154
repair, lateral 154f
tear 247
after medial 167f
Meniscal suture, technique of 142f
Meniscal tear, posterior horn lateral 81f
Meniscal tissue 236f
preservation of 138
Meniscectomy
pain, post subtotal 248
post total lateral 171
subtotal medial 248
total 137
Meniscocapsular tear 128
Meniscus 123
allograft transplantation 250, 254
anterior roots of 250f
horn of medial 130
inferior leaves of 160f
posterior horn of 153f, 249f
medial 162f
radial tear of 137f
stabilization of 134
superior and inferior leaves of 160f
Meniscus posterior root 250f
lateral 149f, 153f
medial 233f, 238f
tear, lateral 147
Meniscus root
footprint of medial 235f
tear 149f
signs of medial 140f
Meniscus tear 158, 163
with parameniscal cyst, horizontal medial 156
Meniscus tissue, stable 134
Meniscus transplant 175f
contraindicate 173f
procedure 171f, 172
Metal wire loop 169
Microfracture 270
procedure 220f
Midshaft tibia 42
Miniaci technique 250
Monofilament loop suture 151f
Mosaicplasty 203
Motion, loss of 103
Motor vehicle accident 42
Myxoid degeneration 162
Myxoid tissue 160f
degenerative 160f
N
Necrotic tissue 108
Neurovascular injury, lower risk of 135
Neutrophils 108
Nicky's knot 128
Nonanatomic root repair 169
Nonsteroidal anti-inflammatory drugs 228
O
Obesity 103
Open wedge osteotomy, medial 261f
Osteoarthritis 212, 229f
advanced medial compartment 206f
outcome score 164, 255
progression of 144
Osteochondral allograft 270
transfer 186, 190, 270
system 187f
transplantation 270
Osteochondral cylinder transfer surgery 218f
Osteochondral defect 186f
Osteochondral lesion 186f, 189f, 266f
Osteochondritis dissecans 267f
Osteoinduction properties 223f
Osteophyte 172f
formation, central 198
lateral compartment 206f
Osteophytosis 207f
Osteotome, sharp broad 241f
Osteotomy 211f, 212, 234f, 254
biplanar 222f, 240f
guide 222f
pin 239f
plate 223f, 239f
procedure 220f, 224f, 225f
union, osteoconductive matrix for 245f
upper level of 88f
P
Pain 133
Pannus formation 233f
Parameniscal cyst 158, 160f
Patellar articular surface, mild incongruency of 216f
Patellar bone plug 32f
Patellar chondral fissuring with cartilage flap 193f
Patellar fracture, risk of 27
Patellar incongruency 225f
Patellar side harvest 32f
Patellar tendon 28, 31f
attachment 240f
defect, central 33f
distal 231f
Patellofemoral arthritis 225f
Patellofemoral chondral lesions, traumatic and chronic overload 194
Patellofemoral compartment right knee 207f
Patellofemoral ligament injury, medial 270
Patellofemoral osteoarthritis 228
Patient's weight-bearing 181
Payr's test 156
Periosteum
elevator, curved 232f
level of 13
Pes anserinus 245f
superior border of 239f
tendons 231f
Pes tendons 220f
Physical therapy 165
Pivot shift
high-grade 114, 155
quantitative 84
Platelet-rich plasma 66, 163
Polyetheretherketone carbon fiber interference screw 201f
Posterior cruciate ligament 5, 9, 34f, 36f, 37f, 44f, 101, 117f, 147, 160f, 217f, 251f, 259f
Potential autografts, sizes of 52f
Proton density, sagittal 42f
Proximal tibia
medial exposure of 261f
posterior aspect of 221f
posteromedial border of 221f
Proximal tibial angle, posterior 248f
Proximal tibial metaphysis 239f
Proximal tibial osteotomy 222f, 265
Proximal tibiofibular joint 221f
Q
Quadriceps strengthening exercise 165
Quadriceps tendon 52, 114, 116f, 118f
patellar bone 96
R
Radiofrequency ablation 196, 268f, 270
Ramp lesion posterior portion 128f, 129f
Ramp lesion repair 127, 129f
Range of motion 16, 19, 42, 93, 113, 147, 266
Rifampicin 109
Right knee, medial compartment 206f
Rotational instability 125
Rotatory instability, anterolateral 84
S
Sartorius fascia 200f
Segond sign 29f
Semitendinosus tendon 201f
Septic arthritis 110f
Shuttling suture 38f
Sprain 52
Staphylococcus epidermidis 109
Subchondral bone 187f, 199f
plate 219f
Subchondral cyst formation 217f
Subchondral marrow edema 186f
Subchondral spongiosa bone 219f
Subperiosteal dissection 220f, 221f
Subtle medial pain 140
Suprapatellar pouch 23f
Suture
bridge technique 74
material, resorbable 22f
pullout technique, transtibial single-tunnel 230
retrieval and repair 128
shuttle 127
tape, ends of 238f
Suturing anterior cruciate ligament 45f
Swelling 133
Symmetric alignment 166
Symmetric joint space 8f
Synovitis 162
T
Tear
location of 137
morphology 57
occurs, type of 157
splits, horizontal 158f
type C 135
type of 134
Tegner activity scale 67
Tendon portal, high transpatellar 70f
Tenodesis, lateral extra-articular 82
Tibia 115
medial margin of 205f
posterior slope of 224f, 240f
tunnel placement 64f, 117f
Tibial bone plug 39f
Tibial bone tunnel 25
Tibial condyle 260f
lateral 149f, 153
Tibial cortex, posterior 88f
Tibial curve, proximal medial 224f
Tibial dilator 25f
Tibial drill guide 25f
Tibial eminence
fracture, large displaced anterior 69
fragment of 69f
Tibial fixation
of graft 201f
with post screw 154f
Tibial insertional footprint 51f
Tibial osteotomy
anterior closing-wedge high 87
high 203, 207, 213, 215, 264
Tibial plateau 128f
fracture 222f
measurements 171f, 172
Tibial side harvest 32f
Tibial slope, posterior 210f
Tibial spine
avulsion fractures 17
lateral 64f
Tibial tuberosity 209f, 222f, 231f
Tibial tunnel 39f, 115, 169
complete 25f
drilling 31f
guide wire 37f
position 88f
scar 107f
violating 89f
Tibiofemoral arthritis 94f
Tibiofemoral compartment 233f
joint deterioration 172f
Tibiofemoral joint space 171f
Tibiofibular joint 232f
Tissue
bank's allograft 173
damage 108
Torn meniscus, repair of 135
Total knee replacement 207
Transosseous tunnel 152f
Transtibial pullout repair technique 144
Transtibial root fixation 250f
Transtibial tunnels, locations of 251f
Transverse skin incision 20f
Tricalcium phosphate 265
Tunnel placement 62
and fixation 115
Two-incision technique 95, 102
V
Valgus
correction angle 216f
osseous malalignment 103
stress 232f
Vancomycin solution 111
Varus
deformity 271
malalignment 228, 246, 249, 261f
correction of 254
osseous malalignment 103
osteoarthritis 215, 257
Visual analog scale 255
×
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KNEE ARTHROSCOPY A Case Repository
KNEE ARTHROSCOPY A Case Repository
Editors Sachin Tapasvi MBBS MS (Ortho) DNB FRCS (Glasgow) Chief Consultant The Orthopaedic Speciality Clinic Pune, Maharashtra, India Anshu Shekhar MBBS MS (Ortho) Associate Consultant The Orthopaedic Speciality Clinic Pune, Maharashtra, India Forewords Andy Williams Frank Noyes
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Knee Arthroscopy: A Case Repository
First Edition : 2019
9789389034684
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Tapasvi Charitable and Medical Centre is a trust, which primarily works for the enhancement of education along with other charitable activities. One such activity conducted under the aegis of this trust is India's premier educational course, the Pune Knee Course.
CONTRIBUTORS
EDITORS
  • Sachin Tapasvi MBBS MS (Ortho) DNB FRCS (Glasgow)
  • Chief Consultant
  • The Orthopaedic Speciality Clinic
  • Pune, Maharashtra, India
  • Anshu Shekhar MBBS MS (Ortho)
  • Associate Consultant
  • The Orthopaedic Speciality Clinic
  • Pune, Maharashtra, India
CONTRIBUTING AUTHORS
  • Andres Felipe Cobaleda Aristizabal MD
  • Hospital Ángeles Metropolitano
  • Mexico city, Mexico
  • Anil Ranawat MD
  • Hospital for Special Surgery
  • New York
  • Antonio Klasan MD PhD
  • Sydney Orthopaedic Research Institute
  • Sydney, Australia
  • Arumugam Sivaraman MS (Ortho) AB (Int Med) FRCS (Glasg)
  • Professor and HOD
  • Department of Arthroscopy and Sports Medicine
  • Sri Ramachandra Institute of Higher Education and Research
  • Chennai, Tamil Nadu, India
  • Ashok Shyam MS
  • Department of Orthopaedics
  • Sancheti Institute for Orthopaedics and Rehabilitation
  • Pune, Maharashtra, India
  • Bancha Chernchujit MD
  • Associate Professor
  • Department of Orthopaedics
  • Faculty of Medicine
  • Thammasat University, Thailand
  • Benjamin B Rothrauff MD PhD
  • Postdoctoral Research Associate
  • Department of Orthopaedic Surgery
  • University of Pittsburgh
  • Pittsburgh, Pennsylvania, USA
  • Bertrand Sonnery-Cottet MD
  • Centre Orthopédique Santy
  • FIFA Medical Centre of Excellence
  • Groupe Ramsay–Générale de Santé
  • Lyon, France
  • Bradley Nelson MD
  • University of Minnesota Department of Orthopaedic Surgery
  • TRIA Orthopedic Center
  • Minnesota, USA
  • Caroline Mouton PhD
  • Department of Orthopaedic Surgery
  • Centre Hospitalier de Luxembourg
  • Clinique d'Eich, Luxembourg
  • Christian Fink MD
  • Gelenkpunkt–Sports and Joint Surgery
  • Innsbruck, Austria
  • Research Unit for Orthopedic Sports
  • Medicine and Injury Prevention, UMIT
  • Hall, Austria
  • Christian Hoser MD
  • Gelenkpunkt–Sports and Joint Surgery
  • Innsbruck, Austria
  • Research Unit for Orthopedic Sports
  • Medicine and Injury Prevention, UMIT
  • Hall, Austria
  • Corey Babcock MD
  • University of Minnesota Medical School
  • Minnesota, USA
  • Daniel Pérez-Prieto MD PhD
  • Hospital del Mar
  • Universitat Autònoma de Barcelona
  • Spain
  • Davide Cucchi MD
  • Department of Orthopaedics and Trauma Surgery
  • Universitätsklinikum Bonn, Germany
  • Laboratory of Applied Biomechanics
  • Department of Biomedical Sciences for Health
  • University of Milan, Italy
  • David Parker BMedSci MBBS FRACS FAOrthA
  • Sydney Orthopaedic Research Institute
  • Chatswood Sydney, NSW, Australia
  • North Shore Knee Clinic
  • Sydney, Australia
  • Deepak Goyal MBBS MS (Orth) DNB (Orth) MNAMS
  • Saumya Arthroscopy and Sports Knee Clinic
  • Ahmedabad, Gujarat, India
  • Dhong Won Lee MD
  • Assistant Professor
  • Department of Orthopaedic Surgery
  • Knee Center, Sports Medical Center
  • KonKuk University Medical Center
  • Neungdong-Ro (Hwayang-Dong)
  • Gwangjin-Gu, Seoul, Korea
  • Dinshaw Pardiwala MS (Orth) DNB (Orth) FCPS
  • Head
  • Centre for Sports Medicine
  • Director
  • Arthroscopy Service
  • Kokilaben Dhirubhai Ambani Hospital
  • Mumbai, Maharashtra, India
  • Drew Crapser MD MHSc
  • Fellow
  • Cincinnati Sports Medicine and Orthopaedic Center
  • Ohio, USA
  • Elisabeth Abermann MD
  • Tauernklinikum Zell am See
  • Mittersill, Austria
  • Erica Swartwout BA
  • Hospital for Special Surgery
  • New York
  • F Alan Barber MD FACS
  • Plano Orthopedic and Sports
  • Medicine Center
  • Plano, Texas
  • Feng Hua MD
  • Sports Medicine Service, Beijing Jishuitan
  • Hospital, Beijing, China
  • Frank Noyes MD
  • President and CEO, Cincinnati
  • SportsMedicine and Orthopaedic Center
  • President, Noyes Knee Institute
  • Professor Emeritus
  • Department of Orthopaedic Surgery
  • University of Cincinnati
  • Cincinnati, Ohio
  • Freddie H Fu MD DSc (Hon) DPs (Hon)
  • Distinguished Service Professor and Chairman
  • Department of Orthopaedic Surgery
  • University of Pittsburgh Medical Center
  • University of Pittsburgh
  • Pittsburgh, Pennsylvania, USA
  • Gregory S DiFelice MD
  • Hospital for Special Surgery
  • New York
  • Hayden Morris MB BS Dip Anat FRACS FAOrthA
  • University of Melbourne
  • Melbourne, Australia
  • James R Robinson MBBS MRCS FRCS (Tr & Orth) MS
  • Avon Orthopaedic Centre
  • Bristol, UK
  • Jeffrey Macalena MD
  • University of Minnesota Department of Orthopedic Surgery
  • Minnesota, USA
  • Jin Goo Kim MD PhD
  • Department of Orthopaedic Surgery
  • Knee Center, Sports Medical Center
  • KonKuk University Medical Center
  • Neungdong-Ro (Hwayang-Dong)
  • Gwangjin-Gu, Seoul, Korea
  • Joan C Monllau MD PhD
  • Hospital del Mar
  • Universitat Autònoma de Barcelona
  • Spain
  • Joseph B Joseph MS Ortho DNB Ortho
  • FNB trainee in Sports Medicine
  • Ganga Medical Centre and Hospitals
  • Coimbatore, Tamil Nadu, India
  • Julian A Feller MBBS (Hons) FRACS
  • Adjunct Professor
  • College of Science
  • Health and Engineering
  • La Trobe University
  • Melbourne, Australia
  • Justin Arner MD
  • Department of Orthopaedic Surgery
  • University of Pittsburgh Medical Center
  • Pittsburgh, PA 15203, USA
  • Jérémie Dor MD
  • Department of Orthopaedic Surgery
  • Centre Hospitalier de Luxembourg
  • Clinique d'Eich, Luxembourg
  • Kiran KV Acharya MBBS MS Orthopaedics
  • Kasturba Medical College, Manipal
  • Manipal Academy of Higher Education
  • Manipal, Karnataka, India
  • Marc Tompkins MD
  • University of Minnesota Department of Orthopedic Surgery
  • TRIA Orthopedic Center
  • Minnesota, USA
  • Mirco Herbort MD
  • OCM - Orthopedic Surgery Center
  • Munich, Germany
  • Nicholas J Vaudreuil MD
  • Department of Orthopaedic Surgery
  • University of Pittsburgh Medical Center
  • Pittsburgh, PA 15203, USA
  • Parag Sancheti FRCS (Ed) MS (Orth) DNB (Orth) MCh (UK)
  • Professor and Chairman
  • Sancheti Institute for Orthopaedics and Rehabilitation
  • Pune, Maharashtra, India
  • Pradeep Mandapalli MS (Orth)
  • Clinical Assistant
  • Centre for Sports Medicine
  • Kokilaben Dhirubhai Ambani Hospital
  • Mumbai, Maharashtra, India
  • Prakash Ayyadurai MS (Ortho)
  • Assistant Professor
  • Department of Arthroscopy and Sports Medicine
  • Sri Ramachandra Institute of Higher Education and Research
  • Chennai, Tamil Nadu, India
  • Prashant Parate MBBS D Ortho DNB Ortho
  • Shoulder and Knee Specialist
  • Mahatma Gandhi Institute of Medical Sciences
  • Sevagram, Maharashtra, India
  • Robert J O'Brien MHS PA-C
  • Hospital for Special Surgery
  • New York
  • Romain Seil MD PhD
  • Department of Orthopaedic Surgery
  • Centre Hospitalier de Luxembourg
  • Clinique d'Eich, Luxembourg
  • Sports Medicine Research Laboratory
  • Luxembourg Institute of Health
  • Luxembourg
  • Ryan T Li MD
  • Department of Orthopaedic Surgery
  • University of Pittsburgh
  • Medical Center
  • Pittsburgh, PA 15203, USA
  • Sandesh Madi MBBS MS Orthopaedics
  • Kasturba Medical College, Manipal
  • Manipal Academy of Higher Education
  • Manipal, Karnataka, India
  • Sanjay Soni MS (Orth)
  • Clinical Associate
  • Centre for Sports Medicine
  • Kokilaben Dhirubhai Ambani Hospital
  • Mumbai, Maharashtra, India
  • Sean J Meredith MD
  • Department of Orthopedic Surgery
  • University of Pittsburgh
  • Medical Center University of Pittsburgh
  • Pittsburgh, Pennsylvania, USA
  • Simone Perelli MD
  • Hospital Universitari Dexeus
  • Universitat Autònoma de Barcelona
  • Spain
  • S Rajasekaran MS Ortho FRCS PhD
  • Head
  • Department of Orthopaedics and Spine Surgery
  • Ganga Medical Centre and Hospitals
  • Coimbatore, Tamil Nadu, India
  • SR Sundararajan MS Ortho
  • Head
  • Arthroscopy and Sports Medicine
  • Ganga Medical Centre and Hospitals
  • Coimbatore, Tamil Nadu, India
  • Stephanie Swenson MD
  • Hospital for Special Surgery
  • New York
  • Sunny Gugale MBBS DNB (Orth)
  • Consultant Orthopedic Surgeon
  • Department of Arthroscopy and Arthroplasty
  • Sancheti Institute for Orthopaedics and Rehabilitation
  • Pune, Maharashtra, India
  • Suresh Perumal MS (Ortho)
  • Assistant Professor
  • Department of Arthroscopy and Sports Medicine
  • Sri Ramachandra Institute of Higher Education and Research
  • Chennai, Tamil Nadu, India
  • Takeshi Oshima MD PhD
  • Sydney Orthopaedic Research Institute
  • Sydney, Australia
  • Thais Dutra Vieira MD
  • Centre Orthopédique Santy
  • FIFA Medical Center of Excellence
  • Groupe Ramsay–Générale de Santé
  • Lyon, France
  • Vikram Kandhari MS DNB
  • Centre Orthopédique Santy
  • FIFA Medical Center of Excellence
  • Groupe Ramsay–Générale de Santé
  • Lyon, France
  • Vivek Pandey MBBS MS Orthopaedics
  • Kasturba Medical College, Manipal
  • Manipal Academy of Higher Education
  • Manipal, Karnataka, India
  • Volker Musahl MD
  • Department of Orthopaedic Surgery
  • University of Pittsburgh Medical Center
  • Pittsburgh, PA 15203, USA
  • Yue Li MD
  • Sports Medicine Service
  • Beijing Jishuitan Hospital
  • Beijing, China
FOREWORD
I am delighted to have been invited to write the foreword for what promises to be a very successful book, and indeed, perhaps a series of books.
I know the editors well and they are to be congratulated firstly for their concept of bringing together a series of very practical teaching cases and, secondly, for assembling some of the world's most notable arthroscopic knee surgeons.
There are multiple ways of learning but often, if I read a paper in a scientific journal, or even listen to a lecture given by a notable speaker, I am left with a feeling: ‘what do they actually do in real life?’. The fine details, tips and pearls are often not covered in such presentation of information. With case-based teaching, such as in this book, these invaluable technical aspects are not overlooked.
I am greatly looking forward to reading the final text.
Andy Williams
Fortius Clinic
London, UK
FOREWORD
The treatment of knee disorders spans multiple patient decades, from youth to middle-aged to elderly, which challenges orthopedic surgeons to be competent in multiple disciplines to enable expert clinical decisions in both nonoperative and operative treatment programs. In addition, there exists the entire spectrum of advanced arthroscopic and open surgical skills to be mastered. With the extensive volume of literature published in both print and online journals, I personally am challenged by limited peer-review and premature treatment recommendations. This is a warning to the clinician to be aware of adopting decisions and techniques that are new and novel that are not time-tested and proven with statistically significant clinical outcomes.
It is accordingly refreshing to examine the goals of the present textbook and the approach taken by Dr Sachin Tapasvi and Dr Anshu Shekhar, which is to provide the “Master Clinicians” of these chapters the opportunity to share their thoughts and decision-making into specific clinical treatment controversies. This approach provides valuable insight into the experience of these surgeons for the treatment approaches that are outlined. I recommend closely examining each chapter and determining (1) why the author selected the treatment outlined, (2) the scientific body of evidence to justify the approach, and (3) the clinical outcomes. I personally enjoyed the opportunity to “peek into the minds” of seasoned and respected clinicians regarding their thinking and reasons for the treatment approaches provided.
The chapters in this book reflect common knee disorders that will present to the clinician in which the diagnosis and treatment must be accurate, precise, and based on the best available scientific evidence including basic science, biomechanics, and biology of healing. In addition, the chapters include the enormous skill sets with advancing sophistication of arthroscopic surgery. There are multiple presentations on the treatment of meniscus injuries that emphasize the importance of retaining meniscus function and repair of the many different meniscus tear patterns. The saying is true; “as the meniscus goes, so goes the knee”. The surgeon must have the knowledge base and operative skill set to manage the complex malalignment problems that occur that may be devasting to knee function. For example, varus malalignment problems are now commonly recognized and treated by osteotomy. However, the equally important valgus malalignment in the female that produces early lateral tibiofemoral compartment arthrosis and patellofemoral arthrosis, is still often not recognized until the patient presents late in their third or fourth decade with advanced arthrosis of both knee compartments. The chapters on ACL injuries contain all the many aspects of the treatment approaches and current controversies, including ACL graft selection and placement, and questions on the necessity for added extra-articular lateral reconstructive procedures. This controversy has been a subject of multiple publications from our Knee Institute in Cincinnati, Ohio.
One final point is that I have always been so grateful to physical therapists and athletic trainers who provide expert care in rehabilitation before and after complex knee surgery that represents a critical part of the treatment team needed for the success of the operating knee surgeon. These highly skilled and trained professionals follow objective rehabilitation protocols for the return of knee function and advance the patient through progressive rehabilitation phases for the safe return to activities of daily living, recreational, or elite sports activities. A point needing emphasis is the published high reinjury rate after ACL surgery of 20–30% to either the surgical or opposite knee, which is may be markedly reduced with following objective criteria of muscle strength, balance and neuromuscular training. This is really important for all athletes and even more so for the female elite athlete. Over 20 years ago, we developed a neuromuscular return to activity training program involving strength, plyometrics, agility, and other return to athletics performance tasks called Sportsmetrics which is a non-profit treatment program sponsored by our Foundation and in practice throughout the USA and world.
The treatment of knee disorders, both nonoperative and operative, is truly a team approach of many experts in all disciplines. The athlete may have serious issues related to a fear of reinjury and the long course it takes to recover from the knee injury. We must continue our approach as that of Shepherds and Stewards to guide the athlete through the required steps and interaction with our team to accomplish the goals of our patients. It is our obligation and commitment to provide the very best to our patients, maintaining our knowledge base at the highest level, scientifically evaluate treatment advances regarding our treatment approaches, and set the standards of excellence for all team members. It has been my joy and passion to treat my patients with a highly dedicated team of experts from multiple required disciplines for over four decades. I sincerely wish all of my fellow orthopedic surgeons the encouragement and success in establishing their own team. The knee injuries and disorders we treat in our patients may truly be life and career altering. As orthopedic surgeons, there is the wonderful opportunity and gift to give to our patients that takes many years of training to master. The success of our treatment approaches and surgery and the gratitude of our patients is more than ample reward that makes every day our dedication explainable and justified.
Frank Noyes MD
President and CEO Cincinnati SportsMedicine and Orthopaedic Center
President, Noyes Knee Institute
Professor Emeritus, Department of Orthopaedic Surgery
College of Medicine, University of Cincinnati
Mercy Health Physicians
PREFACE
“To study the phenomenon of disease without books is to sail uncharted sea, while to study books without patients is not go to the sea at all.”
— Sir William Osler
The science and practice of knee arthroscopy has evolved to such an extent over the past decade so as to become a full-fledged subspecialty in itself. This tremendous breakthrough has been made possible with meticulous research in biomechanics, surgical technique and patient reported outcomes data. However, there is still a dearth of high-quality evidence for most issues and aspects of knee arthroscopy.
A novel education tool is to teach and learn from personal experience and practice, which is molded and modified with time. This book is a humble attempt to compile and amalgamate the clinical experience and execution of some of the masters of knee arthroscopy. The representative case presentations are designed to provide maximum yield to the busy reader of today, without diluting the scientific value. We have taken utmost care to compile every possible scenario involving the ACL, meniscus and cartilage and malalignment that is seen in the clinic. The planning and execution of such cases are in most cases devoid of a consensus, and therein lies the value of experience in judgment. It is a great honor for us to have some great teachers and clinicians, who have contributed to this book and allowed us a peek into their great minds. The section of current evidence is to update the reader about what is the flavor of the season and present state of affairs. With more than 500 illustrations, we hope the power of visual application will be worth a thousand words!
We would like to stress that this book is by no means a technical guide or a theoretical treatise, because there can be no shortcuts in learning and perfecting skills. However, this crisp presentation is meant to stimulate the thinker in the clinician to explore the possibilities of science, instead of being driven by the dogma of perception.
Sachin Tapasvi
Anshu Shekhar
ACKNOWLEDGMENTS
This book is the culmination of the time and efforts of several stalwarts of knee arthroscopy. What started as an idea, has resulted in this amalgamation of knowledge and information because of the selfless participation of all the authors. We wish to extend our heartfelt gratitude to all the authors, who took time off their busy schedules to contribute to our endeavor.
A special note of thanks to Professor Frank Noyes and Dr Andy Williams, who have written Forewords for the book. Their words of appreciation and encouragement drive us to keep improving in our efforts toward achieving excellence.
We would like to thank Tapasvi Charitable and Medical Center, Pune for providing us the financial grants to undertake this project.
The teamwork from all our colleagues, especially Dr Rajendra Kulkarni, Mrs Asawari Bhende and Mr Amit Ligade was vital. This allowed us to continue with our regular work schedule while working for the book simultaneously.
Lastly, the team at Jaypee Brothers Medical Publishers (P) Ltd has worked tirelessly for making this dream a reality. The efforts of Sabarish Menon and Nikita Chauhan are definitely worth applauding.
Finally, to all you readers, who felt that this book was worth reading!