Operative Techniques in Sports Medicine 2000: Vol 8 Index & Table of Contents

7 Pages·2000·1.8 MB·English

AUTHOR INDEX
Altchek, D.W 206
Amendola, A., 2
Antoniou, J., 225
Atchinson, S., 221
Barile, A., 1 1 J
Bentley, G., 163
Bobic, V., 168
Bonin, N., 67
Brown, G.A.., 2, 32
Brown, S., 71
Bugbee, W.D., 158
Burkhart, S.S
Burkhead, W.Z., |r., 276
Buuck, D.A., 131
Caborn, D l
acchio, A., 15
Carreira, D., 188
~ arter, T., 168
Catagni, M.A., 39
Chambat, P., 44
Cohen, B., 188
Cole, B.]., 197
Conway, J.E., 281
Cooke, T.D.V., 98
de Antoni, A., 15
de Paulis, F., 15
Dejour, D., 44, 67
Dellacqua, D., 39
Denoyers,] ., 44
Dines, D.M., 268
Doane, R., 276
Doukas, W.C., 179
Edwards, T.B., 250
schrode | R
>A
Fanton, G.S., 242 ‘+ 1d ore < \ ps
Field, L.D., 221 *» T I \ > ++
Field, M.H., 250 Sing K.| “vp 17
Fowler, P.J., 32
Franco, \ 56
Fulkerson, J.P., 131
lomford, W.W
: si oan
Gartsman, G.M., 293 Iravis, R.D., 276
Gershoff, W.K., 86
Gill, T.J.., 138 IT.. 255 8
Greer, W., 98
4 Dp
Gross, A.E., 122, 127 \ er, }.}.1
A k. N.E. 268
Grossi \ 15
Guerreschi, F., 39 \\ ki CS Q
\ é \ +>
Haddad, F., 163
Harryman, D.T., II, 225 1)
Hobbes, W.R., 206
Hutchison, C.R., 122, 12
Operative Techniques in Sports Medicine, Vol 8 No 4 (October), 2000: p 301 301
SUBJECT INDEX
AC, see Acromioclavicular joint transplantation, 158-162
ACL, see Anterior cruciate ligament Articular joints, use of MRI for diagnosis of injuries, 15-18
Acromioclavicular joint Artz, treatment, osteoarthritis, 121
in rotator cuff repair, 295 Athlete
sprain, 254 elite throwing, evaluation and management of shoulder insta-
Acromioplasty, rotator cuff repair, 295 bility in, 206-212
ACT, see Autologous chondrocyte transplantation multidirectional shoulder instabiltiy, treatment, 234-241
Algorithm, cartilage repair, 141-143 posterior instability of shoulder in, 225-233
Allograft, osteochondral, 158-162 shoulder instability, monopolar electrothermal arthroscopy
Anatomy treatment, 242-249
bic eps tenodesis, 270 throwing, coracoid impingement syndrome, 268-275
coracoid impingement syndrome, 269 Autologous chondrocyte implantation, for cartilage repair, 142
femoral axis, 3 Autologous chondrocyte transplantation
femur, transverse rotational axes, 99 indications for, 145
glenohumeral capsulogligamentous, 181 management of complications, 155-156
glenohumeral joint, 197-198
repair of full-thickness chondral defects of knee, 144-157
peel-back mechanism, SLAP type II lesions, shoulder, 214 time line for healing, 145
subscapularis muscle and tendon, 276, 278
U.S. clinical series, 151-155
tibial axis, 3
Anchors, for rotator cuff repair, 295-296
Bankart arthroscopic repair, traumatic anterior instability of
Ankle muscle weakness, following knee osteotomy, 76
shoulder, 197-205
Anterior cruciate ligament
Baseball pitcher, evaluation and management of shoulder insta-
deficiency
bility in, 206-212
cartilage injuries associated with, 87
Baseball player, see Throwing athlete
correction, 10
Biceps
with tibial antivarus closing wedge osteotomy, 27
anchor, injury, 255
frontal imbalance following rupture, 64-65
lesions, 272-27
MRI of reconstruction, 17
tenodesis, in throwing athlete, 268-275
osteoarthritis following reconstruction, correction with tibial
Blount’s disease, genu varum deformity of, 40
deflexion osteotomy, 61-66
reconstruction, rehabilitation following, 71-83
Calcific tendinopathy, shoulder pain, 256
Anterior superior SLAP test, 222
apsular shift, treatment, multidirectional shoulder instability,
Anteromedialization
234-241
proced ure, 132
apsulorrhaphy
tibial tubercle, follow-up report, 131-137
electrothermal arthroscopic, 202-203
Arthritis, lateral compartment, Rosenberg radiograph, 57. See
thermal, repair of labrum and rotator cuff lesions, 281
also Osteoarthritis
arbon fiber pads, treatment
Arthrography, MR, articular cartilage, 112-113
chondral injury, 163-167
Arthroscopic assessment, articular cartilage, for ACT, 146-147
Arthroscopic capsulolabral augmentation, enhancement of gle- early osteoarthritis, 163-167
Cardiovascular deconditioning, following knee osteotomy, 79
nohumeral stability, 225-233
artilage
Arthroscopy
algorithm for repair, 141-143
assessment of
articular cartilage defects, 94-96 articular
osteochondral autograft transplantation, 175 assessment using MRI, 113-116
Bankart repair of traumatic anterior instability of shoulder, imaging techniques for, 111-113
197-205 pathological stages of breakdown, 163-164
complications, 203-204 assessment of repair using MRI, 116-118
patient selection for, 198 biopsy, for ACT, 146-147
classification of glenolabral lesions, 232 defect, chronic, MRI, 111
evaluation and treatment of SLAP type II lesion in throwing knee, considerations prior to surgical repair of injuries, 86-89
athlete, 218-219 MRI of, 15-18
monopolar electrothermal, treatment of shoulder instability, repair, factors influencing success, 141
242-249 see also Chondral injuries
new sliding knot, 250-251 visualization using MRI, 108-119
posteroinferior Bankard lesion, 231 Cervical radiculitis, shoulder pain, 256
repair of rotator cutt, 293-300 Chondral defect
Articular cartilage assessment using MRI, 113-116
assessment using MRI, 113-116 classification, 140
degeneration scoring system, 140
see also Osteoarthritis Chondral injuries
treatment, chondroprotective agents, 120-121 assessment using MRI, 106-119
normal, MRI, 110 full-thickness, treatment with microfracture technique, 138-
pathological stages of breakdown, 163-164 140
repair, assessment and classification, 90-97 use of carbon fiber pads, 163-167
302
Operative Techniques in Sports Medicine, Vol 8, No 4 (October), 2000: pp 302-306
Chondral overloading, athletic knee, magnetic resonance imag- gradual correction of deformity nal fixation
ing diagnosis, 15-18 idiopathic, correction
‘5
Chondrocytes, autologous, surgical implantation, 146-147 Glenohumeral joint
Chondroitin sulfate, treatment, osteoarthritis, 120-121 anatomy, 197-198
Chondromalacia patella, MRI, 112 arthritis, 256
Chondropenia, assessment of severity, 90-91 atraumatic instability, 184-185
Cincinnati Knee Rating System, assessment of articular cartilage basic science, 179-180
defects, 90, 91 capsuloligamentous anatom 18
Circle concept, SLAP type II lesions of shoulder, 215- Z7i1 7 dislocation, 254
Clavicle, acute injury to, 225532-.926544 enhancement of stability using
Closed wedge varus supracondy lar osteotomy, 48-55 augmentation, 225-233
complications, 50 instability, 179-187
Coracoid impingement syndrome, in throwing athlete, 268-2 in throwing athlete, 281
Dead arm syndrome, 219 ry is Ms
on: _
in throwing athlete, 213 >
Debridement, arthroscopic, for cartilage repair, 141 aE ir a ta
Degeneration, articular cartilage, treatment with chondroprote suture ancho inique for art]
tive agents, 120-1] a%11 89-194
Degenerative joint disease, shoulder pain, 256 technique for capsulobat |
Deltoid, posterior, strain, 256 traumatic anterior instab 88
Differential diagnosis, shoulder injuries, 25~ 3-25AP7E traumatic instability, 180-18
Disuse atrophy, following knee osteotomy, 74-76 Glenoid labrum, 197-198
Glenolabral lesions, classification, 2
Elastic high tibia valgus osteotomy, correction of varus knee de Glucosamine, treatment, osteoarth1
formity, 19-26
Electrothermal arthroscopy, monopolar Healon, treatment, osteoarthritis, 1
capsulorrhapy, 202-203 High tibia valg sti
complications, 248-249 deformity, 19-26
history of use, 242-243 High tibial osteotomies, radi iphi
methods of thermal energy delivery, 243-244 tive planning, 2-14
treatment of shoulder instability, 242-249 Hip muscle ikness, follov lh
Electrothermal capsulorrhaphy, technique, 287 Hospital Spe ial Surgery Sco! Se
Elite throwing athlete, evaluation and management of shoulder lefects. 9
instability in, 206- 919 HTVOT High tibia valgus os
HYA H ironic 1
Fast low angle shot, see T11 -weigh} ted gradient ec }h o imaging t Hvyalgan, treatment, osteoarth
niques Hvaline « iti epa us oste
Fast spin echo imaging techniges, articular cartilage, 111-112 plantation, 168-178
Femoral plates, use in femoral antivalgus opening wedge oste {yaluronic acid, treatment, ost
otomy, 58 {yalurons, in synovialf l yf
Femur
anatomical and mechanical axes, 3
antivalgus opening wedge osteotomy, 56-60 \
distal
closed wedge varus supracondylar osteotomy, 48-55
transverse rotational axes, 99 letects y
varus osteotomy for osteoarthritis of valgus knee, 12 + CRS Patient's Subjective Rating Sy
mechanical axis, 4 tion, 92
medial condyle CRS Surgeon Object Rating Sy
arthroscopic appearance after carbon fiber pad repair 166 )
osteochondral defect, 159 lzarov frame placement
MRI of chondral edema, 16 maging
and tibia Magn tic esonal! I
geometric alignment, 100 subscapularis tendon tear, 277-27
valgus deformity, 106 International Knee Documentat
varus osteotomy, 44-47 irticula irtilage defects, ¥
of varus osteoarthritis case, 105 Introduction
FLASH, see Fast low angle shot essentialosf alignment a! t
FSE, see Fast spin echo osteotomies about the athletic k
Genu recurvatum ILCA, see Joint line convergen«
correction with tibial osteotomy, 67-70 Joint line convergence angle, 5
etiology, 67
Genu varum Knee
Blount’s disease, correction, 40 alignment, 2, 3, 4,5
correction, 39-43 changes in disease progression A
SUBJECT INDEX
articular cartilage injuries, considerations prior to surgical re- acute chondral fracture from patellar dislocaton, 111
pair, 86-89 acute osteochondral fracture, 110
athletic, MRI diagnosis of unilateral chondral overloading in- assessment of
juries, 15-18 articular cartilage defects, 92-94
axes of motion, 98-99 chondral injuries, 106-119
chondral defects, repair using ACT, 144-157 autologous chondrocyte implantation with
defining and measuring alignment, 99-100 partial delamination, 117
deformities periosteal hypertrophy, 116
frontal /coronal plane, 6-10 autologous chondrocyte implantation, 114
sagittal plane, 10 chondral edema, femur, 16
uniplanar HTO corrections for frontal and sagittal, 10-12 chondral overloading, 17
disorders of, association with axial alignment of the lower chondromalacia patella, 112
limb, 98-107 chronic cartilage defect, 111
Z
flexion deformity, 101 defect of cartilage surface, 11
geometry parameters, 101 detection of superiod glenoid labrum lesions, 283
hyperextension, 101 diagnosis of unilateral chondral overloading injuries of ath-
inward squinting malalignment, 103 letic knee, 15-18
Lysholm Scale for Knee Pain, 133 lateral meniscal excision, 16
mechanics of function, 98 normal articular cartilage, 110
meniscus, and cartilage injuries, 87 osteochondral autograft transplantation, 175-176
MRI of technical problems, 174
ACL reconstruction, 17 osteochondral transfer, 115
chondral overloading, 17 spatial resolution and image contrast, for cartilage, 108-110
lateral meniscal excision, 16 stress reaction of subchondral bone, 57
osteoarthritis traumatic chondral defect with cartilage flap, 11 ~4
factors in planning operative treatment, 6 Marrow stimulation, for cartilage repair, 141-142
microfracture treatment, 140 Medial collateral ligament, 33
osteotomy, rehabilitation following, 71-83 Medial opening wedge high tibial osteotomy, 32-38
see also High tibial osteotomy; Valgus deformity Medullary bone, subchondral, MRI assessment, 117
stability, decreased dynamic, following knee osteotomy, 78-79 Meniscus, knee, and cartilage injuries, 87
tibial antivarus closing wedge osteotomy, 27-31 Microfracture
valgus contraindications, 138-139
alignment, 103 postoperative rehabilitation, 139
correction with femoral antivalgus opening wedge oste- treatment, full-thickness chondral injuries, 138-140
otomy, 56-60 Mikiulicz mechanical axis, 19, 20
deformity MR arthrography, articular cartilage, 112-113
correction with closed wedge varus supracondylar oste- MRI, see Magnetic resonance imaging
otomy, 48-55 Musculotendinosus extensibility, decreased following knee oste-
realignment osteotomy for, 122-126 otomy, 73
varus Myositis ossificans, 254
alignment, 101-103
deformity Neuromuscular fatigue, following knee osteotomy, 79
elastic high tibia valgus osteotomy in, 19-26
indications for surgery, 19-20 OAT, see Osteochondral autograft transplantation, 168-178
proximal valgus tibial osteotomy, 127-130 Osteoarthritis
Knee Injury and Osteoarthritis Outcome Score, 91 assessment of severity, 90-91
Knot, sliding, arthroscopy, 250-251 distal femoral varus osteotomy for valgus knee, 122-126
KOOS, see Knee Injury and Osteoarthritis Outcome Score early, use of carbon fiber pads, 163-167
KT-2000 Knee Ligament Arthrometer, 91 factors leading to, 61
following ACL reconstruction, correction with tibial deflexion
Lateral distal femora! angle, 2, 4 osteotomy, 61-66
Lateral proximal femoral angle, 2, 4 knee, microfracture treatment, 140
LBA, see Load-bearing axis limb malalignment in, 103-104
LDFA, see Lateral distal femoral angle patella displacement in varus knee, 104
Leg, weight bearing line, 3 proximal valgus tibial osteotomy for varus knee, 127-130
Limb alignment treatment, chondroprotective agents, 120-121
definition and measurement, 99-100 valgus alignment in, 104
in osteoarthritis, 103-104 varus tibial osteotomy for, 44-47
Load-bearing axis, and disorders of the knee, 98-107 Osteoarthrosis, knee, factors in planning operative treatment,
Lower limb alignment, association with knee disorders, 98-107 Osteoarticular allografts, for cartilage repair, 142
LPFA, see Lateral proximal femoral angle Osteochondral allografting, 158-162
Lumbo-pelvic region muscle weakness, following knee oste- complications, 161
otomy, 77 Osteochondral autograft transplantation, 168-178
Lysholm Scale for Knee Pain, 133-135 for cartilage repair, 142
complications, 173, 174
Magnetic resonance arthrography, articular cartilage, 1 Osteochondral fracture, acute, MRI, 110
Magnetic resonance imaging Osteotomes, used in medial opening widge high tibial oste-
ACL reconstruction, 17 otomy, 35
304 SUBJECT INDEX
Osteotomy
antivarus tib
CiOosea q
compensat
orioception-kinest
otomy, 77-78
Proteoglyca ain
roteog!|ycans, DreaKagow
P)s ychloL, social ] factors’, e>f fect
RNaddGilooygrraappnhy
ACL reconstruction <
assessment of
articular cartilage ¢
rlenohumerarlai joint
‘ ; :
bone union following medial opening wedgeh i rh tibial oste'
otomy, 38 ienonume
: ; i 991.994
Cc irtilage lesions on tibial and condyle surfaces, 4
evaluation for high tibial osteotomy, 5-6 1+
tf emo> ral ] vai] gus' oste“o>tt omy> of \ varru s osteoayrrthtrhi ritciasse >
imbalance following ACL rupture, 64-65
’e deformity correction, 1]
‘ral compartme
patellar displacement in osteoarthritic varus knee
Rosenberg, lateral compartment arthritis, 57
screw placement in anteromedialization of tibial tubercle
tibial antivarus closing wedge osteotomy, 30
S
unicompartimental lateral gonarthrosis, 53
valgus deformity of knee, 125 Sportst act t
varus deformities of both knees, 129 Stress fractures
Range of + motion, decreased following knee osteotomy, 7 Subacromial
Rehabilitation Subchondral b
flow sheet for shoulder injuries, 259 Subscapularist
following knee osteotomy, 71-83 repair, 276-280
Rotator cuft tear, clinical presentation
all arthroscopic repair, 293-300 Superior labrum anterior and posterior lesion
full-thickness tears, 295-299 biomechanics of, 215-217
partial tear, assoc iated with superior labral tear in SLAC in dead arm in the throw
sion, 222 Superior labrum anterior cu
SUBJECT INDEX
Superior labrum anterior to posterior lesion Throwing, biomechanics, 206-207
arthroscopic view, 282 Throwing athlete
surgical repair, 282 arthroscopic repair of partial-thickness rotator cuff tears and
Superior labrum SLAP lesions, 281-292
injury, 255 clinical evaluation, 207-208
surgical technique for repair, 285-287 mechanism of SLAP type II lesion in, 217
Suprascapular nerve overhead, SLAP lesions in, 213-220
compression and shoulder pain, 256 rehabilitation protocol for, 219
injury, 255 see also Glenohumeral joint; Rotator cuff; Shoulder
Suretac device, 198 shoulder at risk, 219-220
arthroscopic Bankart repair of traumatic anterior shoulder in- treatment of shoulder injuries, 208-211
stability, 197-205 Tibia
Surgical technique anatomical and mechanical axes, 3
antivarus tibial osteotomy with external fixation, 40-41 and femur
arthroscopic capsulobabral augmentation, 228-230
geometric alignment, 100
autologous chondrocyte transplantation, 147-148, 149, 150, valgus deformity, 106
152-154
antivarus osteotomy, role of external fixation, 39-43
Bankart arthroscopy for repair of traumatic anterior shoulder
imbalance factors, 62-63
instability, 199-201
measurement of tibial slope, 63
capsular shift for multidirectional shoulder instability, 235-239
mechanical axis, 4
capsulolabral repair, 210-211
medial opening wedge high tibial osteotomy, 32-38
carbon fiber pad repair of chondral injury, 164-165
osteotomy, radiographic evaluation and preoperative plan-
closed wedge varus supracondylar osteotomy, 48-49, 51-53
ning, 2-14
distal femoral varus osteotomy, 122-124
proximal
elastic high tibia valgus osteotomy, 20-23, 24-25
principle of elastic deformation, 21
femoral antivalgus opening wedge osteotomy, 56-60
valgus osteotomy for varus knee, 127-130
gradual correction of genu varum deformity with external
see also Elastic high tibia valgus osteotomy
fixation, 42
tubercle, anteromedialization, follow-up report, 131-137
medial opening wedge high tibial ostetomy, 32-35, 36-37
varus osteotomy, 44-47
microfracture treatment of full-thickness chondral injuries, 139
Tibial antivarus closing wedge osteotomy, 27-31
monopolar electrothermal arthroscopy, 244-246
complications, 31
osteochondral allografting, 159-161
Tibial deflexion osteotomy, 61-66
osteochondral autograft transplantation, 169-174
indications for, 66, 69-70
proximal valgus tibial osteotomy, 128
repair of surgical technique, 68-69
biceps lesions, 273-274 libial-femoral joint, and articular cartilage injury, 87
Tissue, repair, MR determination of histology, 118
biceps tenodesis, 270-272
Transplantation, articular cartilage, 158-162
subscapularis tendon tear, 278-279
thrower’s shoulder, 283-291 Triceps, proximal, strain, 256
TSE, see Turbo spin echo
rotator cuff repair, 293-300
surgical stabilization of traumatic anterior instability, 188-195
tibial antivarus closing wedge osteotomy, 29-30 Valgus deformity, tibia and femur, 106
tibial deflexion osteotomy, 64-66, 68-69 Varus deformity, knee, elastic high tibia valgus osteotomy, 19-26
varus tibial osteotomy, 45-46 Varus femoral osteotomy, 44-47
Sutures Varus tibial osteotomy, 44-47
new sliding knot for use in arthroscopy, 250-251 Visual Analogue Scale, assessment of articular cartilage defects,
placement and passing in rotator cuff repair, 296-299 90
SutureLasso, repair of rotator cuff tears, 287-290
Synovial membrane, after carbon fiber pad repair, 166, 167 WBL, see Weight bearing line
Synvisc, treatment, osteoarthritis, 121 Weight bearing line, determination of for tibial antivaurs closing
wedge osteotomy, 28-29
T1W, see T1-weighted gradient echo Weight bearing
T1-weighted gradient echo imaging techniques, fat-suppressed, delayed progress, following knee osteotomy, 73-74
articular cartilage, 111 line, leg, 3
Thermal capsulorrhaphy, repair of labrum and rotator cuff le- Western Ontario McMaster Universities Osteoarthritis Index,
sions, 281 90-91
Thrower’s shoulder, 281-292 Whipple test, anterior supraspinatus tearing,
SUBJECT INDEX