Table Of Content

@ Author Index Isokinetic Hip Abductor to Adduc- Kannus, P. and Jarvinen, M.: tor Torque Ratio in Normals, 103 Knee Angles of Isokinetic Peak Andrews, J.R.: See Wilk, K.E., 36; Drane, D.L.: See Donatelli, R., 103 Torques in Normal and Unstable Wilk, K.E., 63 Dvir, Z., Halperin, N., Shklar, A., Knee Joints, 92 Arrigo, C.A.: See Wilk, K. E., 36; and Robinson, D.: Kegerreis, S.: See Brown, E., 216 Wilk, K.E., 63 Quadriceps Function and Patello- Kegerreis, S.T.: See Buchanan, P.A., femoral Pain Syndrome. Part II. 173 Backer, G.S.: See Donatelli, R., 103 The Break Phenomenon During Keirns, M.A.: See Wilk, K.E., 36 Bandy, W.D. and Lovelace-Chandler, Eccentric Activity, 31 Klein, A.: See Levine, D., 146 sf Quadriceps Function and Patello- Kuhn, S., Gallagher, A., and Malone, Relationship of Peak Torque to femoral Pain Syndrome. Part I: Wes Peak Work and Peak Power of Pain Provocation During Concen- Comparison of Peak Torque and the Quadriceps and Hamstring tric and Eccentric Isokinetic Hamstring/Quadriceps Femoris Muscles in a Normal Sample Activity, 26 Ratios During High-Velocity Using an Accommodating Resis- Isokinetic Exercise in Sprinters, tance Measurement Device, 87 Ellenbecker, T.S.: Cross-Country Runners, and Brown, E. and Kegerreis, S.: A Total Arm Strength Isokinetic Normal Males, 138 Electromyographic Activity of Profile of Highly Skilled Tennis Kurth, A.: See Ghena, D., 187 Trunk Musculature During a Players, 9 Feldenkrais Awareness through Engle, R.P.: Levine, D., Klein, A., and Morrissey, Movement Lesson, 216 Isokinetic Analysis in Acromio- M.: Buchanan, P.A., Kegerreis, S.T., and clavicular Joint Rehabilitation: A Reliability of Isokinetic Concentric Smith, B.A.: Case Study, 49 Closed Kinematic Chain Testing Influence of Isokinetic Testing on Engle, R.P. and Faust, J.S.: of the Hip and Knee Extensors, Measurements of Anterior Knee Isokinetic Evaluation in Posterior 146 Laxity, 173 Shoulder Subluxation, 72 Lieska, N.G.: See Yang, L.S., 181 Byl, N.N., Wells, L., Grady, D., Erber, D.J.: See Wilk, K.E., 36 Lovelace-Chandler, V.: See Bandy, Friedlander, A., and Sadowsky, W.D., 87 S:: Faust, J.S.: See Engle, R.P., 72 Consistency of Repeated Isokinetic Friedlander, A.: See Byl, N.N., 122 Malone, T.R.: Editorial Commentary, Testing: Effect of Different Ex- 145; Editorial Commentary, 161; aminers, Sites, and Protocols, Gallagher, A.: See Kuhn, S., 138 See also Callam Lurvey, P., 75; 122 George, T.W.: See Greenfield, B.H., Kuhn, S., 138; Davies, G.J., 6; 207 Davies, G.J., 62 Callam Lurvey, P., Chandler, J.M., Ghena, D., Mayhew, J.L., Kurth, A., Mattson, P.A.: See Schexneider, and Malone, T.R.: and Thompson, C.B.: M.A., 117 Differences in Force Production on Prediction of Isokinetic Leg Mayhew, J.L.: See Ghena, D., 187 Various Isotonic Loading De- Strength from Anthropometric Mees, K.A.: See Greenfield, B.H., vices, 75 Dimensions in College Male Ath- 207 Catlin, P.A.: See Donatelli, R., 103: letes, 187 Morrissey, M.: See Levine, D., 146 Greenfield, B.H.: 207; Schex- Grady, D.: See Byl, N.N., 122 neider, M.A., 117 Greenfield, B.H., Catlin, P.A., Perrin, D.H.: See Hellwig, E.V., 202; Chandler, J.M.: See Callam Lurvey, George, T.W., Hastings, B.J. and Tis, ba. 22 P95 Mees, K.A.: Intra- and Interrater Perrin, D.H., Haskvitz, E.M., and Clancy, W.G.: See Wilk, K.E., 36 Reliability of Reciprocal, Iso- Weltman, A.: kinetic Contractions of the Quad- Effect of Gravity Correction on Davies, G.J.: See DeNuccio, D.K.., riceps and Hamstrings As Mea- Isokinetic Average Force of the 81; Schexneider, M.A., 117 sured by the MERAC, 207 Quadriceps and Hamstring Mus- Davies, G.J., Malone, T.R., and cle Groups in Women Runners, Timm, K.E.: Hall, P.S. and Roofner, M.A.: 99 From the Desk of the Editors, 62; Velocity Spectrum Study of Knee Introducing IES, 6; Meeting the Flexion and Extension in Normal Reinking, M.F.: Editors, 7 Adults: 60 to 500 deg/sec, 131 The Effects of Concentric and Ec- DeNuccio, D.K., Davies, G.J., and Halperin, N.: See Dvir, Z., 26; Dvir, centric Training on the Strength- Rowinski, M.J.: Z., 31 ening of Tibialis Anterior, 193 Comparison of Quadriceps Iso- Haskvitz, E.M.: See Perrin, D.H., 99 Robinson, D.: See Dvir, Z., 26; Dvir, kinetic Eccentric and Isokinetic Hastings, B.J.: See Greenfield, B.H., 25351 Concentric Data Using a Stan- 207 Roofner, M.A.: See Hall, P.S., 131 dard Fatigue Protocol, 81 Hellwig, E.V. and Perrin, D.H.: Rowinski, M.J.: See DeNuccio, D.K., Dickoff-Hoffman, S.: A Comparison of Two Positions for 81 Functional Subluxation of the Assessing Shoulder Rotator Peak Glenohumeral Joint in a College Torque: The Traditional Frontal Sadowsky, S.: See Byl, N.N., 122 Pitcher, 162 Plane versus the Plane of the Schexneider, M.A., Catlin, P.A., Donatelli, R., Catlin, P.A., Backer, Scapula, 202 Davies, G.J., and Mattson, P.A.: G.S., Drane, D.L., and Slater, An Isokinetic Estimation of Total S.M.: Jarvinen, M.: See Kannus, P., 92 Arm Strength, 117 222 Isokinetics and Exercise Science / Vol. 1, No. 4, 1991 @ Author Index Isokinetic Hip Abductor to Adduc- Kannus, P. and Jarvinen, M.: tor Torque Ratio in Normals, 103 Knee Angles of Isokinetic Peak Andrews, J.R.: See Wilk, K.E., 36; Drane, D.L.: See Donatelli, R., 103 Torques in Normal and Unstable Wilk, K.E., 63 Dvir, Z., Halperin, N., Shklar, A., Knee Joints, 92 Arrigo, C.A.: See Wilk, K. E., 36; and Robinson, D.: Kegerreis, S.: See Brown, E., 216 Wilk, K.E., 63 Quadriceps Function and Patello- Kegerreis, S.T.: See Buchanan, P.A., femoral Pain Syndrome. Part II. 173 Backer, G.S.: See Donatelli, R., 103 The Break Phenomenon During Keirns, M.A.: See Wilk, K.E., 36 Bandy, W.D. and Lovelace-Chandler, Eccentric Activity, 31 Klein, A.: See Levine, D., 146 sf Quadriceps Function and Patello- Kuhn, S., Gallagher, A., and Malone, Relationship of Peak Torque to femoral Pain Syndrome. Part I: Wes Peak Work and Peak Power of Pain Provocation During Concen- Comparison of Peak Torque and the Quadriceps and Hamstring tric and Eccentric Isokinetic Hamstring/Quadriceps Femoris Muscles in a Normal Sample Activity, 26 Ratios During High-Velocity Using an Accommodating Resis- Isokinetic Exercise in Sprinters, tance Measurement Device, 87 Ellenbecker, T.S.: Cross-Country Runners, and Brown, E. and Kegerreis, S.: A Total Arm Strength Isokinetic Normal Males, 138 Electromyographic Activity of Profile of Highly Skilled Tennis Kurth, A.: See Ghena, D., 187 Trunk Musculature During a Players, 9 Feldenkrais Awareness through Engle, R.P.: Levine, D., Klein, A., and Morrissey, Movement Lesson, 216 Isokinetic Analysis in Acromio- M.: Buchanan, P.A., Kegerreis, S.T., and clavicular Joint Rehabilitation: A Reliability of Isokinetic Concentric Smith, B.A.: Case Study, 49 Closed Kinematic Chain Testing Influence of Isokinetic Testing on Engle, R.P. and Faust, J.S.: of the Hip and Knee Extensors, Measurements of Anterior Knee Isokinetic Evaluation in Posterior 146 Laxity, 173 Shoulder Subluxation, 72 Lieska, N.G.: See Yang, L.S., 181 Byl, N.N., Wells, L., Grady, D., Erber, D.J.: See Wilk, K.E., 36 Lovelace-Chandler, V.: See Bandy, Friedlander, A., and Sadowsky, W.D., 87 S:: Faust, J.S.: See Engle, R.P., 72 Consistency of Repeated Isokinetic Friedlander, A.: See Byl, N.N., 122 Malone, T.R.: Editorial Commentary, Testing: Effect of Different Ex- 145; Editorial Commentary, 161; aminers, Sites, and Protocols, Gallagher, A.: See Kuhn, S., 138 See also Callam Lurvey, P., 75; 122 George, T.W.: See Greenfield, B.H., Kuhn, S., 138; Davies, G.J., 6; 207 Davies, G.J., 62 Callam Lurvey, P., Chandler, J.M., Ghena, D., Mayhew, J.L., Kurth, A., Mattson, P.A.: See Schexneider, and Malone, T.R.: and Thompson, C.B.: M.A., 117 Differences in Force Production on Prediction of Isokinetic Leg Mayhew, J.L.: See Ghena, D., 187 Various Isotonic Loading De- Strength from Anthropometric Mees, K.A.: See Greenfield, B.H., vices, 75 Dimensions in College Male Ath- 207 Catlin, P.A.: See Donatelli, R., 103: letes, 187 Morrissey, M.: See Levine, D., 146 Greenfield, B.H.: 207; Schex- Grady, D.: See Byl, N.N., 122 neider, M.A., 117 Greenfield, B.H., Catlin, P.A., Perrin, D.H.: See Hellwig, E.V., 202; Chandler, J.M.: See Callam Lurvey, George, T.W., Hastings, B.J. and Tis, ba. 22 P95 Mees, K.A.: Intra- and Interrater Perrin, D.H., Haskvitz, E.M., and Clancy, W.G.: See Wilk, K.E., 36 Reliability of Reciprocal, Iso- Weltman, A.: kinetic Contractions of the Quad- Effect of Gravity Correction on Davies, G.J.: See DeNuccio, D.K.., riceps and Hamstrings As Mea- Isokinetic Average Force of the 81; Schexneider, M.A., 117 sured by the MERAC, 207 Quadriceps and Hamstring Mus- Davies, G.J., Malone, T.R., and cle Groups in Women Runners, Timm, K.E.: Hall, P.S. and Roofner, M.A.: 99 From the Desk of the Editors, 62; Velocity Spectrum Study of Knee Introducing IES, 6; Meeting the Flexion and Extension in Normal Reinking, M.F.: Editors, 7 Adults: 60 to 500 deg/sec, 131 The Effects of Concentric and Ec- DeNuccio, D.K., Davies, G.J., and Halperin, N.: See Dvir, Z., 26; Dvir, centric Training on the Strength- Rowinski, M.J.: Z., 31 ening of Tibialis Anterior, 193 Comparison of Quadriceps Iso- Haskvitz, E.M.: See Perrin, D.H., 99 Robinson, D.: See Dvir, Z., 26; Dvir, kinetic Eccentric and Isokinetic Hastings, B.J.: See Greenfield, B.H., 25351 Concentric Data Using a Stan- 207 Roofner, M.A.: See Hall, P.S., 131 dard Fatigue Protocol, 81 Hellwig, E.V. and Perrin, D.H.: Rowinski, M.J.: See DeNuccio, D.K., Dickoff-Hoffman, S.: A Comparison of Two Positions for 81 Functional Subluxation of the Assessing Shoulder Rotator Peak Glenohumeral Joint in a College Torque: The Traditional Frontal Sadowsky, S.: See Byl, N.N., 122 Pitcher, 162 Plane versus the Plane of the Schexneider, M.A., Catlin, P.A., Donatelli, R., Catlin, P.A., Backer, Scapula, 202 Davies, G.J., and Mattson, P.A.: G.S., Drane, D.L., and Slater, An Isokinetic Estimation of Total S.M.: Jarvinen, M.: See Kannus, P., 92 Arm Strength, 117 222 Isokinetics and Exercise Science / Vol. 1, No. 4, 1991 Shklar, A.: See Dvir, Z., 26; Dvir, Z., Management of the Chronic Low- Standardized Isokinetic Testing 31 Back Pain Patient: A Retrospec- Protocol for the Throwing Shoul- Slater, S.M.: See Donatelli, R., 103 tive Analysis of Different Treat- der: The Throwers’ Series, 63 Smith, B.A.: See Buchanan, P.A., ment Approaches, 44; See also Wilk, K.E., Keirns, M.A., Andrews, 173 Davies, G.J., 6; Davies, G.J., 62 J.R., Clancy, W.G., Arrigo, Snead, D.B.: See Tis, L.L., 22 Tis, L.L., Perrin, D.H., Snead, D.B., C.A., and Erber, D.J.: and Weltman, A.: Anterior Cruciate Ligament Recon- Isokinetic Strength of the Trunk struction Rehabilitation: A Six- and Hip in Female Runners, 22 Month Followup of Isokinetic Thompson, C.B.: See Ghena, D., 187 Testing in Recreational Athletes, Timm, K.E.: 36 Abstracts of Current Literature, 166 Wells, L.: See Byl, N.N., 122 Effect of Different Kinetic Chain Weltman, A.: See Perrin, D.H., 99; Yang, L.S. and Lieska, N.G.: States on the Isokinetic Perfor- Tis;-L.b:, 22 The Effect of Hip Position on Peak mance of the Lumbar Muscles, Wilk, K.E., Arrigo, C.A., and An- Torques in Isokinetic Knee Flex- 153 drews, J.R.: ion and Extension, 181 @ Subject Index Force production, 75 Objective test data, 63 Functional assessment, 162 Abductor, 103 Functional restoration, 44 Pain, 81 Acromioclavicular joint injury, 49 Patellofemoral pain, 26, 31 Adductor, 103 Gravity correction, 99 Pattern/lesson, 216 Aggressive rehabilitation, 36 Peak power, 87 Anterior cruciate ligament (ACL), 36 High-velocity ratio sprinters, 138 Peak torque, 87, 202 Anthropometric measures, 187 Hip, 22 Peak torque assessment, 153 Arm, 9 Hip/knee extensors, 146 Peak torque (quadriceps femoris and Arthrometer, 173 Hip position, 181 hamstring), 138 Assessment, 87 Peak work, 87 Average work/average power, 131 Imbalance, 162 Posterior subluxation, 72 Awareness, 216 Industrial, 44 Predictive equations, 187 Internal/external rotation, 202 Prone/supine positioning, 99 Biarticular muscles, 181 Isokinetic, 81 Quadriceps, 26, 31, 81 Break phenomenon, 31 Isokinetic activity, 26 Quadriceps femoris/hamstring, 131 Isokinetic assessment, 173 Isokinetic concentric assessment, 146 Reciprocal contractions, 207 Closed kinematic chain, 146 Isokinetic data, 72 Reliability, 122, 207 Concentric, 81, 193 Isokinetic parameters, 36 Rotator strength, 72 Concentric activity, 26 Isokinetics, 9, 22, 44, 49, 103 Concentric/eccentric, 202 Isokinetic testing, 63, 122, 207 Scapular plane, 202 Concentric/eccentric ratio of ham- Isokinetic torque ratio, 103 Shoulder abduction/adduction and string/quadriceps, 99 Isotonic extension, 75 internal/external rotation, 63 Contraction, 81 Shoulder cuff, 72 Criterion-based protocol, 36 Soreness, 81 Kinetic chain states (KCS), 153 Cross-country runners, 138 Spinal rehabilitation, 44 Knee, 122 Cybex 340, 122 Sprinters, 138 Knee injuries, 92 Standardization, 63 KT-1000, 173 Strength overflow, 193 Dominance, 9 Subluxation, 162 Dynamic control, 162 Length-tension relationships, 181 Dynamometry, 81 Ligamentous laxity assessment, 173 Tennis, 9 Ligaments, 92 Throwers, 63 Eccentric, 81, 193 Low-back pain, 44 Torque ratio, 187 Eccentric activity, 26, 31 Lower kinetic chain, 103 Total arm average power (TAAP), 117 Efficiency, 75 Lumbar extensors/flexors, 153 Total arm strength (TAS), 117 Electromyogram, 216 Total arm work (TAW), 117 Electromyography, 81 Movement, 216 Trunk, 22 Muscle performance, 92 Upper extremity, 9 Fatigue, 81 Muscle strength, 9 Upper extremity isokinetic evalua- Feldenkrais, 216 Muscular, 81 tion, 117 Female runners, 22 Force curve, 75 Neurologies integration, 193 Velocity spectrum, 131 223 Isokinetics and Exercise Science / Vol. 1, No. 4, 1991