Angel RW. ELECTROMYOGRAFY DURINO VOLUNTARY MOVEMENT: THE TWO BURST PATTERN. ELECTROENC. NEUROPHYSIOL. 36 : 493-498, 1974.
•
Arsac LM. MÉCANIQUE PLOSIF CHEZ L’HOMME THÈSE DE DOCTORAT, Université Claude Bernard Lyon 1, 1995.
•
Aubert X. STRUCTURE ET PHYSIOLOGIE DU MUSCLE STRIÉ. LE MÉCANISME CONTRACTILE IN VIVO: ASPECTS MÉCANIQUES ET THERMIQUES. J Physiol. 1956, 48: 105-153.
•
Baricich A. et al.; VARIATIONS OF MUSCLE ACTIVITY PATTERNS IN FREE WEIGHT VERSUS FLYWHEEL RESISTANCE FRONT SQUAT: A PILOT STUDY, 2003
•
Best CH., Partrige RC. THE EQUATION OF MOTION OF A RUNNER EXERTING A MAXIMAL EFFORT. Proc. Roy. Soc. B. 1928, 103: 218-225.
•
Bisciotti GN., Belli A., Pellis GC. A SIMPLE METHOD FOR EVALUATING BIOMECHANICS CHARACTERISTICS OF BENCH PRESS EXERCISE. Journal of Sport Medicine & Physical Fitness. 1999 Submitted
•
Bisciotti GN., Pellis GC., Tavagnutti M. LA FORZA MASSIMA TEORICA SISTEMA INTEGRATO. Nuova Atletica 1997, 142: 16-23
•
G.N. Bisciotti; LA PREVENZIONE DEGLI INFORTUNI NEL CALCIO; edi-ermes 2016.
•
G.N. Bisciotti; LE LESIONI MUSCOLARI: eziologia, biologia e trattamento; Calzetti Mariucci 2010.
•
Bosco C. LA FORZA MUSCOLARE ASPETTI FISIOLOGICI ED APPLICAZIONI PRATICHE. Società stampa sportiva. Roma, 1997.
•
Bosco C., Belli A., Astrua M. A DYNAMOMETER FOR EVALUATION OF DYNAMIC MUSCLE WORK. Eur.J. Appl. Physiol. 70: 379-386, 1995.
•
Bosco C. NUOVI METODI DI VALUTAZIONE DEI CARICHI DI LAVORO. RIABILITAZIONE DEL TRAUMATIZZATO E PREPARAZIONE FISICA DELLO SPORTIVO. Roma. 109: 109-123, 1991.
•
Bosco C., Viitasalo JT., Komi PV. COMBINED EFFECT OF ELASTIC ENERGY AND MYOELECTRICAL POTENTIATION DURING STRETCH-SHORTENING CYCLE EXERCISE. Acta Physiol Scand. 114, 4: 557-565, 1982.
•
Brue F, Melin B., Lamande JP., Philippe y. EXPLORATION DU MÉTABOLISME ANAÉROBIE EN SALLE D’EFFORT. COLLOQUE DE TOULOUSE. Bulletin médical de la Féderation française d’athlétisme n°6, 1985.
•
Catlaw K., Arnold BL., Perrin DH., EFFECT OF COLD TREATMENT ON THE CONCENTRIC AND ECCENTRIC TORQUE-VELOCITY RELATIONSHIP OF THE QUADRICEPS FEMORIS. Isokinetics and exercise science (Stoneham, Mass.) Feb. 1996: 157-160.
•
Close RI. DYNAMIC PROPERTIES OF MAMMALIAN SKELETAL MUSCLES. Physiol. Reviews. 1972, 52: 129-197.
•
Cress NM., Peters KS., Chandler JM. ECCENTRIC AND CONCENTRIC FORCE-VELOCITY RELATIONSHIP OF THE QUADRICEPS FEMORIS MUSCLE. Journal .of orthopaedic and sports physical therapy (Baltimore) 16 (2) Aug 1992 : 82-86.
•
Driss T., Vandewalle H., Monod H. MAXIMAL POWER AND FORCE-VELOCITY RELATIONSHIP DURING CYCLING AND CRANCKING EXERCISES IN VOLLEYBALL PLAYERS. CORRELATION WITH THE VERTICAL JUMP TEST. The Journal of Sports Medicine and Physical Fitness. 4 (38) December 1998 : 286-293.
•
Fenn WO., Marsh BS. MUSCULAR FORCE AT DIFFERENT SPEEDS OF SHORTENING. J Physiol (London). 1935, 85: 277-297.
•
Goubel F. MUSCLE MECHANICS. Med. Sport. Sci. Series. 26: 24-35, 1987.
•
Hibbert et al.; A SISTEMATIC REVIEW OF THE EFFECTIVENESS OF ECCENTRIC STRENGTH TRAINING IN THE PREVENTION OF HAMSTRING MUSCLE STRAINS IN OTHERWISE HEALTHY INDIVIDUALS; NORTH AMERICAN JOURNAL OF SPORTS PHYSICAL THERAPY, 2008, VOL.3 N.2.
•
Hill AV. THE HEAT OF SHORTENING AND THE DYNAMIC CONSTANT OF MUSCLE. Proc. Roy. Soc. B. 1938, 126: 136-195.
•
Hislop HJ., Perrine JJ. ISOKINETIC CONCEPT OF EXERCISE. Phis Ter. 47: 114-117, 1967.
•
Ingemann-Hansen T., Halkjaer —Kristensen J. FORCE VELOCITY RELATHIONSHIP IN THE HUMAN QUADRICEPS MUSCLES. Scand. J. Rehab. Med. 1979, 11: 85-89
•
Jaskólska A., Goossens P., Veenstra B., Jaskólski A., Skinner JS. COPARAISON OF TREADMILL AND CYCLE ERGOMETER MEASUREMENTS OF FORCE-VELOCITY RELATIONSHIP AND POWER OUTPUT. Int. J, Sports Med. 1999, 20 : 192-197.
•
Kojima T. FORCE-VELOCITY RELATIONSHIP OF HUMAN HELBOW FLEXORS IN VOLUNTARY ISOTONIC CONTRACTION UNDER HEAVY LOADS. Internatiol Journal of Sports Medicine (New York). 1991, 12: 208-213.
•
Komi PV. MEASUREMENT OF THE FORCE-VELOCITY RELATIONSHIP IN HUMAN MUSCLE UNDER CONCENTRIC AND EXCENTRIC CONTRACTIONS. Medicine and Sport vol 8 : Biomechanics III, Karger, Basel 1973, pp. 224-229.
•
Komi PV. ELASTIC POTENTATION OF MUSCLE AND ITS INFLUENCE ON SPORT PERFORMANCE. In: W Bauman, Biomechanics and performance in sport. 59-70, 1987.
•
Komi PV. PHYSIOLOGICAL AND BIOMECHANICAL CORRELATES OF MUSCLE FUNCTION: EFFECTS OF MUSCLE STRUCTURE AND STRETCH-SHORTENING CYCLE ON FORCE AND SPEED. In: R.L. Terjung (Ed) Exercise and Sport Sciences Reviews, Vol. 12, pp 81-121. Collamore Press, Lexington, Mass, 1984.
•
Labrecque S., Grondin S., Nadeau M. FORCE-VELOCITY CURVE ON A NAUTILUS MACHINE. American Corrective Therapy Journal. 37 (2), Mar-Apr 1983 : 53-55.
•
Mangione K.K. et al; COCHRANE REVIEW: IMPROVING PHYSICAL FUNCTION AND PERFORMANCE WITH PROGRESSIVE RESISTANCE STRENGTH TRAINING IN OLDER ADULTS; PHYS THER. 2010; 90:1711-1715.
•
Mc Cartney N., Heigenhauser GJF., Sargeant AJ., Jomes NL. A CONSTANT-VELOCITY ERGOMETER FOR THE STUDY OF DYNAMIC MUSCLE FUNCTION. J. Appl. Physiol.; Respirat. Environ Exercise Physiol. 1983, 1983a, 55: 212-217.
•
Mc Cartney N., Heigenhauser GJF., Jones NL. POWER OUTPUT AND FATIGUE OF HUMAN MUSCLE IN MAXIMAL CYCLING EXERCISE. J. Appl. Physiol.; Respirat. Environ Exercise Physiol. 1983b, 55: 218-224.
•
Mc Cartney N., Obminsky G., Heigenhauser GJF. TORQUE-VELOCITY RELATIONSHIP IN ISOKINETIC CYCLING EXERISE. J. Appl. Physiol. ; Respirat Environ Exercice Physiol. 1985, 58: 1459-1462.
•
Murphy AJ., Wilson GJ., Pryor JF. USE OF ISO-INERTIAL FORCE MASS RELATIONSHIP IN THE PREDICTION OF DYNAMIC HUMAN PERFORMANCE. Eur. J. Appl. Physiol. 69 : 250-257, 1994.
•
Norman RW, Komi PV. ELECTROMYOGRAPHYC DELAY IN SKELETAL MUSCLE UNDER NORMAL MOVEMENT CONDITION. Acta Physiologica Scandinavica. 106, 241, 1979.
•
Norrbrand L. et al.; FLYWHEEL RESISTANCE TRAINING CALLS FOR GREATER ECCENTRIC MUSCLE ACTIVATION THAN WEIGHT TRAINING; Eur J Appl Physiol, 2010; 110:997-100.
•
Onambelè G.L. et al; NEUROMUSCOLAR AND BALANCE RESPONSES TO FLYWHEEL INERTIAL VERSUS WEIGHT TRAINING IN OLDER PERSONS; Department of Exercise and Sport Science, Manchester Metropolitan University, 2008.
•
Peres G., Delgado A., Friemel F., Monod H. LA RELATION FORCE-VITESSE SUR ERGOCYCLE EST SEMBLABLE OBTENUE PAR MESURE MOYENNE OU INSTANTANÉE DE LA FRÉQUENCE DE PÉDALAGE. Cinesiologie (Paris) 31 (142) mars-avril 1992; 75-79.
•
Perrine JJ., Edgerton VR. MUSCLE FORCE-VELOCITY AND POWER-VELOCITY RELATIONSHIP UNDER ISOKINETIC LOADING. Med. Sci. Sport. 1978, 10: 159-166.
•
Saka T. et al.; DIFFERENCE IN THE MAGNITUDE OF MUSCLE DAMAGE BETWEEN ELBOW FLEXORS AND KNEE EXTENSOR ECCENTRIC EXERCISE; Journal of Sports Science and Medicine, 2009, 107-115.
•
Sargeant AG., Hoinville E., Young A. MAXIMUM LEG FORCE AND POWER OUTPUT DURING SHORT-TERM DYNAMIC EXERCISE. J. Appl. Physiol. 1981, 51: 1175-1182.
•
Thortensson A., Grimby G., Karlson J. FORCE-VELOCITY RELATIONSHIP AND FIBER COMPOSITION IN HUMAN EXTENSOR MUSCLE. J. Appl. Physiol. 1976, 40: 12-16.
•
Tihanyi J, Apor P, Fekete G. FORCE-VELOCITY-POWER CHARACTERISTICS AND FIBER COMPOSITION IN HUMAN KNEE EXTENSOR MUSCLE. J. Appl. Physiol. 1976, 40: 12-16.
•
Vandewalle H Ergométrie. IN: BIOLOGIE DE L’EXERCICE MUSCULAIRE. Lacour JE e coll., Masson Ed. Paris, 1992.
•
Vandewalle H., Peres G., Heller J., Monod H. INTÉRÊTS ET LIMITES DES RELATIONS FORCE-VITESSE CHEZ L‘HOMME. Science et Motricité. 1988, 4: 38-46.
•
Visnes H. et al.; THE EVOLUTION OF ECCENTRIC TRAINING AS TREATMENT FOR PATELLAR TENDINOPATHY (JUMPER’S KNEE): A CRITICAL REVIEW OF EXERCISE PROGRAMMES; Br J Sports Med 2007; 41:217-223.
•
Zuppardo S. et al.; ECCENTRIC POWER AND RETURN TO SPORT AFTER ACL RECONSTRUCTION; XXII INTERNATIONAL CONGRESS OF SPORTS AND TRAUMATOLOGY.

 

 

Sitografia (ordinata per ultima consultazione)

A gravity-independent ergometer to be used for resistance training in space H E Berg, A Tesch
https://pubmed.ncbi.nlm.nih.gov/7980338/

•
Force and power characteristics of a resistive exercise device for use in space
https://www.sciencedirect.com/science/article/abs/pii/S0094576598001192

•
INTERVISTA A ROBERTO SASSI Di Ferretto Ferretti
https://docplayer.it/5649862-E-vero-che-le-per-allenare-la-forza-non-utilizzi-piu-alcuni-dei-mezzi-tradizionali.html

•
UNIVERSITÀ DEGLI STUDI DI ROMA SAPIENZA FACOLTÀ DI INGEGNERIA Tesi in Ingegneria Biomedica: Valutazione della forza muscolare: stima del carico massimale mediante metodo accelerometrico. RELATORE: Prof. Ing. Paolo Cappa CANDIDATO: Luca Molinaro CORRELATORE: Dott. Pietro Picerno Sensorize S.r.l. Anno Accademico 2012/2013
https://docplayer.it/3217886-Tesi-in-ingegneria-biomedica.html

•
Marco NARICI: ADATTAMENTI NEUROMUSCOLARI ALL ALLENAMENTO DELLA FORZA
https://docplayer.it/22200291-Marco-narici-adattamenti-neuromuscolari-all-allenamento-della-forza.html

•
https://blog.performancelab16.com/allenamento-eccentrico-e-calcio/
https://blog.performancelab16.com/allenamento-isoinerziale/?fbclid=IwAR2pRtNV13km-U1QRXPitDoiEL6sHVe25m-XOOiWdYRZa8gBXhFPJfi1kIo

•
https://journals.plos.org/plosone/article/file?type=printable&id=10.1371/journal.pone.0205332

•
https://eygea.it/blog/126-l-allenamento-isoinerziale-prevenzione-e-allenamento

•
https://www.traininglab-italia.com/training/allenamento-isoinerziale/

•
https://www.lascienzainpalestra.it/allenamento-isoinerziale/

•
https://oukside.com/blog/move/allenamento-isoinerziale

•
https://dipartimenti.unicatt.it/pedagogia-Allenamento_isoinerziale_Giorgio.pdf

•
https://clinicadellosport.it/allenamento-e-riabilitazione-isoinerziale/