Cervical spinal kinematic analysis in young rowers at rowing ergometer during different frequency

Sport

Sciences

for

_Health

Founded by the Faculty

of Exercise Science,

University of Milan

Off icial Journal

of the Italian Society

of Exercise and Sport

Sciences

F. Esposito

F. Schena

A. Paoli

Volume 14 · Supplement 1 · September 2018

Sport

Sciences

forHealth

Volume 14 · Supplement 1 · September 2018

11332 Sp ort S ciences f or H eal th Vo l. 14 . S up plemen t 1 . S ep tem ber 2018 . p p. S1–S100

SISMES – X National Congress

Research and Education Applied to Movement and Sport Sciences

Messina, 5–7 October 2018

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Sport Sciences for Health

Offi cial Journal of the Italian Society of Exercise and Sport Sciences

Sport Sciences for Health

Aims and Scope

Sport Sciences for Health is an international, interdisciplinary journal devoted to researchers and practitioners involved in sport and physical activity for health. Areas of interest include sport, physical activities, sports medicine, healthy lifestyles, motor behavior, physical education and adapted physical activity with different methodological approaches such as physiological, clinical, biomechanical, performance, psychological, educational, social and learning perspectives. The journal also deals with the mechanisms through which exercise can prevent or treat chronic degenerative disease contributing to prevention and personalized treatment of specifi c diseases and health maintenance with a translational perspective. The journal publishes original research, case studies and reviews.

Sport Sciences for Health is the offi cial journal of the Società Italiana delle Scienze Motorie e Sportive (SISMeS), an Italian scientifi c society that aims to promote, support and disseminate knowledge and innovations in the sciences of sport and physical activity for health and quality of life.

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X NATIONAL CONGRESS

Research and Education Applied to Movement and Sport Sciences

Messina, 5-7 October 2018

CONGRESS PRESIDENT

Ludovico Magaudda

VICE PRESIDENTS

Daniele Bruschetta - Fabio Trimarchi

SCIENTIFIC COMMITTEE

Antonio Paoli Antonio La Torre Angela di Baldassarre Carlo Baldari

Dario Colella Massimo Lanza Stefania Orrù

HONORARY PRESIDENT

Giuseppe Anastasi

LOCAL SCIENTIFIC COMMITTEE

Debora Di Mauro Igor Papalia

Antonio Bonaiuto Diego Buda Gabriella Epasto Carmine Lazzaro,

Antonino Micali Maria Francesca Panzera Roberto Restuccia Claudia Tarozzo.

ORGANIZING SECRETARIAT

Akesios Group Via Cremonese, 172, Parma

TABLE OF CONTENTS

Marcello Faina

EXERCISE TRAINING: THE MAINTENANCE OF

and Arsenio Veicsteinas

NEUROMUSCULAR FUNCTION IN THE OLDER

Lecture

INDIVIDUAL

S1

G. De Vito

Invited Lecture

ADIPOSE ORGAN AND PHYSICAL EXERCISE

S1

S.

Cinti

Friday Oral Session

TRAINING, PERFORMANCE AND EVALUATION

METHODS

1

S2

ADAPTED PHYSICAL ACTIVITY

S5

Saturday Oral Session I

EXERCISE

PHYSIOLOGY

1

S8

TRAINING, PERFORMANCE AND EVALUATION

METHODS

2

S10

PHYSICAL EXERCISE AS PREVENTION AND THERAPY 1 S12

PHYSICAL EDUCATION AND SPORT PEDAGOGY 1

S14

EXERCISE

PHYSIOLOGY

2

S16

TRAINING, PERFORMANCE AND EVALUATION

METHODS

3

S18

PHYSICAL EXERCISE AS PREVENTION AND THERAPY 2 S20

PHYSICAL EDUCATION AND SPORT PEDAGOGY 2

S22

EXERCISE

PHYSIOLOGY

3

S24

TRAINING, PERFORMANCE AND EVALUATION

METHODS

4

S27

PHYSICAL EXERCISE AS PREVENTION AND

THERAPY

3

S29

PHYSICAL EDUCATION AND SPORT PEDAGOGY 3

S31

Saturday Poster Session

TRAINING, PERFORMANCE AND EVALUATION

METHODS

S34

ADAPTED

PHYSICAL

ACTIVITY

S40

EXERCISE

PHYSIOLOGY

S43

Saturday Oral Session II

MOVEMENT LEARNING AND PSYCHOPHYSIOLOGICAL

DEVELOPMENT

S54

TRAINING, PERFORMANCE AND EVALUATION

METHODS

5

S56

PHYSICAL EXERCISE AS PREVENION AND THERAPY 4 S58

SPORT BIOMECHANICS AND TECHNOLOGY 1

S60

Sunday Oral Session I

BIOMOLECULAR AND NUTRITIONAL ASPECTS OF

EXERCISE

AND

SPORT

1

S62

MORPHOLOGICAL SCIENCES IN SPORT AND

EXERCISES

S65

SPORT

BIOMECHANICS

AND

TECHNOLOGY

S67

EXERCISE AND SPORT PSYCHOLOGY 1

S69

Sunday Poster Session

PHYSICAL EDUCATION AND SPORT PEDAGOGY

S70

MOVEMENT LEARNING AND PSYCHOPHYSIOLOGICAL

DEVELOPMENT

S75

MORPHOLOGICAL SCIENCES IN SPORT AND

EXERCISES

S78

BIOMOLECULAR AND NUTRITIONAL ASPECTS OF

EXERCISE

AND

SPORT

S79

SPORT

BIOMECHANICS

AND

TECHNOLOGY

S83

EXERCISE AND SPORT PSYCHOLOGY

S85

POSTURAL APPROACH TO SPORT AND EXERCISE

S87

SOCIAL, ECONOMIC AND LEGAL ASPECTS OF SPORT S89

Sunday Oral Session II

BIOMOLECULAR AND NUTRITIONAL ASPECTS OF

EXERCISE

AND

SPORT

2

S90

SPORT BIOMECHANICS AND TECHNOLOGY 3

S93

POSTURAL APPROACH TO SPORT AND EXERCISE

S95

EXERCISE AND SPORT PSYCHOLOGY 2

S97

Disclosure Statement

This supplement was not sponsored by outside commercial interests.

Confl ict of Interest Statement

A B S T R A C T S

SISMES X NATIONAL CONGRESS

Messina, 5–7 October 2018

Springer-Verlag Italia S.r.l., part of Springer Nature 2018

MARCELLO FAINA AND ARSENIO

VEIC-STEINAS LECTURE

Exercise training: the maintenance of neuromuscular

function in the older individual

G. De Vito

School of Public Health, Physiotherapy and Sports Science, University College Dublin, Ireland

According to the most recent projections the number of older European citizens (65? years) will increase from 87 million in 2010 to 148 million in 2060. An augmented life expectancy is the reflection of the many societal successes we experienced in the last 4–5 decades in terms of medical care and improved living conditions. In this context, it is of vital importance to maintain and improve both health and independence in the entire life span. The concept of independence includes the ability to remain mobile and to perform competently the activities of daily living, such as: raising from a chair, climbing stairs or carrying and lifting shopping bags, all actions requiring adequate level of muscle strength, cardio-respiratory fitness and of postural balance and flexibility.

Aging unfortunately, is associated with a generalized deterioration of physiological function including a progressive decline in skeletal muscle mass and muscular strength and power which progressively translate into functional impairment, increased rate of disability and dependency. It is now unanimously recognized that the practice of regular physical exercise is one of the most powerful forms of non-pharmacological therapeutic and preventive intervention. Progressive Resistance training (PRT) is presently recommended as an essential component of a broad-spectrum fitness program and has been clearly shown effective for both strength and power enhancement in older individuals. However, PRT may not be optimal for all functional outcomes and, more importantly, may not represent the first choice of exercise for the over 65’s, especially women, who may prefer other kind of activities. Indeed, previous investigations have reported that multicomponent training (MCT) focusing on neuromuscular coordi-nation and combining endurance and muscle strength training components could be similarly effective in reducing the development and progression of chronic diseases and disabling conditions.

In this presentation, therefore, I will illustrate the results of some studies conducted in the last 20 years which adopted either PRT or MCT. In addition, the importance of a proper nutritional support will be discussed underlying the importance of maintaining an adequate protein intake for the older individuals regularly engaged in exercise training. I will also briefly present the results concerning the effects of PRT on markers of muscle atrophy/hypertrophy and heat shock response (HSR) in healthy older participants of both genders.

INVITED LECTURE

Adipose organ and physical exercise

S. Cinti

Universita` Politecnica delle Marche

Most of white and brown adipocytes, in spite of their different functions: storing energy and thermogenesis, are contained together in a true organ formed by subcutaneous and visceral depots. The reason for this mixture resides in the fact that adipocytes have plastic properties allowing them to convert each other: under chronic cold exposure white convert into brown to support the need for thermo-genesis and under obesogenic diet brown convert into white to satisfy the need for energy storing.

The white-brown transdifferentiation (WAT browning) is of medi-cal interest because the browning is associated with obesity resistance and drugs inducing the browning curb obesity and related disorders.

Type 2 diabetes is the most common disorder associated to vis-ceral obesity. Macrophages infiltrating the obese adipose organ are responsible for the low-grade chronic inflammation dealing to insulin resistance and T2 diabetes. Macrophages form characteristic histopathology figures: crown like structures (CLS) due to the need of removal debris deriving from the death of adipocytes. Death of adi-pocytes is related to their hypertrophy up to the critical death size. Visceral adipocytes have a smaller critical death size, thus offering an explanation for the higher inflammation and morbidity of visceral fat. Physical exercise induces size reduction and mitochondrial biogenesis in adipocytes of white adipocyte. This well-known observation can

123

175 SB P

Effects of electro-stimulation during resistance training

on maximum strength levels: a 4-week pilot study

S. Dell’Anna

, F. Nieddu

, L. Correale

, E. Codrons

,

E. Ricagno

, G.D. Jonghi Lavarini

, G. Liberali

,

C.A. Naldini

, M. Vandoni

1_{Laboratory of Adapted Motor Activity (LAMA), Department}

of Public Health, Experimental Medicine and Forensic Science, University of Pavia, Pavia, Italy

Purpose:Electro-stimulation (EMS) is a technique used to produce a physiological muscular contraction similar to voluntary contraction. Several studies demonstrated positive effects of EMS in strength development. Resistance training (RT) is the standard protocol to enhance strength. It’s not clear if EMS may be useful in association with resistance training to increase strength. The purpose of this study is to evaluate the effects of EMS in training for maximum strength on Smith Machine Back Squat (BS) and Barbell Bench Press (BP). Methods: Twenty healthy participants (12 M, 8 F) without RT experience were assigned to an experimental group (E) or a control group (C). Both groups practiced a 4-week (2 times/week) resistance training protocol preceded by 2-week of familiarization, in addition group E wore and EMS device (Miha Bodytech) during each session. Baseline physical activity levels were calculated using IPAQ ques-tionnaire. RT protocol consisted of 7 sets (3–5 repetition, 80–90% of 1RM, rest between sets was 3 min) for each session of training for the entire protocol. Before and after RT protocol each subject performed an indirect one maximum repetition (1RM) test for both BP and BS. A time (pre, post) x group (E, C) two-way repeated measures ANOVA was used (p \ .05).

Results:Physical activity levels were similar in both groups. EMS group showed significant improvements in BS (? 12.4%; p \ .05) and BP (? 10.09%; p \ .05) compared to pre testing. The same effect was observed in C group, BS (? 9.4%; p \ .05) and BP (? 8.29%; p \ .05). No significant difference was found between group E and C. Conclusions:We verified similar improvements in both groups (E and C) for maximum strength. Although we cannot affirm that EMS gives superior advantage instead of traditional training, we observed better enhancement in maximum strength in group E.

176 SB P

Cervical spinal kinematic analysis in young rowers

at rowing ergometer during different frequency

V. Giustino

, D. Zangla

, G. Messina

, K. Feka

,

F. Fischetti

, A. Iovane

, A. Palma

1_{Department of Psychological, Pedagogical and Educational}

Sciences, Posturology and Biomechanics Laboratory Research Unit, University of Palermo, Palermo, Italy;

2_{Posturalab Italia Research Institute, Palermo, Italy;} 3_{Department of Psychological, Pedagogical and Educational}

Sciences, Sport and Exercise Sciences Research Unit, University of Palermo, Palermo, Italy;

4_{Italian Rowing Federation (FIC), Rome, Italy;} 5_{University of Palermo, Palermo, Italy;}

6_{Department of Basic Medical Sciences, Neuroscience and Sense}

Organs, University of Bari, Bari, Italy;

7_{Regional Sports School of CONI Sicilia, Sicily, Italy}

Purpose:Several authors have been investigating the lumbar spinal kinematic that represents the most frequent injured anatomical region in rowers. While, only few studies have examined the cervical col-umn. Furthermore, it is known that, during a competition, compensatory movements may affect negatively performance. The aim of this study was to evaluate if there are any differences in flexion (F) and extension (E) of the head movements in rowers during two different frequency tests.

Methods: Twelve young rowers (male = 5; female = 7; age: 13 ± 0.85 years; height: 156.42 ± 8.53 cm; weight: 51.37 ± 11.17 kg), with 2–3 years of rowing experience, were enrolled in the study. F and E head movements were recorded while subjects were performing a sequence of 10 strokes at the frequency of 20 strokes/min (T0) and

during a separate sequence of 10 strokes at the frequency of 30 strokes/ min (T1) using rowing ergometer (Concept 2Mod. C; Indoor Rowing

Srl; Morlupo, Roma, Italia). Cervical Range of Motion (ROM) on the sagittal plane was measured with the Mooveraccelerometer and the freeSteprelated software (Sensor Medica; Guidonia Montecelio, Roma, Italia). Parameters were considered as: the average flexion (Av-F), the average extension (Av-E) and the average total angle of flexion– extension (Tot-FE). Statistical analyses were performed using Statistica Software 12 (StatSoft, TIBCOSoftware Inc, Palo Alto, CA, USA). A paired t test was used to compare differences between T0and T1. The

p-value was considered to be statistically significant at p \ 0.05. Results: Comparison between T0 to T1showed no significant

dif-ference for all considered parameters. However, we found an increase of the amplitude angle in Av-E movement (? 22.28%) and Tot-FE (? 10.47%), while in the other hand, a decrease of the Av-F move-ment (- 12.18%). According to technical indications of the Italian Rowing Federation, changes greater/less than 25% on F and E head movements, changing the frequency, may affect negatively the per-formance. When calculating the percentage between participants, only 2 of them showed a greater ROM (- 25 to ? 25%).

Conclusions:Our results indicated that young rowers showed chan-ges on F-E ROM in relationship with higher stroke frequency and this may influence sports performance. Further studies are needed in order to clarify the relationship between head movements and performance, as well as to examine the implications of cervical spine injuries. References

Bernardes F, Mendes-Castro A, Ramos J, Costa O (2015) Muscu-loskeletal injuries in competitive rowers. Acta Med Port 28(4):427–434

Leo Ng, Campbell A, Burnett A, Smith A, O’Sullivan P (2015) Spinal kinematics of adolescent male rowers with back pain in comparison S84 Sport Sci Health (2018) 14 (Suppl 1):S1–S99

A Abate Daga F. S27, S40, S57 Acri G. S75 Adami P.E. S5 Adamo V. S51 Adascalitei S. S55 Alberti G. S24 Alesi D. S60 Alesi M. S22, S73, S80 Alfi eri A. S80, S82 Algeri M. S48 Alkhatib M. S53 Allegretti M. S92 Amatori S. S40, S87, S88, S92 Amicone M. S13, S96 Anastasi G. S56 Annibalini G. S43, S47, S88 Annino G. S49, S77 Antonioni A. S79 Arcigli A. S23 Avancini A. S50 Aversa A. S21, S22 B Bacchi E. S41 Bagnasco M. S92 Baldari C. S3, S14, S16, S21, S22, S23, S81 Baldelli G. S47 Ballatore A. S74 Banci L. S94 Barbagallo M. S49 Barbieri E. S43, S47, S88 Barone G. S95 Barone R. S36, S78 Basile G. S20 Basile G.A. S56 Basile G.C. S56 Basile M. S73 Basile M.S. S31 Battaglia G. S22, S49, S58, S80, S88 Battaglia M.A. S7 Battaglini M. S45 Bazzucchi I. S8 Bellafi ore M. S22, S51, S58, S80, S88 Bellomo M. S19 Belluzzi E. S65 Belot S. S29 Ben-Soussan T.D. S60 Benedetti M.G. S95 Bensi R. S40 Beratto L. S28, S40, S57 Berger D.J. S75 Bernardi M. S5 Bertino S. S20, S56 Biancalana V. S33, S88 Bianco A. S19, S58, S73, S88, S89, S90, S91 Biggio M. S55 Biino V. S23, S33, S38 Birritteri G. S36 Bisconti A.V. S16, S17, S67 Bisio A. S52, S55 Bivi R. S42 Boca S. S86, S89 Boccia G. S11, S18, S26, S28, S39, S59, S74 Bonaiuto A. S12, S44, S59 Bonato M. S10, S68 Bonavita S. S85 Bondi D. S21, S54, S61 Bonifazi M. S6 Bono V. S50 Bontempi M. S60 Bonzano L. S7, S55 Bordonali A. S49 Borghi S. S69 Borgogni A. S15, S32 Borrelli M. S5, S38 Borriello G. S30 Bortolan L. S17, S25, S61, S95 Bortoli L. S14 Borzelli D. S75 Bosco G. S25, S68 Bove M. S6, S7, S44, S52, S55 Bragonzoni L. S60, S95 Brandi G. S47 Bravi R. S76 Brichetto G. S7, S55 Brighenti A. S26 Brightwell C.R. S62 Brignolo P. S82 Brunengo A. S34 Bruno E. S47, S48 Brusa J. S49, S51 Bruschetta D. S20, S59 Brustio P.R. S11, S18, S26, S28, S29, S39, S74 Buda D. S20, S77 Bui I. S7, S41 Buono P. S50, S63, S64, S80, S81, S82 Buonsenso A. S27, S31 Burini D. S78 Buscemi A. S19, S70 Buttacchio G. S26, S39 C Cacciola A. S20, S56 Cafaro D. S50 Calabrese M. S26, S39 Calanni L. S43, S92 Calavalle A.R. S40, S87, S92 Calcagno G. S27, S31 Callovini A. S59 Campa F. S10 Campaci D. S79 Campanella M. S35 Campoli F. S49, S77 Canepa P. S7, S52, S55 Cannavò M. S86 Cantone C. S19 Capocasale A. S86 Caporossi D. S79 Capparucci I. S43, S88 Cappello F. S36, S66, S78 Capranica L. S19, S34, S79 Capriotti A. S36 Capuano R. S85 Carazzai N. S83 Cardinale U. S60 Carfora V. S85 Carlin C. S30 Carnevale Pellino V. S46, S67 Carraro A. S6, S32 Carrozza M.A. S12 Casale R. S26, S39 Casalini F. S76 Caso D. S85 Casolo A. S17 Casolo F. S4, S24, S37 Cassalia P.A. S23 Castelli L. S37, S43, S47, S48 Catalano L. S27 Cataldo A. S19 Caterino M. S82 Cattaneo S. S40 Caumo A. S37, S47, S48 Cavarra M. S97 Cavedon V. S12, S42, S93 Cè E. S2, S5, S16, S17, S25, S27, S38, S48, S53, S90, S94 Centorbi M. S27 Cerasola D. S19 Cerri M. S37 Cerulli C. S30 Cesqui B. S54 Cevese A. S17 Chiodi G. S30 Ciaccioni S. S34 Cibelli G. S44 Cimino E. S67 Cinque P. S68 Cirella A. S45 Cittadino A. S56 Coco M. S19, S31, S69, S70 Codella R. S4, S24, S37 Codrons E. S84 Cogliati M. S54, S75 Cohen E.J. S76 Colella D. S32, S71 Colosio A.L. S24 Conconi F. S58 Concu A. S4 Condello G. S34 Contarelli S. S43, S88 Corapi L. S40 Coratella G. S2, S5, S16, S17, S27, S37, S38, S53, S67, S90, S94 Coratella B. S25 Corbi A. S35 Cordellat Ana. S4 Coriani R. S57 Correale L. S4, S24, S37, S46, S67, S84 Corsello G. S51 Coser A. S83 Cristofori M. S42 Croce L. S43 Cudicio A. S54, S75 Curatulo P.G. S5 Curcio G. S98

123

Author index

Numbers after authors’ name refer to sequential numbers of abstracts Sport Sci Health (2018) 14

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Curzi D. S78 Cutroneo G. S20 D D’Amico D. S78 D’Amico M. S21, S61 D’Angelo E. S13, S96 D’Antona G. S43, S92 d’Arando C. S32, S71 D’Aurizio G. S98 d’Avella A. S54, S75 Dabidi Roshan V. S53 Dal Santo N. S83 Daniele A. S38, S44, S52, S63, S81, S91 Dante D. S5 Demetriou Y. S73 Diana E. S76 Dimauro I. S79 Doddis S. S77 Donato A.J. S8 Donato L. S87 Doria C. S2, S5, S16, S21, S38, S48, S94 Duca A. S20, S53 De Alti S. S55 De Caro R. S63, S64, S65 De Fano A. S60 de Gregorio C. S44, S59 De Maria L. S29 De Pasquale P. S75 De Santi M. S47 Del Bianco M. S7 Del Pizzo A. S38 Del Vecchio A. S17 Dell’Anna S. S46, S84 Dell’Aquila P. S28 Della Corte M. S85 Della Rotonda G. S91 Di Baldassarre A. S4 Di Cagno A. S27, S31 Di Corrado D. S69, S70 Di Credico A. S4 Di Dio M. S45 Di Felice V. S66, S78 Di Finizio M. S13, S96 Di Gennaro M. S30 Di Giacomo A. S4, S19 Di Luigi L. S79 Di Mauro D. S20, S45, S56 Di Nuovo S. S70 Di Rauso G. S38 Di Salvo N. S77 Di Sano S. S54 Dos Anjos F. S28 E Elce A. S38, S52 Emerenziani G.P. S14, S16, S21, S22, S81 Epasto G. S93 Ercolin L. S11 Ermidis G. S3 Esnault J. S29 Esposito F. S2, S5, S16, S17, S25, S27, S37, S38, S47, S48, S53, S90, S94 F Faelli E. S9, S44, S56 Falcieri E. S78 Falcioni L. S3, S23 Fan C. S63, S64 Fantini C. S79 Faraone M. S49 Farina D. S17 Farina F. S66, S78 Faure-Rolland F.A. S34 Favaloro A. S56 Favero M. S65 Febbi M. S41 Fede C. S63, S64 Federici A. S36, S94 Feka K. S84, S88 Felici F. S8, S17 Ferrando V. S44, S56 Ferrari D. S14 Ferrari L. S24 Ferrari Bravo D. S56 Ferraro O.E. S46, S67 Ferri I. S6 Filipas L. S36, S69 Finco A. S57 Fiore R. S36 Fiorilli G. S27, S31 Fischetti F. S84 Fittipaldi S. S3 Fois E. S4 Fontana F.Y. S24 Fontanella C.G. S65 Fornasiero A. S25, S26, S59, S95 Forte R. S34 Forte S. S45 Foti F. S98 Franchina T. S51 Franchina V. S51 Franchini E. S6 Frati R. S11,S39 Fry C.S. S62 Fugazzotto D. S45 G Gaggi G. S4 Galanti G. S20, S46 Galasso L. S5, S16, S37, S47, S48, S67, S90 Galbusera C. S30, S74 Galle’ F. S45, S85 Galli L. S68 Gallo G. S69 Gallotta M.C. S14, S16, S81 Galvani C. S4, S24, S37 Garetto G. S25 Garraffa P. S89 Garufi L. S53, S77 Garzon S. S12 Gastaldi D. S82 Gaudio A. S7, S41 Gava N. S97 Gazzoni M. S28 Gelzo M. S52 Genchi R. S73 Gentil P. S91 Gentile A. S26, S86, S89 Gentile F. S7, S41 Gentilin A. S26 Gervasi M. S40, S47, S87, S92 Ghinassi B. S4 Ghizzoni L. S3 Giannelli C. S46 Gilli F. S59 Giordani A. S68 Giordani F. S64 Giovanelli N. S9 Girardi M. S8 Girelli A. S67 Giuriato G. S17 Giuriato M. S33, S38 Giustino V. S49, S84, S88 Glicksohn J. S60 Gobbi E. S6 Golfi eri M. S28 Gollin M. S28, S40, S57 Gorni D. S57 Gorny C. S29 Gottard A. S76 Grassano L. S72 Grassi D. S30, S74, S98 Grazioli E. S30, S79 Grazzi G. S42, S58 Greco D. S43 Grigoletto D. S80 Guarino F. S38 Guarnera M. S69 Guerzoni N. S11 Guglielmino E. S93 Guicciardi M. S98 Guidetti L. S3, S14, S16, S21, S22, S23, S81 Guidotti F. S79 Gurgone S. S75 Guzzardella A. S34 H Hagman M. S64, S82 Hanley B. S36 Herbin C. S29 Hodgson M.D. S9 I Iacotucci P. S52 Ilacqua A. S21 Imperlini E. S50, S64, S82 Innocenti L. S3, S81 Ioannou C.I. S76 Iovane A. S51, S84, S88 Isaac A. S66 Iuliano E. S27, S31 Izzicupo P. S4 Izzo G. S21, S22 J Jonghi Lavarini G.D. S84 K Karimi N. S53 Karsten B. S58 Keegan R. S69 Kinel E. S21, S61 Kirka M. S73 Kirmizi E. S41 Kizilyalli M. S73 Kowalchuk J.M. S9, S24 Krogh V. S50 Krustrup P. S3, S64, S82 L Lacquaniti F. S54 Lanata L. S92 Lane S. S62 Lanza M. S23, S32, S33, S38, S41, S50, S71 Lanzano R. S5 Lardone A. S98 La Torre A. S10, S24, S36, S37, S44, S56, S68, S69 Lauciello R. S40 Lazzer S. S9 Lenzi A. S23 Lenzo V. S86

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Liberali G. S46, S84 Licciardi A. S18 Ligi D. S43 Liguori G. S45, S85 Limonta E. S2, S5, S16, S17, S25, S27, S37, S38, S53, S67, S90, S94 Liparoti M. S85, S98 Lisio M. S49 Lombardo M. S77 Longari M. S10 Lono S. S2, S5, S16, S17, S25, S27, S38, S47, S53, S67, S90, S94 Lonzi B. S94 Loureiro N. S73 Love L.K. S9 Lucchetti C. S33 Lucertini F. S47 Luciano F. S34 Lupo C. S11, S18, S39 M Macaluso F. S36, S66, S78 Macchi V. S63, S64, S65 Maffesanti S. S83 Magaudda E. S77 Magaudda L. S12, S20, S44, S45, S51, S56, S59, S86, S93 Maggio M.C. S51 Maida P. S45 Mallamace A. S53 Mancini A. S50, S63, S64, S80, S81, S82 Mandini S. S42, S58 Mandola A. S82 Mandolesi L. S98 Marasso D. S74 Marcheggiani Muccioli G.M. S60 Marcolin G. S57, S68, S80, S91 Mari F. S94 Mariani L. S50 Maric D. S90 Marin L. S7, S41 Marinelli L. S6 Marocco R. S39 Marson F. S60 Martani L. S25 Martin K. S69 Martinelli A. S76 Martins L. S25 Martorana L. S49 Mascherini G. S20, S46 Masciocchi E. S13 Maselli A. S54 Massari F. S32 Mauro F. S60 Mazza D. S92 Mazzoni G. S42, S58 Mckenna C. S62 Mele G. S57 Meloni A. S68 Merati G. S24, S68 Merlo L. S12 Messina A. S44 Messina G. S10, S19, S44, S49, S51, S84, S88 Miele A. S45, S85 Migliaccio S. S3, S21, S22, S23 Milanese C. S12, S13, S42, S93 Milani M. S24 Milardi D. S20, S56 Minciacchi D. S76 Minganti C. S30 Minino R. S85 Modena R. S95 Modesti P.A. S20, S46 Modica M. S60 Moghetti P. S41 Mohr M. S3 Moisè P. S34, S71, S72, S73, S74 Molteni F. S35 Monacis D. S32, S71 Monaco M.L. S52 Monda M.S. S44 Monda V. S44 Montaruli A. S17, S25, S37, S43, S47, S94 Monteleoni C. S2, S5, S7 Montomoli C. S4, S24, S37 Montuori S. S98 Monzoni R. S36, S94 Morelli M. S42 Morgan G.R. S8 Mori E. S58 Mori L. S6 Moro T. S62, S91, S96 Moscatelli F. S44 Moschetta F. S41 Mourot L. S25, S26 Mozzone D. S82 Mujkic D. S89 Mulas P. S4 Mulasso A. S29 Mulè A. S37, S47, S48 Muollo V. S13, S59 Murazzi E. S36 Murdaca A.M. S15, S70 Murgia M. S98 Musumeci G. S66 Muti E. S8 Myburgh K. S66 Myers J. S58 N Nakamura F.Y. S4 Naldini C.A. S84 Naro F. S8 Nart A. S33, S96 Natali A. S65 Natalucci V. S43, S47, S67 Negro F. S54 Negro M. S92, S43 Neri M. S74 Nichele C. S42 Nicolò A. S8 Nieddu F. S84 Nigro E. S38, S52, S63, S81, S91 O Oliva P. S15, S70 Olla G. S71, S72, S73 Orizio C. S24, S37, S54, S75 Orrù S. S50, S64, S80, S82 Orrù W. S4 Ottobrini S. S7, S41, S50 P Paci M.V. S4 Padua E. S49, S77 Paganini M. S25 Pajaujene S. S73 Pala V. S50 Paleari E. S27 Pallecchi I. S6 Palma A. S19, S22, S49, S51, S58, S80, S84, S88, S89 Panascì M. S44, S56 Panzarino M. S49, S77 Panzera M.F. S12, S45 Paoli A. S57, S80, S91 Papalia I. S77 Parisi A. S30 Parisi F. S5 Pasanisi P. S47, S48 Passi A. S24, S37 Pavei G. S34, S62 Pazzona R. S30, S98 Pedrinolla A. S41, S42 Pedullà L. S7, S52, S55 Pegoraro C. S12 Pellegrini B. S25, S26, S59, S61, S95 Pelliccia A. S5 Perciavalle V. S31 Perini L. S34 Perini R. S75 Perna S. S92 Perroni F. S3 Pesce C. S34, S60 Pesoli M. S98 Petralia M.C. S31 Petri C. S20 Petrigna L. S58 Petrone N. S57 Peyre M. S29 Phenel D.A. S62 Picardi E.E.E. S65 Pierantozzi E. S6 Pietrangelo T. S21, S54, S61 Pigozzi F. S30 Pilotto S. S50 Pionnier R. S29 Pirlo M. S93 Pogliaghi S. S9, S24 Polito R. S38, S44, S52, S63, S81, S91 Pomara F. S88 Pomini P. S12 Ponzano M. S40 Portaro S. S20 Porzionato A. S63, S64, S65 Postiglione N. S45, S85 Puce L. S6 Puci MV. S4, S24, S37 Q Quartiroli A. S69 Quattrone A. S22 Quattropani M.C. S86 R Rada A. S73 Rainoldi A. S11, S18, S26, S28, S29, S39, S74 Ramonda R. S65 Rampichini S. S2, S5, S16, S17, S25, S27, S38, S48, S53, S67, S94 Randers M.B. S3, S64, S82 Rapisarda A. S19 Rasmussen B.B. S62 Rattray B. S69 Reggiani C. S8 Restuccia R. S12, S44, S45, S59 Riboli A. S27 Ricagno E. S46, S67, S84 Ricchiuti R. S45, S85 Ricciardi G.R.R. S51 Rice M. S45 Richardson R.S. S8 Righi M. S51, S93

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Riposo S. S86 Rizzato A. S25, S57, S68 Rizzo G. S20 Robazza C. S14 Rocchi M.B.L. S40, S87, S92 Romagnoli C. S77 Roncoletta P. S21, S61 Rondanelli M. S92 Rossato M. S65, S96 Rossi A. S13 Rosselli M. S20 Rostgaard T. S64, S82 Roveda E. S16, S27, S37, S38, S47, S48, S94 Rucco R. S85 Rudi D. S41 Ruffa C. S74 Ruggeri P. S44, S52, S55, S56 Ruoppolo M. S82 Russo A. S51 Russo M. S54 Russo R. S91 Russomando L. S50 S Sacchetti M. S8 Saitta A. S19 Sangiorgio A. S38 Santin G. S62 Sarasin G. S65 Sarto P. S12 Savia Guerrera C. S70 Savoldelli A. S25, S26, S95 Scandurra C. S86 Scarfò M.C. S86 Scarzella F. S82 Schena F. S8, S13, S17, S23, S25, S26, S33, S59, S61 Schiavo S. S25 Schmidt J.F. S64, S82 Sekulic D. S90 Semprini G. S10 Sessa F. S44 Sestili P. S43, S47, S87, S88, S92 Sgrò P. S79 Shokohyar S. S2, S16, S17, S25, S38, S47, S53, S90, S94 Sieri S. S50 Silva C. S73 Sisti D. S40, S87, S88, S92 Skafi das S. S25, S26, S59 Sorgente G. S46 Sorrentino G. S85, S98 Sorrentino P. S85, S98 Sorrentino R. S93 Spadaccini D. S92 Sparaco M. S85 Spataro A. S5 Spigolon G. S24 Sponsiello N. S79 Squeo M.R. S5 Stecco C. S63, S64, S65 Stella F. S25, S26, S61, S95 Stocchi V. S43, S47 Sturm D. S73 T Tabacchi G. S22, S73, S80 Tacchino A. S7 Talamonti E. S25 Tancredi V. S49, S77 Tarozzo C. S59, S82 Tarperi C. S8, S17, S26 Taylor M. S13 Tessarin M. S11 Tinto A. S35 Tocco F. S4, S19 Togni F. S4, S24, S37 Tommasini E. S4 Tommasino P. S54 Tonietta M. S71, S72 Tortora G. S50 Tortorella C. S65 Toselli S. S10 Tosi B. S20, S46 Traina M. S19 Tranchita E. S30 Triggiani I.A. S44 Trimarchi F. S20, S44, S45, S56, S59 Tripodi R. S45 Trompetto C. S6 Tudisco R. S82 Turrini F. S68 U Ungureano A.N. V Vaccari F. S9 Vaccaro M.G. S21, S22 Vadalà M. S86 Valantine I. S89 Valenzano A. S44 Valerio P. S86 Valiante D. S73 Vallorani L. S43, S47 Vandoni M. S4, S24, S37, S46, S67, S84 Vella M. S43 Venturelli M. S8, S17, S42 Verdini C. S16 Verino E. S72 Vernillo G. S25 Vignaroli M. S94 Vilet A. S29 Vinciguerra F. S31 Vinciguerra M.G. S13, S96 Vitale J.A. S10 Vitali F. S69 Vitobello C. S68 Vitucci D. S64, S80, S82 Volpi E. S62 Z Zaccagni L. S11 Zaffagnini S. S60 Zambito Marsala L. S95 Zambolin F. S80 Zampacorta A. S4 Zampaglione D. S36 Zamparo P. S83 Zancanaro C. S12, S42, S93 Zangla D. S19, S84 Zardini M. S41 Zarrilli F. S52 Zhao J. S8 Zignoli A. S26 Zilianti C. S34 Zoppirolli C. S25, S61, S95 Zorzetto G. S68 Zuoziene I.J. S73

Sport

Sciences

for

_Health

Founded by the Faculty

of Exercise Science,

University of Milan

Off icial Journal

of the Italian Society

of Exercise and Sport

Sciences

F. Esposito

F. Schena

A. Paoli

Volume 14 · Supplement 1 · September 2018

Sport

Sciences

forHealth

Volume 14 · Supplement 1 · September 2018

11332 Sp ort S ciences f or H eal th Vo l. 14 . S up plemen t 1 . S ep tem ber 2018 . p p. S1–S100

SISMES – X National Congress

Research and Education Applied to Movement and Sport Sciences

Messina, 5–7 October 2018

Further articles can be found at link.springer.com

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