Jorge Lopes Storniolo

RESEARCH, TEACHING, or OTHER INTERESTS

General Health Professions, Physiology, Physical Therapy, Sports Therapy and Rehabilitation

Scopus Publications

Editorial: New perspectives and insights on heart rate variability in exercise and sports
Jorge L. Storniolo, Luca Correale, Cosme F. Buzzachera, and Leonardo A. Peyré-Tartaruga
Frontiers Media SA



Impact of muscle fatigue on anticipatory postural adjustments during gait initiation
Jorge L. Storniolo, Veronica Farinelli, Roberto Esposti, and Paolo Cavallari
Frontiers Media SA
IntroductionProlonged or strenuous exercise leads to a temporary decrease in muscle function and performance, which interferes with activity of both prime movers and postural muscles. This effect of fatigue has been reported both for single segment movements and for locomotion. However, little is known regarding the effects of fatigue on anticipatory postural adjustments (APAs) during gait initiation, a task in which the control of focal movement should be strictly coupled to a feedforward control of posture.MethodsWe studied APAs during gait initiation in 16 healthy well-trained adult males, searching for muscle activities that precede the backward shift of the Center of Pressure (CoP). Participants stood on a force plate for about 10 s and then started walking at their natural speed. APAs were evaluated before and after a 1 min exhausting sequence of countermovement jumps. An optoelectronic system captured the heel-off events while a force plate measured the CoP position and vertical ground reaction force. Wireless probes recorded the electromyogram of trunk and leg muscles from both sides.ResultsIt was observed that muscle fatigue delayed excitatory and inhibitory APAs, of about 40 and 80 ms, respectively, and a parallel delay was induced on prime movers; moreover, velocity and amplitude of backward CoP shift were reduced. Regarding APAs sign and occurrence, most of the participants showed bilateral inhibition in dorsal muscles and excitation in the ventral ones, displaying a forward “diving” strategy that was almost unaffected by fatigue. However, after fatigue, three of the “diving” participants switched to a “turning” strategy, i.e., they displayed a reciprocal activation/inhibition pattern in the dorsal muscles, compatible with a trunk rotation.DiscussionThe “turning” strategy has been previously described in untrained individuals and in a toes-amputee mountain climber, who showed a “diving” approach to gait initiation when wearing his prosthetic shoes and switched to the “turning” approach when barefoot. Altogether, these results support the idea that one and the same person may develop a repertoire of postural strategies among which the central nervous system will choose, according to the personal fitness and the constraints in which the action is performed.


Case report: New perspectives on gait initiation strategies from a case of full toes amputation in a professional mountain climber
Jorge L. Storniolo, Veronica Farinelli, Mattia Onesti, Luca Correale, Leonardo A. Peyré-Tartaruga, Roberto Esposti, and Paolo Cavallari
Frontiers Media SA
IntroductionWe studied the postural behaviour of a 52-year-old professional mountain climber who underwent bilateral amputation of all five toes after severe frostbite.MethodsTwo tasks were examined: static posturography (SP) and gait initiation (GI), both performed barefoot and with prosthetic shoes. During SP, the participant kept the upright stance for 30 s while an optoelectronic system with reflective markers recorded feet position and body sway, and two force plates measured the Center of Pressure (CoP) displacement and Ground Reaction Force (GRF) of each foot. During GI, the participant stood on the force plates for at least 10 s and then spontaneously started walking, while optoelectronic system was used to monitor heel-off events; wireless EMG probes recorded the anticipatory postural adjustments (APAs) in trunk and lower limb muscles.ResultsCompared to shod condition, during barefoot SP the participant showed a reduced anteroposterior (AP) and mediolateral (ML) extension of the Base of Support (BoS), and the whole-body CoP shifted about 7 mm more anteriorly, approaching the “safer” geometric center of the BoS. Despite this difference, the AP and ML ranges of CoP oscillations were similar in both conditions. In GI, the trunk dorsal muscles showed different APA patterns: when barefoot they were excitatory in the trailing and inhibitory in the leading side while they were bilaterally inhibitory when shod.DiscussionIn parallel to CoP shift toward a “safer” position in SP, in barefoot GI the body rotation toward the trailing side may reveal a more “cautious” approach; this also shows that different postural strategies may be adopted in GI by one and the same individual.


A single session of whole-body cryotherapy boosts maximal cycling performance and enhances vagal drive at rest
Jorge L. Storniolo, Marco Chaulan, Roberto Esposti, and Paolo Cavallari
Springer Science and Business Media LLC
AbstractWhole-body cryotherapy (WBC) has been reported to maximize physical recovery after exercise and reduce the ensuing muscle damage. In addition, WBC triggers cardiovascular responses leading to an increased vagal drive. Here we tested whether WBC may boost exercise performance as well as post-exercise recovery. Moreover, we compared the effects of WBC and exercise on sympathovagal balance and tested whether these two factors may interact. ECG was recorded in 28 healthy adults who underwent rest, all-out effort on a cycloergometer, 5 min recovery and again rest. After 3–5 days, WBC (3 min exposure to − 150 °C air) was applied and the whole procedure repeated. Total exercise duration was split into the time needed to reach peak power output (tPEAK) and the time to exhaustion (tEXH). The post-exercise exponential decay of HR was characterized by its delay from exercise cessation (tDELAY) and by its time constant (τOFF). Sympathovagal balance was evaluated by measuring HR variability power in the low (LF) and high (HF) frequency bands, both before exercise and after recovery from it. Sympathetic vs. vagal predominance was assessed by the sympathovagal index LFnu. Paired t-tests indicated that WBC increased tEXH and reduced tDELAY, speeding up the HR recovery. These results suggest that WBC may be exploited to boost exercise performance by about 12–14%. ANOVA on HR variability confirmed that exercise shifted the sympathovagal balance towards sympathetic predominance, but it also highlighted that WBC enhanced vagal drive at rest, both before exercise and after full recovery, covering ~ 70% of the exercise effect.


Transfer of strength training to running mechanics, energetics, and efficiency
Jorge L. Storniolo, Gabriela Fischer, Renata Bona, Alexandre Pinho, Alex P. Moorhead, Marcus Tartaruga, Paula Finatto, and Leonardo Peyré-Tartaruga
Termedia Sp. z.o.o.
To examine the effects of increased strength on mechanical work, the metabolic cost of transport (Cost), and mechanical efficiency (ME) during running. Fourteen physically active men (22.0 ± 2.0 years, 79.3 ± 11.1 kg) were randomized to a strength-training group (SG, n = 7), who participated in a maximal strength training protocol lasting 8 weeks, and a control group (CG, n = 7), which did not perform any training intervention. Metabolic and kinematic data were collected simultaneously while running at a constant speed (2.78 m·s-1). The ME was defined as the ratio between mechanical power (Pmec) and metabolic power (Pmet). The repeated measures two-way ANOVA did not show any significant interaction between groups, despite some large effect sizes (d): internal work (Wint, p = 0.265, d = -1.37), external work (Wext, p = 0.888, d = 0.21), total work (Wtot, p = 0.931, d = -0.17), Pmec (p = 0.917, d = -0.17), step length (SL, p = 0.941, d = 0.24), step frequency (SF, p = 0.814, d = -0.18), contact time (CT, p = 0.120, d = -0.79), aerial time (AT, p = 0.266, d = 1.12), Pmet (p = 0.088, d = 0.85), and ME (p = 0.329, d = 0.54). The exception was a significant decrease in Cost (p = 0.047, d = 0.84) in SG. The paired t-test and Wilcoxon test only detected intragroup differences (pre- vs. post-training) for SG, showing a higher CT (p = 0.041), and a lower Cost (p = 0.003) and Pmet (p = 0.004). The results indicate that improved neuromuscular factors related to strength training may be responsible for the higher metabolic economy of running after 8 weeks of intervention. However, this process was unable to alter running mechanics in order to indicate a significant improvement in ME.


Symbolic Analysis of the Heart Rate Variability During the Plateau Phase Following Maximal Sprint Exercise
Jorge L. Storniolo, Beatrice Cairo, Alberto Porta, and Paolo Cavallari
Frontiers Media SA
Cardiac autonomic control is commonly assessed via the analysis of fluctuations of the temporal distance between two consecutive R-waves (RR). Cardiac regulation assessment following high intensity physical exercise is difficult due to RR non-stationarities. The very short epoch following maximal sprint exercise when RR remains close to its lowest value, i.e., the PLATEAU, provides the opportunity to evaluate cardiac regulation from stationary RR sequences. The aim of the study is to evaluate cardiac autonomic control during PLATEAU phase following 60-m maximal sprint and compare the results to those derived from sequences featuring the same length as the PLATEAU and derived from pre-exercise and post-exercise periods. These sequences were referred to as PRE and POST sequences. RR series were recorded in 21 subjects (age: 24.9 ± 5.1 years, 15 men and six women). We applied a symbolic approach due to its ability to deal with very short RR sequences. The symbolic approach classified patterns formed by three RRs according to the sign and number of RR variations. Symbolic markers were compared to more classical time and frequency domain indexes. Comparison was extended to simulated signals to explicitly evaluate the suitability of methods to deal with short variability series. A surrogate test was applied to check the null hypothesis of random fluctuations. Over simulated data symbolic analysis was able to separate dynamics with different spectral profiles provided that the frame length was longer than 10 cardiac beats. Over real data the surrogate test indicated the presence of determinism in PRE, PLATEAU, and POST sequences. We found that the rate of patterns with two variations with unlike sign increased during PLATEAU and in POST sequences and the frequency of patterns with no variations remained unchanged during PLATEAU and decreased in POST compared to PRE sequences. Results indicated a sustained sympathetic control along with an early vagal reactivation during PLATEAU and a shift of the sympathovagal balance toward vagal predominance in POST compared to PRE sequences. Time and frequency domains markers were less powerful because they were dominated by the dramatic decrease of RR variance during PLATEAU.


Self-selected walking speed in individuals with transfemoral amputation: recovery, economy and rehabilitation index
Renata L. Bona, Natalia A. Gomeñuka, Jorge L. L. Storniolo, Artur Bonezi, and Carlo M. Biancardi
Informa UK Limited
Abstract Purpose: The aim of this study was to investigate the influence of walking speed on the pendular mechanism, cost of transport, mechanical efficiency and mechanical work in adults with lower-limb amputation, compared to a control group. Methods: Observational, cross sectional study. Ten subjects from an amputee rehabilitation clinic, with the same prosthetic knee and foot and ten healthy subjects were selected to form the experimental and the control group, respectively. Tridimensional kinematics data and oxygen uptake were collected simultaneously at five speeds: the self-selected walking speed (SSWS), two speeds above and below. Results: In the experimental group, the cost of transport was higher than in controls. Contrary to controls, in experimental group the minimum cost of transport and the maximum recovery did not coincide to the SSWS, but were reached at the maximum speed of the protocol. The mechanical efficiency in experimental group was lower, while the external mechanical work and pendular transduction were higher than in controls. Conclusions: The clinical relevance of these results is the concept, also supported by other studies, that interventions headed to increase the SSWS in the experimental group also increase and optimise the energetic economy and the pendulum efficiency of their locomotion.


Heart Rate Kinetics and Sympatho-Vagal Balance Accompanying a Maximal Sprint Test
Jorge L. Storniolo, Roberto Esposti, and Paolo Cavallari
Frontiers Media SA
When a maximal sprint starts, heart rate (HR) quickly increases. After the exercise ends, HR keeps high for seconds before recovering with a roughly exponential decay. Such decay and its time constant (τoff) have been widely studied, but less attention was devoted to the time delay (tdelay) between sprint end and HR decay onset. Considering the correlation between sympatho-vagal balance and performance, as well as the occurrence of heart failure in cardiopaths during the post-exercise phase, we evaluated sympatho-vagal balance before and after sprint, trying to correlate it with both tdelay and τoff. R-R intervals, recorded in 24 healthy adults from 5 min before to 5 min after a 60-m sprint-test (from Storniolo et al., 2017, with permission of all authors), were re-processed to extract HR variability power (LF and HF) in the low- and high-frequency ranges, respectively. The sympatho-vagal balance, evaluated in pre-test resting period (LF/HF)REST and at steady-state recovery (LF/HF)RECOV, was correlated with tdelay and τoff. Both (LF/HF)REST and (LF/HF)RECOV had a skewed distribution. Significant rank correlation was found for (LF/HF)REST vs. τoff and for (LF/HF)RECOV vs. both τoff and tdelay. The difference (LF/HF)RECOV–REST had a normal distribution and a strong partial correlation with tdelay but not with τoff. Thus, a long tdelay marks a sympathetic activity that keeps high after exercise, while a high sympathetic activity before sprint leads to a slow recovery (high τoff), seemingly accompanying a poor performance.


A "wearable" test for maximum aerobic power: Real-time analysis of a 60-m sprint performance and heart rate off-kinetics
Jorge L. Storniolo, Gaspare Pavei, and Alberto E. Minetti
Frontiers Media SA
Maximum aerobic power (V˙O2peak) as an indicator of body fitness is today a very well-known concept not just for athletes but also for the layman. Unfortunately, the accurate measurement of that variable has remained a complex and exhaustive laboratory procedure, which makes it inaccessible to many active people. In this paper we propose a quick estimate of it, mainly based on the heart rate off-kinetics immediately after an all-out 60-m sprint run. The design of this test took into account the recent availability of wrist wearable, heart band free, multi-sensor smart devices, which could also inertially detect the different phases of the sprint and check the distance run. 25 subjects undertook the 60-m test outdoor and a V˙O2peak test on the laboratory treadmill. Running average speed, HR excursion during the sprint and the time constant (τ) of HR exponential decay in the off-kinetics were fed into a multiple regression, with measured V˙O2peak as the dependent variable. Statistics revealed that within the investigated range (25–55 ml O2/(kg min)), despite a tendency to overestimate low values and underestimate high values, the three predictors confidently estimate individual V˙O2peak (R2 = 0.65, p < 0.001). The same analysis has been performed on a 5-s averaged time course of the same measured HR off-kinetics, as these are the most time resolved data for HR provided by many modern smart watches. Results indicate that despite of the substantial reduction in sample size, predicted V˙O2peak still explain 59% of the variability of the measured V˙O2peak.


Estimates of running ground reaction force parameters from motion analysis
Gaspare Pavei, Elena Seminati, Jorge L.L. Storniolo, and Leonardo A. Peyré-Tartaruga
Human Kinetics
We compared running mechanics parameters determined from ground reaction force (GRF) measurements with estimated forces obtained from double differentiation of kinematic (K) data from motion analysis in a broad spectrum of running speeds (1.94–5.56 m⋅s–1). Data were collected through a force-instrumented treadmill and compared at different sampling frequencies (900 and 300 Hz for GRF, 300 and 100 Hz for K). Vertical force peak, shape, and impulse were similar between K methods and GRF. Contact time, flight time, and vertical stiffness (kvert) obtained from K showed the same trend as GRF with differences &lt; 5%, whereas leg stiffness (kleg) was not correctly computed by kinematics. The results revealed that the main vertical GRF parameters can be computed by the double differentiation of the body center of mass properly calculated by motion analysis. The present model provides an alternative accessible method for determining temporal and kinetic parameters of running without an instrumented treadmill.


Self-selected and optimal walking speed of transfemoral amputees: Ground vs. treadmill
Renata Luísa Bona, Natalia Andrea Gomeñuka, Artur Bonezi dos Santos, Jorge Storniolo, Paula Figueiredo da Silva, and Leonardo Alexandre Peyré Tartaruga
FapUNIFESP (SciELO)
RESUMO Introdução: A velocidade de progressão é, em geral, determinada em pesquisas na área da locomoção. Objetivo: Comparar as medidas de velocidade autosselecionada no solo, na esteira rolante e a velocidade ideal estimada pelo número de Froude em sujeitos amputados transfemorais. Método: Primeiramente foi determinada a velocidade no solo; em seguida, realizou-se o teste na esteira, e a velocidade ideal foi estimada a partir dos dados antropométricos. Todos os sujeitos utilizavam joelho hidráulico e pé em fibra de carbono. Para comparação entre as velocidades foi realizada ANOVA de duas vias. Resultados: A velocidade autosselecionada na esteira foi menor (22%) do que no solo. Tanto a velocidade autosselecionada na esteira como a do solo foram 44% e 22% menores do que a velocidade ideal estimada, respectivamente. Conclusão: As velocidades analisadas no presente estudo foram diferentes, provavelmente, devido à variação dos parâmetros cinemáticos.


Effects of fatigue on running mechanics: Spring-mass behavior in recreational runners after 60 seconds of countermovement jumps
Gabriela Fischer, Jorge L.L. Storniolo, and Leonardo A. Peyré-Tartaruga
Human Kinetics
The purpose of this study was to investigate the effects of acute fatigue on spring-mass model (SMM) parameters among recreational runners at different speeds. Eleven participants (5 males and 6 females) performed running trials at slower, self-selected, and faster speeds on an indoor track before and after performing a fatigue protocol (60 s of countermovement jumps). Maximal vertical force (Fmax), impact peak force (Fpeak), loading rate (LR), contact time (Tc), aerial time (Ta), step frequency (SF), step length (SL), maximal vertical displacement of the center of mass (ΔZ), vertical stiffness (Kvert), and leg work (Wleg) were measured using a force plate integrated into the track. A significant reduction (–43.1 ± 8.6%; P &lt; .05) in mechanical power during jumps indicated that the subjects became fatigued. The results showed that under fatigue conditions, the runners adjusted their running mechanics at slower (≈2.7 ms–1; ΔZ –12% and SF +3.9%; P &lt; .05), self-selected (≈3.3 ms–1; SF +3%, SL –6.8%, Ta –16%, and Fmax –3.3%; P &lt; .05), and faster (≈3.6 ms–1 SL –6.9%, Ta –14% and Fpeak –9.8%; P &lt; .05) speeds without significantly altering Kvert (P &gt; .05). During constant running, the previous 60 s of maximal vertical jumps induced mechanical adjustments in the spatiotemporal parameters without altering Kvert.


Comparison between two methods for determination of mechanical power in vertical jumping
Jorge Luiz Storniolo, Gabriela Fischer, and Leonardo Alexandre Tartaruga
Universidade Estadual de Maringa
O objetivo do estudo foi comparar valores de potencia mecânica de saltos verticais obtidos atraves do teste de BOSCO (potencia teorica, PT) com valores de potencia mecânica registrados por uma plataforma de forca (potencia experimental, PE) e verificar a concordância entre os dois metodos. Onze corredores recreacionais realizaram saltos continuos maximos durante 60 segundos. Foram utilizados a plataforma de forca 3D e o sistema de cinemetria 2D para calculo da PT e PE, respectivamente. A partir da analise cinematica (Dvideow 5.0) foram obtidos o tempo de voo e o numero de saltos. Utilizou-se o teste de Bland e Altman para a analise de concordância entre os metodos. Os valores medios de PT e PE foram de 15,6±2,4 W.kg-1 e 20,8±3,2 W.kg-1, respectivamente, situando-se entre os limites de concordância de ± 2dp. Concluiu-se que a equacao de PT e um metodo conveniente para determinacao da potencia mecânica durante saltos verticais continuos.

RECENT SCHOLAR PUBLICATIONS

Impact of muscle fatigue on anticipatory postural adjustments during gait initiation
JL Storniolo, V Farinelli, R Esposti, P Cavallari
Frontiers in Physiology 15, 1520578 2025



New Perspectives and Insights on Heart Rate Variability in Exercise and Sports
JL Storniolo, L Correale, CF Buzzachera, LA Peyr-Tartaruga
Frontiers in Sports and Active Living 7, 1574087 2025



Case report: New perspectives on gait initiation strategies from a case of full toes amputation in a professional mountain climber
JL Storniolo, V Farinelli, M Onesti, L Correale, LA Peyr-Tartaruga, ...
Frontiers in Human Neuroscience 18, 1463249 2024



Postural assessment in a case of bilateral complete amputation of toes
JL LOPES STORNIOLO JUNIOR, V Farinelli, R Esposti, P Cavallari
2024



Effects of whole-body cryotherapy on exercise performance and subsequent fast recovery
JL Storniolo, C Marco, R Esposti, P Cavallari
SPORT SCIENCES FOR HEALTH (ONLINE) 19 (Suppl 1), S75-S75 2023



A single session of whole-body cryotherapy boosts maximal cycling performance and enhances vagal drive at rest
JL Storniolo, M Chaulan, R Esposti, P Cavallari
Experimental Brain Research 241 (2), 383-393 2023



The autonomic nervous system recovery after exercise is differently affected by incremental vs. all-out tests
J Storniolo, S Marchese, R Esposti, P Cavallari
European College of Sport Science: book of abstracts, 1046-1046 2023



Whole-body cryotherapy boosts exercise performance by shifting the sympathovagal balance toward vagal predominance
JL Storniolo, M Chaulan, R Esposti, P Cavallari
SIF 2022: Programme & Abstracts, 248-248 2022



Transfer of strength training to running mechanics, energetics, and efficiency
JL Storniolo, G Fischer, R Bona, A Pinho, AP Moorhead, M Tartaruga, ...
Biology of Sport 39 (1), 199-206 2022



Whole-body cryotherapy rebalances the sympathovagal activity both before and after a maximal exercise
J Storniolo, M Chaulan, R Esposti, P Cavallari
2021



Heart Rate Kinetics and Sympatho-Vagal Balance Accompanying a Maximal Sprint Test
JL Storniolo, R Esposti, P Cavallari
Psychological and Motor Associations in Sports Performance: A Mental 2021



Symbolic analysis of the heart rate variability during the plateau phase following maximal sprint exercise
JL Storniolo, B Cairo, A Porta, P Cavallari
Frontiers in physiology 12, 632883 2021



Self-selected walking speed in individuals with transfemoral amputation: recovery, economy and rehabilitation index
RL Bona, NA Gomeuka, JLL Storniolo, A Bonezi, CM Biancardi
European Journal of Physiotherapy 22 (3), 133-140 2020



Heart rate kinetics and sympatho-vagal balance accompanying a maximal sprint test
JL Storniolo, R Esposti, P Cavallari
Frontiers in Psychology 10, 2950 2020



Current topics in locomotion physiology: a) muscle efficiency in heavily loaded gradient walking and b) heart rate off-kinetics as a predictor of VO2max
JL LOPES STORNIOLO JUNIOR
Universit degli Studi di Milano 2018



Correction: Pilates training improves 5-km run performance by changing metabolic cost and muscle activity in trained runners
P Finatto, ESD Silva, AB Okamura, BP Almada, JLL Storniolo, HB Oliveira, ...
PloS one 13 (4), e0196509 2018



Pilates training improves 5-km run performance by changing metabolic cost and muscle activity in trained runners
P Finatto, ESD Silva, AB Okamura, BP Almada, HB Oliveira, ...
PloS one 13 (3), e0194057 2018



A “wearable” test for maximum aerobic power: real-time analysis of a 60-m sprint performance and heart rate off-kinetics
JL Storniolo, G Pavei, AE Minetti
Frontiers in Physiology 8, 868 2017



Estimates of running ground reaction force parameters from motion analysis
G Pavei, E Seminati, JLL Storniolo, LA Peyr-Tartaruga
Journal of applied biomechanics 33 (1), 69-75 2017



VELOCIDAD AUTOSELECCIONADA E IDEAL EN LA MARCHA DE AMPUTADOS TRANSFEMORALES: SUELO Y CINTA CAMINADORA
RL Bona, NA Gomeuka, AB Santos, J Storniolo, PF Silva, LAP Tartaruga
Revista Brasileira de Medicina do Esporte 22, 336-339 2016

MOST CITED SCHOLAR PUBLICATIONS

Pilates training improves 5-km run performance by changing metabolic cost and muscle activity in trained runners
P Finatto, ESD Silva, AB Okamura, BP Almada, HB Oliveira, ...
PloS one 13 (3), e0194057 2018
Citations: 48



Effects of fatigue on running mechanics: spring-mass behavior in recreational runners after 60 seconds of countermovement jumps
G Fischer, JLL Storniolo, LA Peyr-Tartaruga
Journal of applied biomechanics 31 (6), 445-451 2015
Citations: 24



Estimates of running ground reaction force parameters from motion analysis
G Pavei, E Seminati, JLL Storniolo, LA Peyr-Tartaruga
Journal of applied biomechanics 33 (1), 69-75 2017
Citations: 20



Symbolic analysis of the heart rate variability during the plateau phase following maximal sprint exercise
JL Storniolo, B Cairo, A Porta, P Cavallari
Frontiers in physiology 12, 632883 2021
Citations: 17



Heart rate kinetics and sympatho-vagal balance accompanying a maximal sprint test
JL Storniolo, R Esposti, P Cavallari
Frontiers in Psychology 10, 2950 2020
Citations: 17



Self-selected walking speed in individuals with transfemoral amputation: recovery, economy and rehabilitation index
RL Bona, NA Gomeuka, JLL Storniolo, A Bonezi, CM Biancardi
European Journal of Physiotherapy 22 (3), 133-140 2020
Citations: 13



A single session of whole-body cryotherapy boosts maximal cycling performance and enhances vagal drive at rest
JL Storniolo, M Chaulan, R Esposti, P Cavallari
Experimental Brain Research 241 (2), 383-393 2023
Citations: 6



A “wearable” test for maximum aerobic power: real-time analysis of a 60-m sprint performance and heart rate off-kinetics
JL Storniolo, G Pavei, AE Minetti
Frontiers in Physiology 8, 868 2017
Citations: 6



Comparao entre dois mtodos para determinao de potncia mecnica em saltos verticais
JLL Storniolo Junior, G Fischer, LA Peyr-Tartaruga
Revista da Educao Fsica/UEM 23, 261-270 2012
Citations: 6



Correction: Pilates training improves 5-km run performance by changing metabolic cost and muscle activity in trained runners
P Finatto, ESD Silva, AB Okamura, BP Almada, JLL Storniolo, HB Oliveira, ...
PloS one 13 (4), e0196509 2018
Citations: 5



Velocidade autosselecionada e ideal da caminhada de amputados transfemorais: solo e esteira
RL Bona, NA Gomeuka, AB Santos, J Storniolo, PF Silva, LAP Tartaruga
Revista Brasileira de Medicina do Esporte 22, 336-339 2016
Citations: 2



Case report: New perspectives on gait initiation strategies from a case of full toes amputation in a professional mountain climber
JL Storniolo, V Farinelli, M Onesti, L Correale, LA Peyr-Tartaruga, ...
Frontiers in Human Neuroscience 18, 1463249 2024
Citations: 1



Comparison between two methods for determination of mechanical power in vertical jumping
JLL Storniolo Junior, G Fischer, LA Peyr-Tartaruga
Revista da Educao Fsica/UEM 23, 261-270 2012
Citations: 1