Suchergebnisse - Chest

Pirlot, T., Mihailovic, T., Gimenez, P., Millet, G. P., Brocherie, F., Fruchart, E., Ravier, G., Baron, B., Bouzigon, R., Guirronnet, S., Brunet, E., Groslamber, A. “… Questionnaires of psychological stress and sleep disturbance, sleep architecture (determined through an electroencephalography sleep headband), and HRV (measured at rest with a chest strap) were recorded during the 3 periods.  …”

Smith-Hale, V., Mendoza, R., Vargo, C., Schoen, M., Jimenez, L., VanSumeren, M., Sabourin, J., Rider, B., Martin, J., Moore, E., Hew-Butler, T. “… Twenty-four athletes (first-year, n = 6; returning, n = 18) and 2 coaches (football coach [FBC], n = 1; strength and conditioning coach [SCC], n = 1) participated. Athletes wore chest strap HR monitors during the first 6 days of preseason football camp for an objective TL assessment using training impulse (TRIMP: average exercise HR × duration of practice).  …”

Singh, G., Bennett, K. J. M., McGuigan, H., Goddard, S. G., Stevens, C. J. “… Results Final skin temperature was significantly higher on synthetic compared with natural grass at the calf (40.1 °C [2.5 °C] vs 33.4 °C [0.6 °C]; P < .001), shoulder (36.6 °C [1.7 °C] vs 33.7 °C [0.7 °C]; P < .001), and chest (33.2 °C [1.1 °C] vs 31.8 °C [1.2 °C]; P = .02).  …”

Soma, M., Kashiwagi, Y., Mizutori, H., Tachibana, Y., Funato, K. “… The main conclusions of this study are as follows: 1) A total of nine PCs explained 94.4% of shape variability. 2) Horizontal cross-sectional comparisons of GY and NA normalized to body height indicated that GY had larger chest circumferences on the ventral and dorsal sides. 3) Normalized HBM to body height indicated that GY had narrower waist and larger and thicker chest regions. 4) Elite GY who excelled in floor exercises and vault had pronounced regions near their neck and upper trunk, while those who excelled in pommel horses and rings had pronounced chest and waist regions.  …”

Vlasyuk, A. O., Bevza, T. V., Bedareva, A. A., Bakaev V. V. “… Methods and structure of the study. 24 young gymnasts aged 13.5±0.5 years with anthropometric indicators: height - 155.6±7.5 kg; weight - 48.4±7.5 cm; chest girth - 81.7±5.9 cm. A method was used based on the distribution of all variants of the studied indicator into ranges from minimum to maximum values.  …”

Yamashita, R., Morii, D. “… Such reaction of the bar is produced by generating tension in the body during overhang phases by staying tight to stop shoulders, waist and chest from extending. …”

Pogrebnyak, S. A., Nikulin, I. N., Sobyanin, F. I., Belousova, I. N. “… According to the results of the correlation analysis of strength indicators in competitive exercises (snatch and clean and jerk), in comparison with the control ones, a strong positive relationship was revealed: in the deadlift of the barbell, in squats with a barbell on the chest and long jump from a place. A moderate positive relationship was observed in the control test "High jump from a place according to the method of V.M.  …”

Bovykin, S. S., Godina, E. Z., Khomyakova, I. A. “… Athletes are distinguished by an increased development of chest and forearm girths; schoolchildren who do not play sports have larger waist, buttocks, shoulders and hips.  …”

Masaki, T., Naoto, M., Shunya, U., Linnamo, V., Lindinger, S., Stöggl, T. “… A video camera (GoPro Hero 9 Black) was attached to the chest of the participant to focus on skiing movement to detect the technique used during skiing.  …”

Khasin, L. A., Drozdov, A. L. “… Objective of the study was to develop and test a methodology for analyzing the asymmetry of the push of the barbell from the chest. Methods and structure of the study. High-speed 3D video filming was carried out with four cameras.  …”

Kilipper, R., Okuyama, A. R., Joaquim, V. H. A., Cunha, A. P. R., Oliveira, A. A., Pereira, R. “… The rates for the ability/inability were estimated for the following movements: pull-up (PU) and its variations (strict pull-up [SPU], kipping/butterfly PU, strict chest-to-bar [SCtB], kipping/butterfly CtB), strict (STtB) and kipping toes-to-bar (TtB), bar muscle- -up (BMU), ring muscle-up (RMU), handstand hold, handstand push-up (HSPU) and handstand walk (HSW).  …”

Soma, M., Kashiwagi, Y., Funato, K. “… The points (P) are calculated from the swim time (T) and the base time (B) in seconds using the following formula: P = 1000 * (B / T) 3 The results obtained were as follows: (1) The data on 3-D human body shape obtained using the BLS and BODPOD revealed that in comparison nonathletes, the swimmers had a significantly higher body weight, BMI, lean body mass and chest (p<0.001), and a significantly smaller abdominal circumference/chest circumference ratio. (2) When normalized to body height, swimmers had larger chest, abdominal and latissimus dorsi muscles. (3) The FINA points score was associated with body shape.  …”

Wiles, T., Kellogg, D., Furr, H., Nessler, J. A., Newcomer, S. C. “… Subjects completed a questionnaire and were instrumented with a Polar V800 heart rate receiver on the left wrist and an H7 Bluetooth heart rate transmitter around the chest below the pectoralis major. Participants were instructed to engage in a typical skateboarding session on their own board with the duration and intensity of activity to be determined by the participant.  …”

Charbonneau, E., Bailly, F., Begon, M. “… The model was composed of five segments with one degree of freedom at the chest and two at the hips and shoulders. We explored local minima using a multi-start approach.  …”

Matarazzo, A., D'anastasio, R. “… ., suprasternal- symphysion distance); chest circumference passing through the mesosternal point; biacromial diameter (i.e., akromion-akromion distance); wrist circumference; abdominal circumference passing through the omphalion and the lumbale; hip circumference; height of lower limb (i.e., epitrochanter-planta distance).  …”

Jones, J. C., Sugimoto, D., Kobelski, G. P., Rao, P., Miller, S., Koilor, C., Corrado, G. D., Shipon, D. M. “… Results: Of the 887 athletes (543 males and 344 females, age = 16.9 ± 2.1 years, height = 166.9 ± 11.4 cm, weight = 62.0 ± 16.0 kg), 186 (21%) had abnormal cardiac symptoms including chest pain, passing out, difficulty breathing, extreme fatigue, and heart race.  …”

Fontanari, P., Tartaruga, P., Caron, O. “… METHODS: This study investigated the validity of differentiated ratings of perceived exertion (dRPE) recorded from the chest (RPE-chest) and legs (RPE-legs) during aquatic cycling and aimed to determine a simple and accurate estimate of dRPE to regulate aquabiking.  …”

Sekiguchi, Y., Curtis, R. M., Huggins, R. A., Benjamin, C. L., Walker, A. J., Arent, S. M., Adams, W. M., Anderson, T., Casa, D. J. “… During each session, players used a heart rate and global positioning satellite-enabled chest strap to measure training impulse and ACWR.  …”

Papic, C., Andersen, J., Naemi, R., Hodierne, R., Sanders, R. H. “… Maximum rate of change in cross-sectional area and form gradient progressing caudally, were calculated for torso segments: shoulder-chest, chest-waist, waist-hip. Mean velocity, glide factor and glide coefficient values significantly (p<0.001) improved due to the intervention, with large effect size (d) changes 0.880 (p=0.015), 2.297 and 1.605, respectively.  …”

Pakulak, A., Candow, D. G., Totosy de Zepetnek, J., Forbes, S. C., Basta, D. “… Before and after training and supplementation, fat-free and fat mass (air-displacement plethysmography), muscle thickness (elbow and knee flexors and extensors; ultrasound), muscle strength (1-repetition maximum [1-RM] for the leg press and chest press), and endurance (one set of repetitions to volitional fatigue using 50% baseline 1-RM for leg press and chest press) were assessed.  …”