Suchergebnisse - Chest

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).  …”

Shu, Y., Cheng, Y. “… Additionally, significant changes in morphology were observed, particularly in chest circumference (101cm to 107cm) and weight (84kg to 93kg). (2) Increases in strength, core stability, agility, and power output led to significant improvements in Vertical Jump and Y-Balance Tests. (3) Specific-swimming performance showed significant enhancements, including a 7.1% increase in stroke rate in the 100m event and a 3.8% increase in stroke length in the 200m event during the Fukuoka Championships.  …”

Jacko, T., Bartsch, J., von Diecken, C., Ueberschär, O. “… The optical heart rate measurement function of each smartwatch was compared to that of a chest strap. Thirty participants (15 females, 15 males) ran five 3 min intervals on a motorised treadmill to evaluate the accuracy of the heart rate measurements.  …”

Elrakhawy, M. I. I. “… A 6-week power training program was applied 3 times a week, results show significant differences between pre and post-measurements in stroke length (t=3.64) and stroke rate (t=7.00) in group A, 1RM squat (t=3.60), vertical jump (t=4.96), stroke length (t=6.76) and 50-meter freestyle (t=32.91) in group B, and non-significant differences in 1RM bench press (t=2.33), 1RM squat (t=2.22), chest MD ball throw (t=2.35), vertical jump (t=2.18), and 50-meter freestyle (t=1.93) in group (A),1RM bench press (t=2.61), chest MD ball throw (t=2.08) and stroke rate (t=1.40) in group (B) for post-measurements.  …”

Engel, A. “… The chest-leg stroke: designs and requirements …”

Cosoli, G., Antognoli, L., Veroli, V., Scalise, L. “… This paper aims to evaluate the performances in heart rate assessment, in terms of accuracy and precision, of both wrist-worn and chest-strap commercial devices used during swimming activity, considering a test population of 10 expert swimmers.  …”

Nurkovic, N., Imamovic-Turkovic, D., Mirvic, E. “… Variables for assessing circular characteristics of the human body: Upper arm circumference (OBNDL). Medium chest circumference (OBGRU). Variables for the assessment of subcutaneous adipose tissue of the human body: Skinfold of the upper arm (NBNDL), Skinfold of the back (NBLED), and skin fold of the abdomen (NBTRB).  …”

Budig, M., Keiner, M., Stoohs, R., Hoffmeister, M., Höltke, V. “… Heart rate was recorded via a Polar H10 chest strap and distance was controlled via a map, 400 m stadium or 50 m pool.  …”

Zharkih, A. A., Dazmarov, N. M., Gursky, A. V., Smirnov, S. N., Arkanov, Yu. M. “… The article deals with the interrelation of expressiveness of individual and typological features - emotionality, stan chest, sensitivity, extraversion, spontaneity, rigidity, uneasiness with different failures of psychological character: withdrawal reactions, increase of conflictness, affective reactions, stupor status, activity disorganization, "flight in a disease" and also with the probability of achievement of high sports qualification, and ability to be mobilized during the responsible competitions. …”

Viero, V., Triossi, T., Bianchi, D., Campagna, A., Melchiorri, G. “… To assess anthropometric characteristics the following measurements were used: body mass, height, waist circumference, hip circumference, chest circumference and arm span. Five general performance measures were used: counter movement jump (CMJ), triple hop jump (THJ), push up, chin up and sit up.  …”

Hreinsdóttir, B. H., Kristjánsdóttir, H., Saavedra, J. M. “… All were assessed using basic anthropometry (height, weight and body mass index), physical fitness tests (countermovement jump with and without upper limb movement, chest-pass, 10 m and 15 m sprints, T-test, line-drill, and yo-yoIR2 test), psychological parameters (psychological skills in practice and competition, mental toughness, and competition anxiety).  …”

Gardasevic, J., Bjelica, D., Bajramovic, I., Masanovic, B., Popo, A. “… Anthropometric characteristics and body composition were evaluated using a battery of 12 variables: body height, body weight, arm length, arm span, leg length, foot length, chest skinfold, triceps skinfold, back skinfold, abdominal skinfold, upper leg skinfold and body mass index.  …”

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.  …”

Hamidi, A. M., Motair, K. A., Mashaav, R. R. “… The researchers concluded that the effectiveness of the emotional equilibrium measure for the Theoretical and practical aspect of the players, the results of the emotional equilibrium measure for the Chest Pass was moral from the results that the players got, the researchers reached the following recommendation The need to take care of the general psychological preparation of players through the training process with special attention to the development of the skill levels of the basketball players in the Psychological traits especially the emotional equilibrium trait, because the distinguished players with high level emotional equilibrium are more capable to take advantage of their physical ability, skills and following plans which contribute to winning superior then their peers.  …”

Gervasi, S. F., Pengue, L., Damato, L., Monti, R., Pradella, S., Pirronti, T., Bartoloni, A., Epifani, F., Saggese, A., Cuccaro, F., Bianco, M., Zeppilli, P., Palmieri, V. “… It included personal history, antigen swabs, blood tests, spirometry, resting/stress-test ECG with oxygen saturation monitoring, echocardiogram, Holter and chest CT. We also compared the findings with prior data from the same subjects before infection and with data from SARS-CoV-2-negative players.  …”

Tanaka, T., Sato, T., Hashizume, S., Shiozawa, N., Isaka, T. “… The horizontal velocity was significantly correlate with the angular velocity of lower waist and of chest, but not with the corresponding value of upper waist.  …”

Zhao, K., Hohmann, A., Faber, I., Chang, Y., Gao, B. “… In all the test waves, the athletes were assessed by means of three physiological measurements (vital capacity, hemoglobin concentration, heart rate at rest), three anthropometric parameters (body height, body weight, chest girth), and two motor tests (back strength, complex reaction speed).  …”

Chen, W. H., Yang, W. W., Lee, Y. H., Wu, H. J., Huang, C. F., Liu, C. “… Shooting accuracy, basketball chest pass speed, countermovement jump (CMJ) height, blood lactate levels, RPE (Borg Category-Ratio-10 scale), and perceived muscle soreness (visual analog scale, 0-100 mm) were measured in each test.  …”

Yapici, A., Zeki Özkol, M., Özçaldiran, B., Ergün, M. “… Significant positive correlation was found between throwing velocities and shoulder, chest (mesosternale), waist (minimum), forearm girth, arm relaxed and arm flexed and tensed girth, bideltoid and chest (transvers) breadth (p<0.05).  …”

Eskiyecek, C. G., Gül, M., Meseci, B., Gül, G. K. “… Athletes of Subject1 group performed 60° TRX exercises such as Push Up, Chest Press, Chest Fly, Low Row, Biceps Curl, Triceps Extension, Reaching Row toward upper extremity area in addition to 8-weeks swimming practices.  …”