Suchergebnisse - Sustainability

Shunfang Liu, Jingling Dai, Pengpeng Gou & Menglong Lin “… However, training programs should be tailored to stroke-specific biomechanics, and further studies involving adult populations and long-term interventions are needed to confirm its sustained benefits. …”

Staunton, C. A., Ruiz-Navarro, J. J., Born, D.-P. “… Conclusions: These findings highlight the complexity and individuality of stroke mechanics at elite levels and suggest that superior conditioning and technique enable medallists to sustain elevated SR without compromising SL. The application of 2D KDE provides a novel, intuitive method to capture nuanced biomechanical strategies, offering valuable insights for coaching and performance optimisation. …”

Quigley, K. G., Fenner, M., Pavilionis, P., Murray, N. G. “… Compared to the season prior with no intervention, swimmers who completed the program were 44% less likely to sustain an upper-extremity injury, as assessed from the CKCUEST scores (p < 0.01 for all metrics), shoulder internal rotation (p < 0.01 for both shoulders), and total range of motion (p < 0.01 for both shoulders).  …”

Lu, Z.-A., Lv, Z.-F., Yang, Q.-H., Du, S.-H., Wang, Y.-C., Zhang, Y.-H. “… Background Upper extremity dynamic balance is the ability of the upper extremities to sustain stability during exercise. Abnormal upper extremity dynamic balance increases the risk of sport injury in swimmers.  …”

De Souza, M. J., Lundstrom, E., Williams, N. “… Similarly, adequate energy availability (EA) is necessary to sustain physiological function and prevent training maladaptation in athletes.  …”

Lundstrom, E., De Souza, M., Ventrella, M., Williams, N. “… Athletes require both increased energy and macronutrient intakes to sustain training and to optimize training adaptations for performance benefits.  …”

Saftel, M. A., Leonte, N., Maftei, A., Moanta, A. D. “… Ensuring that a high-energy dietary intake aligned with his actual needs throughout the season was crucial for sustaining performance. Experimenting with fueling and recovery tactics during smaller competitions enabled the athlete to meet energy and nutrient demands at the elite level. …”

B. Reuter, NSCA “… Endurance sports continue to grow in popularity, with millions of people participating in events each year. To sustain such prolonged activities, athletes need a high level of aerobic and muscular fitness that can only be achieved through a properly designed training program constructed to optimize endurance performance.  …”

Washino, S., Murai, A., Mankyu, H., Ogita, F., Kanehisa, H., Yoshitake, H. “… Twelve highly trained male swimmers performed a 15 m front crawl with sustained maximal inspiration (INSP), maximal expiration (EXP), and intermediate (MID) at a target velocity of 1.20 m·s-1.  …”

Pollen, T. R., Ebaugh, D., Warren, M., Milner, C. E., Taylor, J. A., Silfies, S. P. “… Results: A total of 11 participants (29.7%) sustained 12 injuries, with 7 injuries occurring during the participants' winter training trip.  …”

Caine, D., Meyers, R., Nguyen, J., Schöffl, V., Maffulli, N. “… Children and adolescents representing a variety of high impact repetitive youth sports activities—including baseball, badminton, climbing, cricket, dance, gymnastics, rugby, soccer, swimming, tennis, and volleyball—may sustain PPSIs involving the shoulder, elbow, hand and wrist, knee, and ankle and foot.  …”

Moscoso-Sánchez, D., Alarcón-Rubio, D., Trujillo-Carmona, M., Jaenes-Sánchez, J. C. “… Sustainability …”

Alt, T., Severin, J., Komnik, I., Nodler, Y. T., Benker, R., Knicker, A. J., Brüggemann, G.-P., Strüder, H. K. “… High-intensity NHE training induced sustained improved hamstring function of sprinters, which can be transferred to swing phase mechanics of maximal sprints.  …”

Goss, C. S., Greenshields, J. T., Brammer, C. L., Kojima, K., Wright, B. V., Chapman, R. F., Stager, J. M. “… Methods: A total of 12 collegiate swimmers were instructed to complete sixty 91.4-m (100-yd) freestyle repetitions at their fastest sustainable pace, allowing between 5 and 10 seconds of rest between repetitions.  …”

Pla, R., Bosquet, A., Aubry, A., Toussaint, J. F., Sedeaud, A. “… Sustainability …”

Aoyagi, A., Ishikura, K., Nabekura, Y. “… In conclusion, well-trained male triathletes performed at very high intensity throughout a nondraft legal, Olympic-distance triathlon race, and sustaining higher intensity during running might play a role in the success of these athletes. …”

Lum, D., Barbosa, T. M., Balasekaran, G. “… Each isometric contraction was performed with maximum intensity and sustained for three seconds. A significant main time effect was observed for 200mTT (p < 0.001, Eta2p = 0.68) and all isometric strength measures (p = 0.001-0.032, Eta2p = 0.24-0.76) except rate of force development at 0-90 ms (RFD90) obtained from IsoSqT120 and IsoPress90.  …”

Goodwin, J., Tawiah-Dodoo, J., Waghorn, R., Wild, J. “… Sprinting, as a sport skill; in its own right, incorporates aspects of acceleration, maximal velocity capability, and capacity to sustain high running velocity for a defined period.  …”

Colyer, S. L., Graham-Smith, P., Salo, A. I. T. “… Consequently, the ability to sustain high forces during the transition from bilateral to unilateral pushing was a performance-differentiating factor.  …”

Tolomeu de Oliveira, G., Werneck, F. Z., Coelho, E. F., de Moura Simim, M. A., Macedo Penna, E., Melo Ferreira, R. “… Medalist, despite presetting the same OS, can sustain a better rhythm throughout he 800m (31.52 ± 1.03 s) and 1500-m (29.80 ± 0.78).  …”