Suchergebnisse - Lung

Pheasey, C., O`Brien, T. J., Sharpe, L., Goosey-Tolfre, V. L. “… This impairment can manifest in many ways, including reduced lung capacity, decreased cardiovascular capacity and a loss of trunk stability.  …”

Thorpe, C., Dobbin, N., Twist, C., Callaghan, M. “… There were minimal differences for deep squat (Z = - 1.036, P = 0.443), in-line lunge (Z = - 1.284, P = 0.303), shoulder mobility (Z = - 0.173, P = 0.883), trunk stability push-up (Z = - 0.896, P = 0.483) and rotary stability (Z = - 1.537, P = 0.273).  …”

Hammami, R., Nobari, H., Hanen, W., Gene-Morales, J., Rebai, H., Colado, J. C., Ardigò, L. P. “… Methods Thirty-two male athletes (10.94 ± 0.47 yrs, 17.05 ± 0.14 kg/m2, and 6.44 ± 0.93% bodyfat) voluntarily participated and combined IRT (front and back squat, lunge, and deadlift) with their usual weightlifting training.  …”

Lässing, J., Kwast, S., Bischoff, C., Hölldobler, N., Vondran, M., Falz, R., Busse, M. “… . - 15.0 ± 26.0 W; p = 0.09). At the second visit, lung diffusion capacity (DLCO/VA, %predicted) did not differ between groups (111.6 ± 11.5 vs. 116.1 ± 11.8%; p = 0.45).  …”

Feria, A. “… Among the known determinants of lung function, the duration, type, and intensity of exercise are shown to affect lung development and volumes.  …”

Weaving, D., Barron, N. D., Hickmans, J. A., Beggs, C., Jones, B., Scott, T. J. “… The sit and reach, dorsiflexion lunge, and adductor squeeze tests represented the musculoskeletal response.  …”

R. C. R. Davison, P. M. Smith, J. Hopker, M. J. Price, F. Hettinga, G. Tew, L. Bottoms Schlagworte: “… Lunge …”

Keany, L. C., Kilding, A. E., Merien, F., Shaw, D. M., Borotkanics, R. J., Cupples, B., Dulson, D. K. Schlagworte: “… Lunge …”

Langon, T. N., Hill, W. C., Rogers, M. B., Goforth, M., MacCuspie, R. I., Duma, S. M., Hull, M. S. Schlagworte: “… Lunge …”

Fikenzer, S., Kogel, A., Pietsch, C., Lavall, D., Stöbe, S., Rudolph, U., Laufs, U., Hepp, P., Hagendorff, A. Schlagworte: “… Lunge …”

Tiernan, C., Lyons, M., Comyns, T., Nevill, A. M., Warrington, G. Schlagworte: “… Lunge …”

Kozlenia, D., Domaradzki, J., Trojanowska , I. “… Three modules of the FMS test were used to analyse: Deep Squat, Hurdle Step, In-line Lunge. Linear speed was measured based on the 20m Linear Speed test, agility was evaluated using the Agility T-test.  …”

Kanunova, L., Dzhym, V. “… The results in a 8 kg kettlebell press revealed an interconnection only with body weight (r=0,606) and push-ups (r=0,620) and heart rate at rest (r=0,731), lung capacity (r=0,430 ) and breath holding on inhalation (r=0,482).  …”

Schulze, A., Kwast, S., Busse, M. “… The MG effects were investigated in 13 male first-league rugby players ranging from 18-34 years old. First a lung function test was completed. Then a double incremental treadmill test was performed to measure maximum aerobic performance, ventilation, VO2, VCO2, heart rate, and lactate.  …”

Ireton, M. R. E., Till, K., Weaving, D., Jones, B. “… Fifty-five male rugby league players (Senior, n = 18; Under 19 n = 23; Under 16, n = 14) undertook a physical testing battery, including anthropometric (stature and body mass), strength (isometric midthigh pull; IMTP), and power (countermovement jump; CMJ) qualities, alongside the athletic ability assessment (AAA; comprised of overhead squat, double lunge, single-leg Romanian deadlift, press-up, and pull-up exercises).  …”

Lisman, P., Nadelen, M., Hildebrand, E., Leppert, K., de la Motte, S. “… COL players scored significantly lower on the Shoulder Mobility (SM) but higher on the Deep Squat (DS), In-line Lunge (ILL), Active Straight-Leg Raise (ASLR) and Push-Up (PU) than both HS and MS groups.  …”

Pearce, L. A., Sinclair, W. H., Leicht, A. S., Woods, C. T. “… A significant effect was noted (V = 0.775, F = 5.43, p = 0.05), with the SL players outperforming their U18 and U20 counterparts for measures of body mass, peak and average lower limb power, double lunge (left side), single-leg Romanian deadlift (left and right sides), the push-up, and total athletic ability assessment score (p = 0.05; d = 0.35-1.21).  …”

Rosser-Stanford, B., Backx, K., Lord, R., Williams, E. M. Schlagworte: “… Lunge …”

Fornasier-Santos, C., Millet, G. P., Woorons, X. “… Purpose: The goal of this study was to determine the effects of repeated-sprint training in hypoxia induced by voluntary hypoventilation at low lung volume (VHL) on running repeated-sprint ability (RSA) in team-sport players.  …”

K. R. Zaslav Schlagworte: “… Lunge …”