Sentences with phrase «hexagonal barbell»

Lumbar spine net joint moments increase with increasing load, are greater in conventional style deadlifts compared to sumo style deadlifts, and are greater in straight barbell deadlifts compared to hexagonal barbell deadlifts.

There is no difference in lumbosacral external moment arm length between the hexagonal barbell and straight barbell deadlifts.

However, knee external moment arm length is more positive (so a greater knee extensor moment is needed) in the hexagonal barbell compared to the straight barbell, and in the sumo style compared to the conventional deadlift style.

In contrast, peak knee and ankle angles do not differ between straight barbell and farmers» walk bar deadlifts or between conventional and sumo deadlift styles, while peak knee angles are more acute in hexagonal barbell deadlifts compared to straight barbell deadlifts.

Peak ankle angles do not differ between straight barbell, hexagonal barbell and farmers» walk bar deadlifts and probably do not differ between conventional and sumo deadlift styles.

Greater training status, using lifting straps and using a hexagonal barbell instead of a straight barbell are all associated with greater 1RM deadlifts.

Lumbar spine net joint moments increase with increasing load and are greater during conventional style deadlifts compared to sumo style deadlifts, as well as during straight barbell deadlifts compared to hexagonal barbell deadlifts.

However, peak knee angles are more acute in hexagonal barbell deadlifts compared to straight barbell deadlifts and in unskilled lifters compared to skilled lifters.

Knee net joint moments do not increase with increasing relative load, are greater in sumo style deadlifts compared to conventional style deadlifts, and are greater in hexagonal barbell deadlifts compared to straight barbell deadlifts.

Not exact matches

Comparing the effects of barbell type, Swinton et al. (2011a) found that there was no difference in ankle external moment arm length in the straight bar deadlift compared to the hexagonal bar deadlift but there was a non-significant trend for a greater moment arm in the straight bar deadlift (16.5 cm vs. 11.9 cm).

Firstly, the deadlift can be classified according to the type of barbell used (straight bar, farmers» bars, or hexagonal bar).

Comparing the effects of barbell type, Swinton et al. (2011a) found that there was a difference in knee external moment arm length in the straight bar deadlift compared to the hexagonal bar deadlift.

Comparing the effects of barbell type, Swinton et al. (2011a) found that there was no difference in peak joint angles when comparing straight bar and hexagonal bar deadlifts.

Comparing the effects of barbell type, Swinton et al. (2011a) found that power outputs were higher when using the hexagonal bar compared to the straight bar (using the same absolute loads).

Comparing the effects of barbell type, Swinton et al. (2011a) found that there was no difference in peak trunk angle when comparing straight bar and hexagonal bar deadlifts.

Comparing the effects of barbell type, Swinton et al. (2011a) found that there was no difference in ankle net joint moments when comparing straight bar and hexagonal bar deadlifts.