Sentences with phrase «during hamstrings curls»

Not exact matches

Increasing the range of motion of your quadriceps prior to a leg curl exercise will increase the amount of motor units used in the hamstrings during the exercise.

Increasing the range of motion of your quadriceps prior to a leg curl exercise will increase the amount of motor units used in the hamstrings during the exercise and therefore, the effectiveness of the chosen exercise.

The main thing to remember is that your hips should remain lifted, glutes and core engaged, before and during the entire hamstring curl movement.

The Nordic hamstring curl allows coaches to load the ECCENTRIC portion of the lift, which is key to increasing the tensile strength and resistance to strain during explosive movements where the hips and quadriceps kick into full force mode.

If you find you STILL can't get it, another trick I like to use is to do a set of stiff - legged deadlifts right before squatting... not heavy, but just enough to «wake up» the hamstrings and get them activated so they're easier to feel in this squat movement (you could potentially even do a light set of leg curls if you also can't feel your hams during Stiff - Legged Deadlifts, too).

McAllister et al. (2014) compared gluteus medius EMG activity during the glute - ham raise, good morning, Romanian deadlift (RDL), and prone leg curl, which are primarily hamstrings exercises.

Exploring multiple sets of the Nordic hamstring curl exercise, Marshall et al. (2015) noted that a single set of 5 repetitions led to substantial reductions in peak eccentric knee flexion moments during the exercise, with even further reductions in subsequent sets, implying that performing the Nordic hamstring curl prior to practice or other exercise might not be advisable.

However, Zebis et al. (2013) did not find any effect of joint angle on EMG amplitude during the Nordic hamstring curl.

The Nordic hamstring curl is the primary exercise used for performing eccentric training of the hamstring musculature during long - term trials investigating hamstring strain injury prevention (Gabbe et al. 2006b; Engebretsen et al. 2008; Arnason et al. 2010; Petersen et al. 2011; Van der Horst et al. 2015) although a range of others have also been developed that may also be suitable (Askling et al. 2013; Orishimo & McHugh, 2015).

Assessing the effect of stability during both compound and trunk flexion exercises, Mok et al. (2014) assessed the muscle activity of the abdominals in a number of suspension exercises including the hip abduction plank (feet in straps), press up, inverted row and hamstring curl (feet in straps).

Schoenfeld et al. (2015) explored the EMG amplitude of the proximal (upper) and distal (lower) regions of the medial and lateral hamstrings during the stiff - legged deadlift and the lying leg curl exercises in resistance - trained males.

Exploring the EMG amplitude of the hamstrings during the Nordic hamstring curl, Iga et al. (2012) found that EMG amplitude of the hamstrings was higher when the knee was extended than when the knee was flexed, indicating that the exercise trains the hamstrings at long muscle lengths.

Youdas et al. (2015a) compared the effects of stability on gluteus medius muscle activity during bilateral and unilateral glute bridges and during bilateral glute bridges with hamstring curls using BOSU and Swiss balls to create instability.

This study shows that one way in which we can increase the emphasis on the medial hamstrings during several strength training exercises (including the leg curl) is to rotate the foot inwards, while rotating the foot outwards emphasises the lateral hamstrings.

Comparing hamstring strain injury prevention and rehabilitation exercises, Orishimo & McHugh (2015) found that the supine sliding leg curl (Slider) produced greater gluteus maximus EMG amplitude during the eccentric phase than the standing elastic - band resisted hip extension, the standing trunk flexion (Glider) or the standing split (Diver).