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Articles 1 - 7 of 7
Full-Text Articles in Life Sciences
Repetition Failure Is Not Required For Maximal Strength Adaptation, John Sampson, Herbert Groeller, Darryl Mcandrew, Alison Britton, Nigel Taylor
Repetition Failure Is Not Required For Maximal Strength Adaptation, John Sampson, Herbert Groeller, Darryl Mcandrew, Alison Britton, Nigel Taylor
Darryl J McAndrew
No abstract provided.
Explosive Strength Training: Can It Blow Away Conventional Methods, John Sampson
Explosive Strength Training: Can It Blow Away Conventional Methods, John Sampson
John Sampson
No abstract provided.
Inter-Subject Variability During Combined Strength And Endurance Training, John Sampson, Laura Holland
Inter-Subject Variability During Combined Strength And Endurance Training, John Sampson, Laura Holland
John Sampson
No abstract provided.
Repetition Failure Is Not Required For Maximal Strength Adaptation, John Sampson, Herbert Groeller, Darryl Mcandrew, Alison Britton, Nigel Taylor
Repetition Failure Is Not Required For Maximal Strength Adaptation, John Sampson, Herbert Groeller, Darryl Mcandrew, Alison Britton, Nigel Taylor
John Sampson
No abstract provided.
Contralateral Strength Facilitation During Attempted High Velocity Movements, Herbert Groeller, John Sampson, Nigel Taylor
Contralateral Strength Facilitation During Attempted High Velocity Movements, Herbert Groeller, John Sampson, Nigel Taylor
John Sampson
No abstract provided.
The Effect Of Detraining On Muscle Strength And Cross-Sectional Area Following Unilateral Resistance Training, Herbert Groeller, John Sampson
The Effect Of Detraining On Muscle Strength And Cross-Sectional Area Following Unilateral Resistance Training, Herbert Groeller, John Sampson
John Sampson
Muscle strength appears well preserved following short periods of detraining, despite a decline in muscle cross-sectional area and muscle activation. PURPOSE: This study determined the effect a 12-week unilateral elbow flexor resistance training regimen followed by 8 weeks of detraining on muscle cross-sectional area, muscle activation, and dynamic and static strength in trained and non-exercising contralateral limbs. METHODS: Ten males volunteered for the investigation and completed a 4-week pre-treatment training period (50-80%1RM) prior to commencing the experimental resistance training regimen. Subjects attended 3 sessions per week over 12 weeks of experimental training wherein they exercised at 85%1RM. Each subjects trained …
The Effect Of Detraining On Muscle Strength And Cross-Sectional Area Following Unilateral Resistance Training, Herbert Groeller, John A. Sampson
The Effect Of Detraining On Muscle Strength And Cross-Sectional Area Following Unilateral Resistance Training, Herbert Groeller, John A. Sampson
Faculty of Health and Behavioural Sciences - Papers (Archive)
Muscle strength appears well preserved following short periods of detraining, despite a decline in muscle cross-sectional area and muscle activation. PURPOSE: This study determined the effect a 12-week unilateral elbow flexor resistance training regimen followed by 8 weeks of detraining on muscle cross-sectional area, muscle activation, and dynamic and static strength in trained and non-exercising contralateral limbs. METHODS: Ten males volunteered for the investigation and completed a 4-week pre-treatment training period (50-80%1RM) prior to commencing the experimental resistance training regimen. Subjects attended 3 sessions per week over 12 weeks of experimental training wherein they exercised at 85%1RM. Each subjects trained …