What's the Best Way to Use Eccentric Loading for Strength?
Recent strength training research challenges the popular belief that accentuated eccentric loading enhances performance in subsequent repetitions.
Content featuring leading researchers and evidence translators.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 study found that training at long muscle lengths with moderate loads and partial range of motion produced hypertrophy equal to full ROM training at high intensity. Here's what that means for how you structure your sessions.
New research shows that consistent training trumps menstrual cycle timing, while motor variability may predict who responds best to strength programs.
A 2024 study reveals that timing training around menstrual cycles offers no advantage for muscle growth or strength gains compared to consistent programming.
New research shows that consistent training trumps menstrual cycle timing, while motor variability may predict who responds best to strength programs.
A 2024 study reveals that timing training around menstrual cycles offers no advantage for muscle growth or strength gains compared to consistent programming.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 controlled trial found that high-load resistance training outperforms blood flow restriction for lateral gastrocnemius hypertrophy, while both methods produce similar results in the soleus. The difference comes down to muscle fiber type.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 study found that training at long muscle lengths with moderate loads and partial range of motion produced hypertrophy equal to full ROM training at high intensity. Here's what that means for how you structure your sessions.
New research shows that consistent training trumps menstrual cycle timing, while motor variability may predict who responds best to strength programs.
A 2024 study reveals that timing training around menstrual cycles offers no advantage for muscle growth or strength gains compared to consistent programming.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 study found that training at long muscle lengths with moderate loads and partial range of motion produced hypertrophy equal to full ROM training at high intensity. Here's what that means for how you structure your sessions.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 study found that training at long muscle lengths with moderate loads and partial range of motion produced hypertrophy equal to full ROM training at high intensity. Here's what that means for how you structure your sessions.
New research shows that consistent training trumps menstrual cycle timing, while motor variability may predict who responds best to strength programs.
A 2024 study reveals that timing training around menstrual cycles offers no advantage for muscle growth or strength gains compared to consistent programming.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 controlled trial found that high-load resistance training outperforms blood flow restriction for lateral gastrocnemius hypertrophy, while both methods produce similar results in the soleus. The difference comes down to muscle fiber type.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 study found that training at long muscle lengths with moderate loads and partial range of motion produced hypertrophy equal to full ROM training at high intensity. Here's what that means for how you structure your sessions.
Two new studies challenge the assumption that heavier loads always produce better muscle adaptations. The real variable worth tracking may be where in the range of motion you're actually training.
A 2026 controlled trial found that high-load resistance training outperforms blood flow restriction for lateral gastrocnemius hypertrophy, while both methods produce similar results in the soleus. The difference comes down to muscle fiber type.
New research shows that consistent training trumps menstrual cycle timing, while motor variability may predict who responds best to strength programs.
A 2024 study reveals that timing training around menstrual cycles offers no advantage for muscle growth or strength gains compared to consistent programming.
