meta analysis
Why Undulating Periodization Outperforms Linear Models: The Science of Neuromuscular Adaptation
Daily undulating periodization (DUP) keeps beating linear programs in head-to-head strength studies. Meta-analyses and 800Hz IMU data explain why it wins.
Why Velocity Feedback Improves Training Output: A VBT Meta-Analysis
Watching your bar speed in real time isn't a gimmick. 18 RCTs link velocity feedback to a +6.8% higher 1RM and +9.2% more power, per 800Hz IMU data.
Caffeine Performance Enhancement: Meta-Analysis Review
Strength gains, power output, and optimal caffeine dosing drawn from over 300 studies, plus why some athletes respond and others barely notice a thing.
Plyometric Dose-Response Relationship: Meta-Analysis Review
How many plyometric sets, reps, and weeks are needed for jump height gains? A meta-analysis breakdown of the actual dose-response numbers for coaches.
Load-Velocity Relationship Accuracy Meta-Analysis
A meta-analysis of load-velocity relationship accuracy in VBT: where error creeps in, how exercises compare, and which sensors you can trust in the gym.
VBT vs Traditional Training: What Meta-Analyses Actually Show
Meta-analytic effect sizes favor VBT over fixed percentages, but only within specific velocity loss thresholds. See when VBT wins and when it doesn't.
Plyometric Training Meta-Analysis: What the Research Says About Jump Training Effectiveness
The largest plyometric meta-analysis to date pools 286 studies and 8,619 athletes to quantify effects on jump height, sprint speed, RSI, and injury risk.
Velocity-Based Training for Jump Performance: Meta-Analysis Review
Across pooled RCTs, VBT protocols raised vertical jump height by an average of 7.2% over traditional percentage-based training.