neuromuscular
Why Rep-by-Rep Velocity Stabilization Matters: Reliability and Adaptation Signals in VBT
When rep-to-rep velocity variation drops below a 5% coefficient of variation, that is your sign neuromuscular adaptation is locking in, per 800Hz IMU data.
Why Female Athletes Need Power Training: Hormonal, Neuromuscular, and Injury-Prevention Evidence
Neuromuscular profile, ACL injury risk, and hormonal cycling point one direction: power training isn't optional for female athletes. The integrated case.
Why Jump Height Drops with Fatigue: The Neuromuscular Science
A 5-15% jump height decrease under fatigue isn't random. Neuromuscular fatigue, RFD loss, and SSC decline explain it, backed by 800Hz IMU tracking data.
How to Track Neuromuscular Fatigue with Daily CMJ
A daily CMJ protocol for catching neuromuscular fatigue early: threshold values, warm-up standardization, and a readiness score to act on before training.
Triathlon Swim-to-Bike Transition: Neuromuscular Adaptation
How to train the neuromuscular transition from swimming to cycling in triathlon: T1 physiology, leg activation protocols, and strength training.
Maximal Strength and Endurance: The Neuromuscular Bridge
Stronger athletes often run and ride further before fatigue sets in. This review maps the neuromuscular mechanism and the VBT protocols that build it.
Post-Tetanic Potentiation: Mechanisms and Training Applications
Post-tetanic potentiation explained through myosin RLC phosphorylation and calcium kinetics, plus the complex-training protocols this mechanism supports.
EMG Signal Interpretation for Training Applications
How to read EMG signals for training decisions: muscle activation norms, fatigue indices, RMS vs peak amplitude, and practical applications for coaches.
Velocity Decline Under Fatigue: Mechanisms, Thresholds, and VBT Applications
How neuromuscular fatigue drives within-set velocity decline — metabolic and neural mechanisms, velocity-loss thresholds, and training-goal alignment.
Rate of Force Development: Explosive Strength Factors
RFD separates athletes who look strong from those who are fast off the ground. This covers the neural and fiber-type factors, plus how tests measure it.
Reactive vs Planned Agility: What the Research Actually Shows
Cone drills build planned agility, but most sports demand split-second reactions to an opponent. This data shows which type actually transfers to games.
ACL Prevention Program Evidence: What the Research Actually Shows
Do ACL prevention programs really cut injury risk, and by how much? Efficacy data, injury mechanisms, and neuromuscular protocols compared side by side.