PoinT GOResearch
Tag · 44 articles

recovery

Velocity Loss and Muscle Damage Markers: Evidence Review
research·8 min read

Velocity Loss and Muscle Damage Markers: Evidence Review

Sánchez-Medina and Pareja-Blanco's data on VL% thresholds vs creatine kinase, lactate, and ammonia — and how much recovery cost each threshold adds.

velocity loss·muscle damage·creatine kinase
Deload Week Protocol with VBT: Auto-Detected Recovery Cycles
guides·10 min read

Deload Week Protocol with VBT: Auto-Detected Recovery Cycles

Velocity-based deload week protocol using objective fatigue markers. Auto-detected timing, planned deload strategies, comparison with calendar deloads.

deload·vbt·recovery
Why Deload Frequency Matters More Than Intensity: A VBT-Driven Research Review
research·12 min read

Why Deload Frequency Matters More Than Intensity: A VBT-Driven Research Review

Cutting intensity isn't the lever that matters most for recovery — deload frequency is. Six RCTs re-read through IMU and VBT data confirm it.

deload·recovery·periodization
How to Program a Deload Week Correctly: IMU-Based Recovery Guide
how to·12 min read

How to Program a Deload Week Correctly: IMU-Based Recovery Guide

A poorly timed deload can erase weeks of gains. See the 5 IMU recovery markers that flag it, plus the exact volume and intensity cuts to make.

deload·periodization·recovery
Why Jump Height Drops with Fatigue: The Neuromuscular Science
research·12 min read

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.

fatigue·jump height·CMJ
Why Rest Time Affects Power Output: ATP-PCr Recovery, Neural Fatigue, and Sensor-Based Optimization
research·12 min read

Why Rest Time Affects Power Output: ATP-PCr Recovery, Neural Fatigue, and Sensor-Based Optimization

Cutting rest short kills power output. See what ATP-PCr resynthesis and neural fatigue data, measured via 800Hz IMU, say about the ideal window.

rest interval·power output·ATP-PCr
How to Train Power as a Master Athlete: The Complete 40+ Explosiveness Guide
guides·12 min read

How to Train Power as a Master Athlete: The Complete 40+ Explosiveness Guide

An 800Hz IMU study of 320 master athletes found 8-12% lower bar speed at the same %1RM after 40. This 12-week program adjusts load and recovery around it.

master athlete·power training·aging
How Many Rest Days Do You Need for Strength Training: A Recovery Science Guide
how to·12 min read

How Many Rest Days Do You Need for Strength Training: A Recovery Science Guide

Still sore days after lifting? The 48-72 hour recovery window, nervous system fatigue signs, and VBT-based monitoring to set a schedule that fits you.

rest days·recovery·overtraining
How to Deload Properly: Half Volume vs Lighter Weights
how to·13 min read

How to Deload Properly: Half Volume vs Lighter Weights

Cutting volume in half, lowering the weight, or resting fully — which deload protects your gains? Compared against research, with a step-by-step protocol.

deload·recovery·periodization
How to Recover From a Bad Night of Sleep: A Science-Based Training Protocol
how to·12 min read

How to Recover From a Bad Night of Sleep: A Science-Based Training Protocol

One bad night doesn't mean skip the gym. Use CMJ height and bar velocity readings to decide objectively, then follow the protocol that speeds recovery.

sleep·recovery·nervous system
Why Am I Always Tired After Workout? 7 Real Causes of Poor Recovery
how to·13 min read

Why Am I Always Tired After Workout? 7 Real Causes of Poor Recovery

Exhausted after every session even with enough sleep? Seven sport-science causes and the specific markers coaches use to catch each one early.

recovery·fatigue·overtraining
Foam Rolling Before vs After Workout: A Research-Based Analysis
research·12 min read

Foam Rolling Before vs After Workout: A Research-Based Analysis

Foam roll before training and you may lose strength; skip it after and DOMS can worsen. We analyzed 25 RCTs plus IMU data to find the timing that works.

foam rolling·recovery·warm-up