Scientists at Shanghai University of Sport tested 18 national-level male squash players in a 2026 peer-reviewed BMC paper.

Each man completed heavy squats, bands, and NMES with 70% squats.

Six minutes later they hit 20 match-speed forehands. EMG tracked 14 muscles.

Synergy number stayed near 5.5. NMES raised weights of the deltoid, gluteus maximus and gastrocnemius. It also lifted alpha and beta coherence across arm–trunk–leg pairs.

That acute pattern suggests EMS can prime stroke muscles before training. The ethics-cleared Chinese lab study is public.

Read the full post for numbers, limits and how athletes may place EMS around sessions.

This 2019 peer-reviewed trial asked whether a full body EMS system plus strength training grows muscle faster than lifting alone.

For eight weeks they did curls, squats and triceps extensions twice weekly. Scientists tracked 1RM strength and ultrasound muscle thickness of biceps, triceps and vastus lateralis.

Both trained groups beat controls; the EMS group posted bigger raw gains (43% squat, 22% biceps thickness).

High reliability scores, ethics approval and supervised sessions support the claim that a full body EMS system can amplify early strength and size.

Dive into the full post for exact settings, limits and gym takeaways.

Scientists ran a PRISMA-registered systematic review and meta-analysis of 21 controlled trials on wholebody EMS in 540 sportspeople and athletes.

A University of Turin study compared Whole body EMS and traditional resistance training in 20 sedentary women for 10 weeks.

Scientists ran a randomized controlled trial on 20 moderately trained males, comparing six weeks of Whole body-  EMS with traditional lifting.

Scientists ran a PRISMA systematic review and evidence map of whole-body electromyostimulation (WB-EMS) in sportspeople and athletes.

Ten trained men completed three incremental cycling tests: none, 30 Hz, and 85 Hz superimposed EMS.

Scientists measured lactate, RER, blood gases, heart rate, RPE, cortisol, and 24-hour CK.

At ≥75% peak power, EMS raised lactate and RER and lowered bicarbonate, base excess, and PCO₂, while heart rate stayed similar. CK rose more after stimulation.

These facts suggest superimposed EMS can intensify local muscle metabolism and recruit fast-twitch fibers without extra cardiovascular strain—helping cyclists and other athletes who need a stronger stimulus or cannot tolerate high workloads.

Controlled, peer-reviewed methods make the findings legit. Read the full post for protocols, data, and training limits.

Scientists tested 25 elite rugby players over 12 weeks of EMS on quads, calves and glutes (3 sessions then 1 per week). They measured isokinetic torque, 1RM squat, scrum force, vertical jumps and 20/50-m sprints at weeks 0, 6 and 12 versus controls.

French scientists at the University of Burgundy tested EMS on 17 competitive ice hockey players. Nine received three weeks of short sessions while eight acted as controls. Researchers measured isokinetic strength of the knee extensors with a Biodex dynamometer and timed 10-metre and 30-metre skates on ice.

The EMS group gained 37 percent more eccentric strength and up to 49 percent more concentric strength. Their 10-metre skating time improved from 2.18 to 2.07 seconds.

These factual gains suggest EMS can help ice hockey players and other sports athletes develop stronger leg power for faster starts and explosive movements.

Published in the respected Medicine & Science in Sports & Exercise journal, the study offers clear, trustworthy evidence. Read the full post for every measured result and what it means for athletes.

Scientists at Germany’s Institute of Medical Physics, Friedrich-Alexander University of Erlangen-Nürnberg, tested 54 male amateur golfers aged 18-70 in a randomized controlled study.