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Technically synaptic facilitation (and the other science behind "grease the groove" concepts) are a component of motor learning. I'm not saying they don't work - for stuff you're relatively unfamiliar with the approach works GREAT (like planches for example). I'm sure for some people the concept will work great for VJ. But if you're the type of guy who:
A: has participated in a jumping oriented sport for a long time
B: performs and thinks about jumping on a daily basis
and
C: is fairly well coordinated without significant mobility, postural impairments
I don't think you'll get a whole lot out of it.
i think i jumped insane high tonight, had so much anger in me, only 5 hours sleep but i was pissed at some of the call-em-out shit.
im tired of people claiming numbers with no proof to promote programs, shit bugs me, amped me up good though.. thanks scammers!
lol, no crackkkkk. SSRI's and nootropics mess with your neurotransmitters though so you notice changes in the way you think/feel. The trick is to just get them to make you feel the way you want to.
Yea I remember us talking about the goosebumps thing. I've never had them this intense before.
In the leg press vid the guy is also locking his knees after extending which you never want to do.
Locking the knees is a natural human movement.
ya there's no problem locking the knees when squatting.
Yeah it's a good watch. Wish I knew someone to translate!
that series is actually translated, someone dubbed english over it finally..
nice ! thanks lbss
nice, dimas/boevski both have had some serious knee surgeries, they are top echelon elite.. i'd like to see some injury profiles for elite lifters, during career and after.. i mean just from what i've seen, plenty of them are getting knee surgeries.
pc
Whack tech as in bad?
Objective: To determine injury types, natures, anatomical
locations, recommended amount of time missed, and injury
rates during weightlifting training.
Design and Seffing: We collected and analyzed medical
injury records of resident athletes and during numerous training
camps to generate an injury profile.
Subjects: Elite US male weightlifters who were injured
during training at the United States Olympic Training Centers.
Measurements: United States Olympic Training Center
weightlifting injury reports from a 6-year period were analyzed.
Data were expressed as percentages and were analyzed via x2
tests.
Results: The back (primarily low back), knees, and shoulders
accounted for the most significant number of injuries (64.8%).
The types of injuries most prevalent in this study were strains
and tendinitis (68.9%). Injuries of acute (59.6%) or chronic
(30.4%) nature were significantly more common than recurrent
injuries and complications. The recommended number of train-
ing days missed for most injuries was 1 day or fewer (90.5%).
Injuries to the back primarily consisted of strains (74.6%). Most
knee injuries were tendinitis (85.0%). The majority of shoulder
injuries were classified as strains (54.6%). Rates of acute and
recurring injuries were calculated to be 3.3 injuries/1 000 hours
of weightlifting exposure.
Conclusions: The injuries typical of elite weightlifters are
primarily overuse injuries, not traumatic injuries compromising
joint integrity. These injury pattems and rates are similar to
those reported for other sports and activities.
Key Words: snatch, clean and jerk, resistance exercise,
strains, tendinitis