Μια πολυ καλη και ενδιαφερουσα μελετη για το German Volume Training, η οποια λεει πως το γκρουπ που εκανε 5 σετ ανα ασκηση ειχε καλυτερες βελτιωσεις σε δυναμη και μυικοτητα. Φαινεται πως τα 4 με 6 σετ ανα ασκηση ειναι η καλυτερη στρατηγικη για υπερτροφια, και οτιδηποτε παραπανω ριρκαρει πλατω και υπερπροπονηση.
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Journal of Strength & Conditioning Research:
Post Acceptance: November 25, 2016
Effects of a Modified German Volume Training Program on Muscular Hypertrophy and Strength.
Amirthalingam, Theban; Mavros, Yorgi; Wilson, Guy C.; Clarke, Jillian L.; Mitchell, Lachlan; Hackett, Daniel A.
German Volume Training (GVT), or the 10 sets method, has been used for decades by weightlifters to increase muscle mass. To date, no study has directly examined the training adaptations following GVT. The purpose of this study was to investigate the effect of a modified GVT intervention on muscular hypertrophy and strength. Nineteen healthy males were randomly assign to 6 weeks of 10 or 5 sets of 10 repetitions for specific compound resistance exercises included in a split-routine performed 3 times per week. . Total and regional lean body mass, muscle thickness, and muscle strength were measured before and after the training program. Across groups, there were significant increases in lean body mass measures, however greater increases in trunk (p = 0.043; ES = -0.21) and arm (p = 0.083; ES = -0.25) lean body mass favored the 5-SET group. No significant increases were found for leg lean body mass or measures of muscle thickness across groups. Significant increases were found across groups for muscular strength, with greater increases in the 5-SET group for bench press (p = 0.014; ES = -0.43) and lat pull-down (p = 0.003; ES = -0.54). It seems that the modified GVT program is no more effective than performing 5 sets per exercise for increasing muscle hypertrophy and strength. To maximize hypertrophic training effects it is recommended that 4-6 sets per exercise be performed, as it appears gains will plateau beyond this set range and may even regress due to overtraining.
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