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312. Athletic, Sports Conditioning - Concurrent Training, from Laboratory to the Field

312. Effective Program Design - Concurrent Training, from Laboratory to the Field
€25.00 incl. VAT

Code:312

Available

Duration : 1.5 Hours

Hilton Cyprus - Nicosia

Sunday | 17th of February 2019 | 11:15-12:45

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Description

Suitable for: Sports Science Students, Personal Trainers, Fitness Trainer and Group Exercise Trainers

Duration: 90 minutes

Language: Greek

Style: Lecture

Level: All Levels

Master Trainers: Spyros Methenitis - Stamatis Mourtakos

Description: The majority of sports rely on concurrent training (CT; e.g., the simultaneous training of strength and endurance). However, a phenomenon called “Concurrent training effect” (CTE), which is a compromise in adaptation resulting from concurrent training, appears to be mostly affected by the interference of the molecular pathways of the underlying adaptations from each type of training segments. Until now, it seems that the volume, intensity, type, frequency of endurance training, as well as the training history and background strongly affect the CTE. High volume, moderate, continuous and frequent endurance training, are thought to negatively affect the resistance training-induced adaptations, probably by inhibition of the Protein kinase B—mammalian target of rapamycin pathway activation, of the adenosine monophosphate-activated protein kinase (AMPK). In contrast, it seems that short bouts of high-intensity interval training (HIIT) or sprint interval training (SIT) minimize the negative effects of concurrent training. This is particularly the case when HIIT and SIT incorporated in cycling have even lower or even no negative effects, while they provide at least the same metabolic adaptations, probably through the peroxisome proliferator-activated receptor-γ coactivator (PGC-1a) pathway. However, significant questions about the molecular events underlying the CTE remain unanswered.

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