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Influence of blood flow restriction training (BFR) on systematic intravasal blood pressure, regulation of multiple growth factors, products of cell death, influence on arterial and venosus blood pressure and anabolic hormone and apoptosis

Not Applicable
Conditions
Primary reasearch with healthy individuals
Registration Number
DRKS00023481
Lead Sponsor
ATOS Orthoparc Köln
Brief Summary

Not available

Detailed Description

Not available

Recruitment & Eligibility

Status
Complete
Sex
All
Target Recruitment
13
Inclusion Criteria

no pre existing condition, no contra indication, no pathalogy of (training) upper limb, written consent of patient

Exclusion Criteria

contra intication, hypertonia, open wound or fracture of upper limb, systemic inflamation, absence of written consent of patient

Study & Design

Study Type
interventional
Study Design
Not specified
Primary Outcome Measures
NameTimeMethod
The examination of following researche hypothesis:<br><br>H1: regardless of using low resistance LI-BFR results in stronger metabolic difference with electrolythe differal when compared to LI and HI during physical load until muscular fatigue.<br><br>H2: the difference of local venosus electrolythe differal ([Na+], [Ca2+], [K+]) correlate with metabolism ([La-], [HCO3-]) and neuromuscular activation of used muscles.<br><br>H3: The difference of non-invasive muscular testing (neuromuscular activation, contraction speed, dilatation of muscle following TMG, maximal strenght) correlate with local and systemic electrolythe differal and can be seen as forecast parameter.<br><br>H4: stratification of risc 1. of BFR-training: LI-BFR results in higher differal of venosus [K+] during and after the session compared to different training<br><br>H5: stratification of risc 2. of BFR-training: LI-BFR resulty in acute pathological reflux compared to different training
Secondary Outcome Measures
NameTimeMethod
patient satisfaction and assessment of practicability for security following BFR, LI- or HI-training
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