Evidence of progress and success of Mg substitution by correlating Mg dynamics and metabolic parameters

Porta, S.; Gell, Harald; Pichlkastner, Karl; Porta, J.; Ehrlich, Bodo von; Vormann, Jürgen; Rinner, Eva; Nievoll, Julia; Kisters, Klaus

doi:10.5414/tex01297

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Cited by 2 publications

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“…The present paper is a follow-up to our previous publication, where we were able to show, that Mg output from the tissue due to workload becomes the more hesitant the better Mg substitution functions [3].…”

Section: Discussionsupporting

confidence: 65%

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A system of changes of ionized blood Mg through sports and supplementation

Porta¹,

Gell²,

Pichlkastner³

et al. 2013

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Out of 100 |il of capillary blood of 15 ensigns from the Theresian Military Academy, ionized magnesium was determined with a CCX device (NOVA Biomédical) and CSA Software (PLK, Judendorf-Strassengel, Austria), before and after a 2,400 m run, both before and after an 8 week-long supplementation of 300 mg magnesium per day. It turned out that Mg changes in blood mainly follow two interlinked phenomena: 1. Mg substitution leads to more controlled Mg input into the blood after the same sporting challenge, and 2. Mg clearance is strictly proportional to Mg concentration in blood. Varying permutations of those two points explain the entire performance of Mg dynamics in blood, including the hitherto unexplained paradox decrease of blood Mg during substitution [1,2].

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Section: Discussionsupporting

confidence: 65%

“…This paper is a follow-up of our previous publication in the same journal [3]. The findings in that paper link the most successful metabolic responses to a short, moderate workload either with Mg decrease or with rather limited Mg changes.…”

Section: Introductionmentioning

confidence: 65%