Between analyser differences in chloride measurements and thus anion gap cause different interpretations of the acid-base balance

Geerts, Nienke; Wlazlo, Nick; Scharnhorst, Volkher

doi:10.1515/cclm-2015-0477

Cited by 2 publications

(1 citation statement)

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“…Observing the low variations in chloride about other ions (Figure 3), it could be seen that the proposed training methods induced no metabolic acidosis, this behavior has al-ready been seen previously 34 , and even that the system buffer made by bicarbonate was more requested in the ParaJiu-Jitsu modality, which may have been more stressful to the acid-base balance (Table 2). This fact is corroborated by the more significant percentage variation for lactate (Figure 2).…”

Section: Resultssupporting

confidence: 61%

Mixed Sports Evaluation of the Variation between the Main Biomarkers Induced by Different Forms of Exercise

et al. 2022

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Sportomics studies are essential to understand the impact on metabolism exerted by each training method and sport. To observe the impact on biomarkers induced by four exercises: CrossCombat™, Jiu-Jitsu, Parajiu-Jitsu, and a spirometric treadmill test. 41 adult male, 12 Jiu-Jitsu, 03 ParaJiu-Jitsu, 16 Mixed Martial Arts, and ten running athletes. The percentage variation of 772% (Lactate) in the Parajiu Jitsu is noteworthy. An increase in creatininemia was only in Jiu-Jitsu. The percentage variations in the Anion Gap had a positive behavior, but with different amplitudes, so that the treadmill running test caused a variation of 187.1%, followed by Parajiu Jitsu 157.9%, 64.3% for the HIFT, even with 40 minutes of duration and only 42.8% for the Jiu-Jitsu. More significant stress to the acid-base balance caused by ParaJiu Jitsu to lactate, sodium, potassium, and bicarbonate, leading to an anion gap change close to the running test. It is noteworthy that even the CCombat using fighting movements combined with running and jumping generated smaller percentage variations in hematocrit, lactate, glucose, potassium, bicarbonate, and anion gap, putting it as a safe method from a metabolic point of view, even with a total duration much longer than the other sports studied. Keywords: Sportomics. High-Intensity. Metabolism. Sports. ResumoOs estudos da esportômica são essenciais para entender o impacto no metabolismo exercido por cada método de treinamento e esporte. Observar o impacto nos biomarcadores induzidos por quatro exercícios: CrossCombat™, Jiu-Jitsu, Parajiu-Jitsu e teste espirométrico em esteira. 41 adultos do sexo masculino, 12 de Jiu-Jitsu, 03 de ParaJiu-Jitsu, 16 de Mixed Martial Arts e dez atletas de corrida. Destaca-se a variação percentual de 772% (Lactato) no Parajiu Jitsu. O aumento da creatininemia foi apenas no Jiu-Jitsu. As variações percentuais no Anion Gap tiveram um comportamento positivo, mas com amplitudes diferentes, de modo que o teste de corrida em esteira causou uma variação de 187,1%, seguido do Parajiu Jitsu 157,9%, 64,3% para o HIFT, mesmo com 40 minutos de duração e apenas 42,8% para o Jiu-Jitsu. Estresse mais significativo no equilíbrio ácido-base causado pelo ParaJiu Jitsu ao lactato, sódio, potássio e bicarbonato, levando a uma alteração do gap aniônico próximo ao teste de corrida. Vale ressaltar que mesmo o CCombat utilizando movimentos de luta combinados com corrida e salto gerou menores variações percentuais de hematócrito, lactato, glicose, potássio, bicarbonato e anion gap, colocando-o como um método seguro do ponto de vista metabólico, mesmo com uma duração total muito maior do que os outros esportes estudados. Palavras-chave: Sportomica. Treinamento de Alta Intensidade. Metabolismo. Esporte.

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Section: Resultssupporting

confidence: 61%