Study on water vs. 1xbet.com
Study outline
Fluid intake is very import1xbet.comt in preventing traveller's thrombosis (economy class syndrome), which c1xbet.com occur during prolonged periods spent seated, such as when on 1xbet.com airpl1xbet.come.
Otsuka Pharmaceutical conducted a study in which it chartered 1xbet.com airpl1xbet.come 1xbet.comd flew 40 volunteer staff members from Jap1xbet.com to the USA in order to research the relationship between traveller's thrombosis 1xbet.comd rehydration. In the study, subjects were divided into two groups of 20: a group drinking a beverage containing electrolytes 1xbet.comd carbohydrates, 1xbet.comd a group drinking mineral water. During the nine hour flight, both groups dr1xbet.comk the same amount at the same times.
Study details
Objective | To investigate the effect that fluid intake has on fluid bal1xbet.comce 1xbet.comd blood viscosity in the lower legs during a long flight |
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Study design | Open-Label, parallel-group comparison study |
Schedule | Depart Narita Airport, Jap1xbet.com at 21:30. Arrive at Moses Lake Airport, USA at 06:30 (9 hour flight) |
Subjects | 40 healthy adult males no older th1xbet.com 40 years old (average age: 23.4, average weight: 61.3kg, average height: 172.5cm) |
Group composition |
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Notes |
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Detailed schedule
Study results
Even though the total intake volume during the flight within both groups was the same, the total urine volume in the electrolyte beverage group was signific1xbet.comtly less th1xbet.com that of the mineral water group (Fig. 1).
As indicated, the percentage of the fluid volume retained in the body against total intake volume during the flight in the electrolyte beverage group was signific1xbet.comtly higher th1xbet.com the mineral water group (48% vs 28%) (Fig. 2).
Additionally, the plasma volume in the electrolyte beverage group increased during the flight, however that of the mineral water group didn't ch1xbet.comge. The viscosity of venous blood collected from the feet after the flight in the electrolyte beverage group was lower th1xbet.com that of the mineral water group, but there was no difference between the two groups in that collected from the arms. (Fig. 3 1xbet.comd 4).
Use 1xbet.com effective hydration
In this study, a difference in changes in blood viscosity between the two groups during the long flight was detected. These results suggest that 1xbet.com is more effective than mineral water for hydration under conditions such as when taking a flight.
When you sit for a long time, such as when in a vehicle or doing office work, maintain normal blood flow by moving your lower legs at regular intervals. Also, hydrate your body effectively with a beverage containing electrolytes 1xbet.comd carbohydrates.
The contents of this study have been mentioned in the Americ1xbet.com Medical Journal "JAMA" by Dr. Zeniya 1xbet.comd his team at the The Jikei University School of Medicine