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Objective@#To investigate and analyze the fluids intake, urine output and hydration status during spring among male college athletics from one university in Beijing, and to provide scientific evidence for launching targeted health education.@*Methods@#A simple random sampling method was used to select 109 male students in college with habit of exercise.Total drinking fluids was assessed by 7-day 24-hour fluid intake questionnaire. The water from food was assessed by the duplicate portion method and the weight method. The urine samples of 24-hour was collected for 3 consecutive days, and the volume, osmolality and specific gravity of urine were measured. The energy expenditure in exercise was estimated by using the exercise plan.@*Results@#The median drinking fluids intake, water from food, total fluids intake and urine volume were 1 789, 955, 2 701, 850 mL/d, respectively. 15.6% of the subjects were in proper hydration status, and 43.1% of the subjects were in dehydration. The differences between drinking fluids intake, water from food, total fluids intake and urine volume of subjects in the different BMI and BF% levels were not significant(P>0.05). The differences between drinking fluids intake and total fluids intake of subjects in the different energy expenditure in exercise levels were significant(χ2=9.20, 8.43, P<0.05).@*Conclusion@#Comparing with the normal college students, the drinking fluids intake and total fluids intake of male sports people were higher, the volume of urine was lower, and the hydration status was worse. The targeted health education about water intake was recommended.
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Objective@#To investigate and analyze the amount and the type of fluid intake in spring among male college athletics in a university in Beijing, and to provide scientific basis and reference data for fluid intake-related education and formulating adequate water intake.@*Methods@#A simple random sampling method was used to select 109 male sports crowd from a college in Beijing. The information on amount and types of fluid intake were recorded using the validated 7-day fluid specific diary.@*Results@#The median amount of daily fluid intake among participants was 1 789 mL. The number of participants who reached the amount of adequate water intake for Chinese adult residents 60, which accounted for 55.1% of the total participants. There was difference on the amount of fluid intake among different participants after grouped by the quartiles of exercise consumption(χ2=9.20, P=0.03). There were also differences in the percentage of fluid intake reaching the recommended amount on adequate water intake(χ2=18.27, P=0.04). The median amount of plain water, dairy products, sports beverages, and other sugary beverages were 1 180, 40, 65, and 383 mL, respectively; which accounted for 67.1%, 2.2%, 3.7%, and 22.2% of daily fluid intake. There was difference on the amount of sports beverages among different participants after grouped by the quartiles of BF%(χ2=8.59, P=0.04). There was difference on the amount of sports beverages (χ2=8.25, P=0.00) and other sugar-sweetened beverages (χ2=8.57, P=0.02) among different participants after grouped by the quartiles of energy expenditure.@*Conclusion@#Among male sports population in a university in Beijing, the amount of fluid intake differed among different participants after grouped by the quartiles of exercise consumption. As the exercise consumption of participants increased, the water consumption increased. Participants mainly drink plain water, and there were differences on the types of fluid intake among participants with different BF% and different energy expenditure.
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Objective@#To understand snack food consumption among students of grade four and grade five in six cities of China, and to provide evidence for conducting nutritional education and making intervention strategies.@*Methods@#A multi-stage stratified cluster random sampling method was used to select 12 197 primary school students in grade four and grade five from 72 primary schools in Beijing,Guangzhou,Nanjing,Chongqing,Jinan,Harbin. All the participants were administered with a self-administered questionnaire survey on dietary behaviors.@*Results@#The proportion of pupils who consumed snack food at home, school and elsewhere was 96.4%, 59.4% and 75.5% respectively. The most popular snacks at home were fruits & vegetables, milk, cereals (72.0%, 71.1%, 68.6%), the most popular snacks at school were fruits & vegetables, milk, cereals (30.0%, 28.2%, 23.8%), the most popular snacks in other places were sugars, cereals and beverages (36.6%, 36.2%, 35.7%). The top five reasons for snack food was being delicious, healthy/nutritious, clean, choices of peers and family members (68.5%, 49.3%, 42.2%, 24.7%, 17.8%, respectively).@*Conclusion@#Snack food consumption is popular among primary students, most of which are unhealthy. Nutrition education for students and parents should be encouraged to promote students to consume snacks reasonably and develop healthy eating behaviors.
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Objective@#To investigate drinking behaviors among college students in Hebei Province during 8 periods of a day(before breakfast, during breakfast, after breakfast, during lunch, after lunch, during super, after super, during night in spring, and to analyze the drinking behaviors during different time periods so as to provide the scientific reference for health progaganda of water drinking.@*Methods@#A total of 156 college students in Hebei Province were selected using simple random sampling method. The information of frequency, types and patterns of daily water drinking during 8 time periods, including morning, afternoon and evening, during meal and non-meal time, were recorded using the 7-day 24-hour recording method.@*Results@#During 8 time periods, the amount (325 mL) and the percentages (89.8%) of drinking water after dinner was highest(Z=774.72, P<0.01), while water drinking after lunch and dinner was more common(Z=839.05, P<0.01). The amount (439 mL) of water intake in the evening was highest(Z=45.14, P<0.01), while water intake during the afternoon and evening was more common(2.3 time on average)(Z=40.34, P<0.01). About 54.2% of participants drank water during meal, while 99.2% drank water during non-meal time. The amount of water intake, the percentage of total daily water intake and the number of water intake during meal time was lower than those during non-meal time(Z=-14.58, -15.07, P<0.01).@*Conclusion@#Drinking behaviors in different time period among college students in Hebei Province during spring varies significantly. The amount of water intake in non-meal time is generally higher than that in meal time. Further efforts are needed to increase drinking water availability and consumption, as well encourage consumption of water among college students.
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Objective@#To investigate drinking behaviors in weekdays and weekends among college students in Hebei Province during spring, and to provide references for propaganda of water drinking.@*Methods@#A total of 156 college students in Hebei Province were selected using simple random sampling method. The survey began in March 2017. 7-day 24hour recording method was applied to record the amount and type of water drinking during for consistent consecutive 7 days, duplicate portion method was used to weigh the food consumed during the consistent consecutive 3 days and to record the water contained in the food.@*Results@#Water intake from food among subjects during weekdays was higher than that among subjects during weekends (1 191 mL vs 1 113 mL, P<0.01). Only 21.9% and 19.9% of subjects consumed sufficient water during weekdays and weekends, according to the recommendation of China on total fluids intake, respectively. The proportion of water intake from staple food among male subjects during weekdays was lower than that during weekends (28.6% vs 31.1%). The proportion of water intake in males from porridge, water intake from soup and vegetables among subjects during weekdays were higher than those among subjects during weekends (6.8% vs 0; 141 mL vs 0 mL; 699 mL vs 647 mL). Water intake from staple food and vegetables among females during weekdays was higher than that during weekends (256 mL vs 210 mL; 559 mL vs 536 mL). There were no statistically differences on plain water, milk and beverages among subjects during weekdays and weekends(P>0.05).@*Conclusion@#Water intake from food among college students in Hebei Province during weekdays in spring is higher than that during weekends. There is discrepancy on sources of water intake from food during weekdays and weekends, while no similar difference on sources of drinking water. Proportion of college students without sufficient daily water intake during weekdays and weekends is relatively high which warrants further notice.
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Abstract@#Water is essential for human survival and development, and participates in many physiological functions. The three sources and four pathways of water maintain the dynamic balance of body water. Drinking water is the main source of water for the body, and urine excreted through the kidney is the main way for the body to excrete water. Water drinking behavior includes water intake and water type selection. Analyzing hydration state and health from the perspective of water intake and water type selection, the paper found that the research on water intake and widing behavior needed more attention in China. It is necessary to carry out more investigations on drinking water and voiding behaviors in China, and to explore the associations of water drinking and voiding behaviors with health. It will provide scientific data for revising the recommendation on adequate water intake for Chinese residents, to promote the formation of healthy water drinking and voiding behaviors, to maintain adequate hydration state, and to promote health ultimately.
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Hypoglycemic effects of Yifusheng on hyperglycemia animals induced by alloxan or adrenaline were studied.The result showed that Yifusheng in the dosage of 0.25 g/kg and 0.125 g/kg could significantly decrease the content of plasma blood sugar(P
