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Nutrient intakes of young children: implications for long-day child-care nutrition recommendations. (Short Communication).

Abstract

Objective: To develop nutrition recommendations for food provided during long-day child-care hours, expressed in terms of a percentage of recommended dietary intakes (RDIs) for nutrients.

Design: Secondary analyses of nutrient intake data from the Australian Bureau of Statistics' 1995 National Nutrition Survey. Total daily intakes and intakes from lunch and daytime snacks (i.e. long-day child-care hours) were examined.

Subjects: Children aged two to five years (n = 793).

Setting: Males and females from all Australian states and territories.

Main outcome measures: The proportion of the mean total daily nutrient intake consumed during long-day child-care hours in quantitative amounts and in percentage RDI.

Results: The mean daily intakes of energy, vitamin A, thiamin, niacin, zinc, iron and calcium were all above 100% RDI. On average, young children derived 40 to 51% of total 24-hour nutrient intake and approximately 43 to 107% of RDI for the nutrients examined from lunch and snacks. Iron was the only nutrient with a mean intake less than 50% of the RDI for lunch and day-time snacks. However, the total mean daily intake exceeded the RDI.

Conclusion or application: The recommendation that 'at least 50% of the RDI for nutrients be provided to children during long-day child-care' is consistent with children's current eating patterns. Further research, legislation, policy development, resources and training will be required to implement this recommendation. (Nutr Diet 2002;59:187-90)

Key words: child-care, nutrient intake, nutrition recommendations

Introduction

In Australia, 28% of children attend long-day child-care and 18% attend family day care, with more than 177 000 children using long-day child-care centres in 1996 (1). Long-day child-care is defined as formal child-care that is provided in a centre for a minimum of eight hours per day, five days per week (2).

The food eaten by children during long-day child-care makes an important contribution to their overall nutritional intake at a time that is critical for physical and mental development.

Formal child-care providers require specific guidelines for the provision of food for children in their care. Such recommendations can be justified if they are based on both the daily nutrient requirements of children and on the proportion of food eaten while in child-care. Care needs to be taken not to overestimate these requirements as this may result in increased cost and wastage.

In some Australian states, the child-care legislation which relates to nutrition contains broad statements only. In Queensland, for example, centres are required to provide 'adequate and nutritious food' for children in their care (3). However, this is not supported with guidelines on the amounts and types of food required.

Previous recommendations relating to the provision of food for children in long-day child-care include: at least 50% of the Recommended Dietary Intake (RDI) for nutrients (New South Wales (4) and Victoria (5)); 50 to 67% of the RDI for all nutrients (Western Australia (6)); 67% of daily food requirements (South Australia (7)); and at least 50 to 67% of nutritional requirements (American Dietetic Association (8)).

There is no evidence to show that children who attend long-day child-care centres are at greater nutritional risk than children who are cared for at home (9). However, studies of children in child-care centres have revealed that their intakes at lunch and the two snack times do not meet 50% of RDI for some nutrients. In Australia, energy, iron, calcium and zinc are the most common nutrients consumed at levels less than 50% of RDI during long-day child-care (7,10-13). Landers et al. (14), in their study of the nutrient intake of children both in and outside of formal child-care hours, found intakes of iron, calcium and energy over the entire day did not meet recommended amounts.

US studies of nutrient intakes during long-day childcare have reported intakes of energy (15-18), iron (15-20), calcium (15,20), zinc (17,18,20), thiamin (15,20), niacin (15,18), vitamin A (17), magnesium (17) and folic acid (17,21) to be low.

The aim of this study was to provide an evidence-base for recommendations addressing the nutritional contribution of meals provided during long-day child-care. Secondary analyses of the 1995 National Nutrition Survey were undertaken to determine total nutrient intake and its distribution throughout the day in two- to five-year-old children. Results were compared with the RDIs--the target for daily nutrient intake (22).

Method

Data were obtained from the Australian Bureau of Statistics' 1995 National Nutrition Survey Confidentialised Unit Record File for children aged two to five years (n = 793) (23). This household survey, run in conjunction with the National Health Survey (24), collected information on food and beverage consumption on the day prior to the interview, using a 24-hour recall. The dietary information for children aged two to four years was provided by a parent, guardian or close relative, preferably the person responsible for preparing the participant's meals (24). Children aged five years and over were asked to provide their own food intake data with the assistance of an adult household member (24). The dietary intake questions covered breakfast, snacks, lunch, dinner and supper (24). Full details about the survey, including sample design and selection, are published elsewhere (25).

Data for children aged between two and five years were selected for secondary analyses to reflect the most common ages of children attending long-day child-care services. The nutrients most commonly reported as being below desired levels in the diets of children attending formal child-care were selected for consideration, these being vitamin A, thiamin, niacin, zinc, iron and calcium (7,10-13,15-18,20,14). As the RDI for some nutrients are age-dependent, data for children aged two to three years and those aged four to five years were analysed separately. The RDI for iron for both age groups is a range (6 to 8 mg), so the middle value, 7 mg, was used as the RDI.

Three outcome measures were considered:

* the mean intake of energy, vitamin A, thiamin, niacin, zinc, iron and calcium over the 24-hour period;

* the contribution of lunch and day-time snacks to total mean intake of these nutrients;

* the contribution of lunch and day-time snacks to nutrient intake expressed as a percentage of RDI.

To estimate food consumed by young children during hours comparable to the long-day child-care period lunch and day-time snacks (i.e. foods or beverages eaten between meals) were selected for analysis. Nutrient values for other meal types such as brunch were not included due to very small numbers of children consuming these meals.

Mean daily intakes for nutrients as a percentage of RDI, as well as intakes for lunch and day-time snacks were calculated as the average of all individual's intake as a percentage of RDI; that is the

Sum (individual intake/RDI x 100)/number of individuals

The 95% confidence intervals (CI) were calculated.

Data presented in this study have been weighted to the Australian population by age, sex and metropolitan residence (25). All data were analysed using SAS 8.2 (SAS Institute Inc, Gary, NC, SAS OnlineDoc[R], version 8, 1999).

Results

As shown in Figures 1 and 2, the mean 24-hour intakes of the nutrients of interest for children aged two to five years were above 100% of the RDI, while the RDI for energy was exceeded for two- to three-year-olds (118%) and approximated RDI for four- to five-year-olds (98%).

Lunch and snacks provided between 43% to 107% of the RDI for these nutrients, with iron being the only nutrient with a mean intake less than 50% of the RDI. However, iron intakes at other meals resulted in a total mean intake over a 24-hour period that exceeded the RDI.

Table I shows the mean total nutrient intakes and intakes from lunch and snacks as a percentage of the mean 24-hour intake. Lunch and snacks contributed between 40% and 51% of 24-hour intake for the nutrients of interest.

Discussion

Children derived approximately 40 to 51% of their daily total nutrient intake and in excess of 50% of the RDI from lunch and snacks for all nutrients of interest except for iron (43% for two- to three-year-olds, 49% for four- to five-year-olds). The RDI were met for all the nutrients, over the 24-hour period. This evidence supports the provision of at least 50% of the RDI for vitamin A, niacin, thiamin, iron, zinc, calcium and energy from lunch and day-time snacks as a practical recommendation for usual long-day child-care hours.

The New South Wales 'Caring for Children' project showed that even after an intervention in long-day childcare centres, many centres failed to provide 50% of the RDI for nutrients in one meal and two snacks (12). Two other key Australian studies have also shown that meeting 50% of the RDI for some nutrients is often not achieved in eight hours of child-care (10,14). The contribution of meals other than lunch and snacks provided between 60 to 140% of RDI. Thus the recommendation for 50% of RDI to be provided during long-day child-care provides some safety margin for the 'at-risk' nutrients of interest.

The sample for the 1995 National Nutrition Survey included children within and outside formal care settings. The results are therefore not necessarily representative of children who attend child-care centres and can only be used as a guide. Long-day child-care itself may influence eating patterns, both within hours of care or outside these hours. Factors such as early morning time constraints and late afternoon fatigue may affect food intake at breakfast and at night and this requires more research. To assist with further research some additional data should be collected in future national surveys. The 1995 National Nutrition Survey provides data on where food was obtained and includes a category for 'childcare centre, family day care' but food brought from home and consumed at child care cannot be identified (25). Data on the number of hours children spent in care on the day of the 24-hour record and where meals were eaten, would allow study of the effects of long-day child-care on the intake of meals outsid e care hours and of the nutrient intake of children who bring food from home to child care.

Conclusion

This research indicates that the recommendation that 'at least 50% of the RDI for nutrients be provided to children while in long-day child-care for eight hours' is appropriate. It is consistent with children's current eating patterns. Further research on the effect of long-day child-care on food intake both within and outside hours of care is required to confirm this finding, In order to implement the above recommendation, consistent food-based recommendations must be developed, promoted and supported through policy initiatives, state licensing and/or national accreditation standards and resources and training for child-care centre staff and parents. The collection of more detailed data by future National Nutrition Surveys would assist in providing a clearer picture of food intake by children attending long-day child-care centres.
Figure 1

Total intake and intake from lunch and snacks (a) as a percentage of
Recommended Dietary Intake (RDI) (22), for children aged two to three
years from the National Nutrition Survey (23) (n = 383)

 Average intake from Average total intake
Nutrient lunch and snacks 24-hour period

Energy 61 118
Iron 43 (b) 111 (b)
Calcium 57 119
Zinc 65 143
Niacin 98 233
Thiamin 106 345
Vitamin A 107 235

Vertical bars indicate the 95% confidence interval for the mean percent
of RDI for each nutrient.

Figures above bars are mean percentage of RDI.

(a) Snacks include all food and beverage snacks, excluding supper.

(b) The RDI for iron is 6 to 8 mg. The middle of this range was used for
comparisons (7 mg).

Note: Table made from bar graph
Figure 2

Total intake and intake from lunch and snacks (a) as a percentage to
Recommended Dietary Intake (RDI) (22), for children aged four to five
years from the National Nutrition Survey (23) (n = 410)

 Average intake from Average total intake
Nutrient lunch and snacks 24-hour period

Energy 50 98
Iron 48 (b) 127 (b)
Calcium 50 111
Zinc 50 120
Niacin 89 218
Thiamin 90 200
Vitamin A 79 202

Vertical bars indicate the 95% confidence interval for the mean percent
of RDI for each nutrient.

Figures above bars are mean percentage of RDI.

(a) Snacks include all food and beverage snacks, excluding supper.

(b) The RDI for iron is 6 to 8 mg. The middle of this range was used for
comparisons (7 mg).

Note: Table made from bar graph
Table 1

Nutrient intake data for children aged two to five year from the
National Nutrition Survey 1995 (22, 23) (d)

Intake data Age group Energy Iron (b) Calcium

Mean intake over 24 2-3 years 6350 kJ 7.8 mg 834mg
hours (n = 383) (6144-6555) (7.5-8.1) (790-877)
 4-5 years 7053 kJ 8.9 mg 777 mg
 (n = 410) (6851-7256) (8.5-9.2) (738-817)
Percentage of total 2-3 years 51 (50-53) 40 (39-42) 46 (44-48)
mean intake (n = 383)
contributed by lunch 4-5 years 51 (50-53) 40 (39-42) 44 (42-46)
and snacks (n = 410)

Intake data Zinc Niacin (c) Thiamin Vitamin A (d)

Mean intake over 24 6.7 mg 23.3 mg 1.2 mg 707 ug
hours (6.4-7.6) (22.4-24.2) (1.2-1.3) (657-756)
 7.2 mg 26.2 mg 1.4 mg 707 ug
 (6.9-8.2) (25.2-27.2) (1.3-1.5) (665-750)
Percentage of total 44 (42-45) 43 (41-44) 43 (41-45) 44 (42-47)
mean intake
contributed by lunch 42 (40-44) 41 (40-43) 44 (42-45) 42 (40-44)
and snacks

(a) 95% Confidence Intervals in breackets

(b) Middle of the RDI range for iron used (7 mg)

(c) Niacin values are niacin equivalents

(d) Vitamin A values are retinol equivalents


Acknowledgments

The authors wish to thank Dr Carla Patterson and Julie Appleton from the Centre for Public Health Research, Queensland University of Technology.

References

(1.) Australian Bureau of Statistics. Childcare Australia March 1996. Canberra: Australian Government Publishing Service; 1997.

(2.) Pollard C, Lewis J, Miller M. Food Service in long day care centres--an opportunity for public health intervention. Aust N Z J Public Health 1999;23:606-l0.

(3.) Queensland Child Care (Child Care Centres) Regulations. Brisbane: Queensland Government Printer; 1991.

(4.) NSW Centre Based and Mobile Child Care Services Regulation (No 2). Sydney: NSW Department of Community Services; 1996.

(5.) Collins A, Foster J, Dodimead L. Nutritional guidelines and food selection for child minding centres. Melbourne: Royal Melbourne Institute of Technology, Communication Services Unit; 1989.

(6.) Douglas F, Lewis J. Start Right--Eat Right Users Guide: Cent$ible Food Service Project. Perth: Curtin University of Technology and the Health Department of Western Australia; 1999.

(7.) Rakowski J, Gallard V, Sweeney A. Making childhood a healthy experience: Nutrition guidelines for childcare centres. Adelaide: South Australian Health Commission; 1996.

(8.) Position of the American Dietetic Association. Nutrition standards for child-care programs. J Am Diet Assoc 1999;8:981-8.

(9.) Soanes R, Miller M, Begley A. Nutrient intakes of two- and three-year-old children: a comparison between those attending and not attending long day care. Aust J Nutr Diet 2001;58:114-20.

(10.) Gelissen IC, Wall PM, Lilburne A-M, Truswell AS. Dietary intake of Australian preschool children at long day care centres. Aust J Nutr Diet 1992;49:51-4.

(11.) Williams L. Report on the 'Caring For Children' Project, Stages 1 & 2. Gosford: Nutrition Department, Central Coast Area Health Service; 1993.

(12.) See Mathews DW, Mathews R. Evaluation Report: 'Caring for Children' Project, Stage 3. Gosford: Nutrition Department, Central Coast Area Health Service; 1993.

(13.) Australian Nutrition Foundation (Qld Division) Inc. Final Report: Caring for Children--Hygiene Project. Brisbane: Department of Human Services and Health; 1994.

(14.) Landers MCG, Warden RA, Hunt KA, Boulton TJC. Nutrition in long day care centres: are the guidelines realistic? Aust J Nutr Diet 1994;51:186-90.

(15.) Briley ME, Buller AC, Roberts CR, Sparkman A. What is on the menu at the child care centre? J Am Diet Assoc 1989;89:771-4.

(16.) Domer JA. Nutrition in a private day care centre. J Am Diet Assoc 1983;82:290-3.

(17.) Drake MA. Menu evaluation, nutrient intake of young children, and nutrition knowledge of menu planners in child care centres in Missouri. J Nutr Educ 1992;24:145-8.

(18.) Briley M, Jastrow S, Vickers J, Roberts-Gray C. Dietary intake at child care centres and away: Are parents and care providers working as partners or at cross-purposes? J Am Diet Assoc 1999;99:950-4.

(19.) Briley M, Coyle E, Roberts-Gray C, Sparkman A. Nutrition knowledge and attitudes and menu planning skills of family day-home providers. J Am Diet Assoc 1989;89:694-5.

(20.) Oakley CB, Bomba AK, Knight KB, Byrd SH. Evaluation of menus planned in Mississippi child-care centres participating in the Child and Adult Care Food Program. J Am Diet Assoc 1995;95:765-8.

(21) Drake MA. Anthropometry, biochemical iron indexes, and energy and nutrient intake of preschool children: comparison of intake and day care centre and at home. J Am Diet Assoc 1991;91:1587-8.

(22.) National Health and Medical Research Council. Recommended Dietary Intakes for Use in Australia. Canberra: Australian Government Publishing Service; 1991.

(23.) Australian Bureau of Statistics. Information Paper: National Nutrition Survey Confidentialised Unit Record File. ABS Cat No. 4807.0; Canberra: Australian Government Publishing Service; 1998.

(24.) Australian Bureau of Statistics. 1995 National Health Survey Users' Guide. ABS Cat No. 4801.0. Canberra: Australian Government Publishing Service; 1998.

(25.) Australian Bureau of Statistics and the Commonwealth Department of Health and Family Services. National Nutrition Survey User's Guide 1995. Canberra: Australian Government Publishing Service; 1998.

This paper was written as part of the 'Better Food Better Care' project, funded by Public Health Services, Queensland Health.

QEII Hospital Health Service District, Queensland

B. Radcliffe, B AgrSc (Hons), GradDipNutrDiet, Community Nutritionist

Public Health Services, Queensland Health

C. Cameron, BSc, GradDipNutrDiet, Project Dietitian

Health Information Centre, Queensland Health

P. Baade, PhD, Senior Biostatistican

Correspondence: B. Radcliffe, Mt Gravatt Community Health Services, QEII Hospital, Private Bag 2, Acacia Ridge, Queensland 4110. Email: barbara_radcliffe@health.qld.gov.au
COPYRIGHT 2002 Dietitians Association of Australia
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2002, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Author:Baade, Peter D.
Publication:Nutrition & Dietetics: The Journal of the Dietitians Association of Australia
Geographic Code:8AUST
Date:Sep 1, 2002
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