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219 questionnaires were filled out by the caregivers, approached in community health care centers in two cities in China. The factor analysis revealed a seven-factor solution, with factor 'food responsiveness' (FR) split into two.
We conclude that although a valuable psychometric instrument, CEBQ might be affected by age and cultural differences. BackgroundChildhood obesity has become one of the most serious public health challenges worldwide in the last century, with 42 million overweight children under the age of five. MethodsProcedures and participantsThe CEBQ was translated into Chinese (Mandarin), read and corrected by several Chinese native speakers.
Data processingThe CEBQ consists of 35 items in the form of eight sub-scales, with each sub-scale loaded by 3 - 6 items.
ResultsStructure of translated scale and reliabilityThe factor analysis revealed a seven-factor solution (SE, EUE, FF, FR 1, DD, EOE, FR 2) with factor FR split into two (FR 1, FR 2). Factor structure was not affected by running Oblimin rotation in SPSS program compared with the results using Varimax rotation in STATISTICA program.
Correlations between sub-scales of CEBQ and associations between children's weight and their eating behavioursOur study indicated positive inter-correlations in the four 'food-approach' scales (FR 1, DD, EOE, FR 2) and the two 'food-avoidant' scales (SE, FF). There were no associations between child's BMI SDS and eating behaviours when controlled for gender, parental combined weight and parental educational level. ConclusionsThis study validated the CEBQ in the Chinese context and explored Chinese children's eating behaviour and its relationship with obesity in an early age.
AcknowledgementsWe would like to thank all parents and grandparents who completed the questionnaire and for their willingness to communicate about their children' eating behaviours. Competing interestsThe authors declare that they have no competing interests.Authors' contributionsAll authors were involved in all parts of this study, and they all read and approved the final manuscript. The Children's Eating Behaviour Questionnaire (CEBQ) is a parent-report measure constructed to assess multiple dimensions of eating behavior for children.
The Chinese version was then translated back to English, thereafter adjusted and translated again to Chinese in order to ensure the congruence between the two different languages.A total of 219 children with 114 boys and 105 girls, aged from 12 to 18 months from two Chinese cities (Zhenjiang and Wuhan) participated in this study. We did not find any associations either between child's BMI SDS and eating behaviours (the factors revealed by factor analysis in this study), when we performed a simple correlation. Also, this study is the first attempt to assess eating behaviour pattern among young Chinese children. The Chinese version of CEBQ needs to be adjusted according to the Chinese situation, both because of the younger age, and also due to the different eating behavior in Chinese and European children.
Great thanks should also be given to National Natural Science Foundation of China (NSFC), and the Special Fund for Basic Scientific Research of Central Colleges, Vinnova, Swedish Council for Working Life and Social Research and the Swedish Order of Freemason.The study was supported by funds from the Swedish Council for Working Life and Social Research (VS, CM, TS), the Jerring Foundation (VS), Karolinska Institutet (VS), the Swedish Order of Freemason (YT C) and VINNOVA (TS).
There are only 19 items determined by this study, however there were 35 items originally developed in CEBQ. The contributions are described below.YT C collected all data, performed the statistical analyses and wrote the whole manuscript. Technically and methodologically developed by one of the most recognized Portuguese nutritionists, with a strong scientific nature. This study aimed to test the validity of the Chinese version of Children's Eating Behaviour Questionnaire (CEBQ) in Chinese children aged 12-18 months.
Factor validation (Principal Component Analysis, exploratory factor analysis) on all CEBQ items was performed and gender difference in eating behaviours was examined.
Interestingly, boys scored higher than girls in the FR scales, whereas girls had a higher score in 'food fussiness' (FF) scale. We did not find an association between eating behaviours and children's BMI SDS, when it was controlled for gender and parental weight. This trend has affected China and the prevalence of childhood obesity in some urban Chinese populations is already reached similar levels of the developed countries [2].

Children within this age range and without physical or psychological problems were recruited from three local community health centers in Zhenjiang and Wuhan respectively, after parents' understanding and signing the informed consent form. BMI for the child was adjusted for age and gender according to an international standard, BMI SDS [27]. However, it offers a great opportunity to study eating behaviour in a different population and compare it with other studies.
In this table, all 35 items are shown, including those items that were not found in this study but were originally developed in CEBQ to compare the structure of original study with this study. We examined factor structure and the reliability of the Chinese version of the CEBQ, the associations between children's eating behaviours and children's weight (BMI SDS) were assessed. Correlations between eating behaviours and the child's BMI SDS were analyzed by linear regression analysis controlling for gender, parental combined weight, and education. Children's weight and height were measured on-spot at the community health care centers, using a calibrated infant length and weight scale (WSH-I, Wuhan computer software development Co. However, we omitted one item (number 5) in factor 1 (see table 2 and appendices) even though it loaded larger than 0.6.
Each sub-scale contained the items originally belonging to it, with an exception of the sub-scale factor SE, which in our study also had items originally belonging to another sub-scale (EF), such as item 5 (my child is interested in food).Surprisingly, the original FR factor was split into two factors, each having two items loaded onto it, called FR 1 and FR 2 respectively. Partly explained by the explosive economic development and improvement of living conditions in China [3], general raise in income in China today enables a decreasing consumption of cereals and starchy roots, and an increasing consumption of high-caloric foods [4]. In addition, fast food and snack consumption together with increased TV screen time has been suggested to have contributed to the increase of childhood obesity prevalence in China [5].Different patterns of eating behaviours have been suggested to influence the weight gain. At the same occasion, all 219 questionnaires were completed by 184 parents and 35 grandparents with the assistance of study investigators when necessary. The items loaded onto FR 2 were 'My child is always asking for food' and 'Given the choice, my child would eat most of the time'.
For example, Schachter [6] showed that responsiveness to satiety, low in obese individuals, leads to failure to regulate their energy intake and to overeating. Each questionnaire was filled out only by one parent or grandparent, the person who took care of the child in the daily life. However, one possible reason for two FRs could be the interpretation for 'always have food in the mouth'. Furthermore, speed of eating was indicated as important factor for adiposity development [7, 8].A few standardized psychometric tools to measure children's eating behaviours have been developed.
The demographic and anthropometric characteristics of the sample, as well as parental educational level were assessed (Table 1).
In order to understand the underlying structure of the Chinese translation and ascertain whether it is similar to the original scale, exploratory factor analysis (EFA) was performed by using Varimax rotation on all items of the CEBQ.
Younger children are prone to keep the food in the mouth, and not swallowing immediately compared to older children.We only show 19 items in table 2, although the original CEBQ scale has 35 items. Some examples of these are the Dutch Eating Behaviour Questionnaire (DEBQ) [9], the Children's Eating Behaviour Inventory (CEBI) [10] and Children's Eating Behaviour Questionnaire (CEBQ) [11]. Chinese percentiles and SD curve for boys and girls aged from 0-18 years old [25] were adopted as cutoff of overweight and obesity for children. In order to allow factor inter-correlated, we used SPSS program to run this oblique rotation (Oblimin direct).
The latter is regarded as the most comprehensive instrument to assess children's eating behaviour and it has been validated with high reliability and validity in several countries [11a€“14] and recently even in Sweden [15]. Since the original CEBQ had an eight-factor structure, the number of factors was equally set to eight. The comparison of factor structure of this study with the original scale structure was indicated in additional file 1. Satiety responsiveness (SR) assesses the sensitivity to the internal food cues or the threshold in each individual when deciding to stop eating.
However, it didn't change the final factor results.Regarding the two missing sub-scales, compared to the original factor structure of the CEBQ (EF and SR), they might not be applicable for the early age of the Chinese study group. Overweight children are prone to eat more and fail to regulate their food intake, leading to overeating and obesity, compared with normal weight children [16]. 0.7 was considered as general Cronbach's alpha cutoff, but the value could be lower for research compared to clinical situation [28]. The Enjoyment of food (EF) and Food responsiveness (FR) both assess general food preference in children as well as the desire to eat [12].
The concept that 'a chubby baby is a healthy baby' is still presents today in spite of the growing awareness of childhood obesity in China. The former assesses the general appetite and the latter assesses the level of appetite and the intention of eating under external cues [12].

The correlation between sub-scales of the CEBQ was analyzed by Pearson correlation.Finally, linear regression was used to test the association between children's BMI SDS (dependent variable) and each eating behaviour scale, controlling for gender, parental combined weight and parental educational level.
The one-child policy in China in the 1980s aggravated the situation when the only child became the cosset in the family. We additionally checked a simple correlation between child BMI SDS and the CEBQ scales in order to avoid the possible attenuating effect of parental weight and other confounding factors.
Moreover, in China, many grandparents take care of their only grandchild in an excessive way, traditionally reflecting in overfeeding practices.
Slowness in eating (SE) and Food fussiness (FF) reflect low interest and enjoyment of food. As a result, they provide their grandchildren with high energy-dense foods in far greater than needed amounts, increasing the potential risk for adiposity [29]. Studies on speed of eating have shown that obese children complete a meal faster than the lean children [7, 8]. Consequently, young children could be tired of the food from an early age since they are always overfed, which could explain the missing EF and SR sub-scales.Cronbach's alpha coefficient normally ranges between 0 and 1 but actually no lower limit to the coefficient is existed and the closer it is to 1, the stronger consistency the items in the scale [30]. Fussy eaters are inclined to eat less and slower [18a€“20] leading to a slower weight gain [20, 21]. In our study, low scores of the two FRs could be due to the inapplicability among particularly young children.An interesting finding of this study is a significant gender difference in the FF and the two FR factors, suggesting that boys might be more interested in food than girls and girls might be more 'picky' than boys at an early age. Internal and external cues differentially affect the eating behaviour of obese and normal subjects.
At the same time, regarding the relationship between fussy eating and weight, no difference was found between normal weight and obese children [20]. Contradictory gender results in picky eating have been reported so far: either no gender differences [31, 32] or boys scoring higher of food fussiness than girls [33]. Emotional overeating (EOE) and Emotional under eating (EUE) refer to the increase or decrease in eating under negative emotions, involving stress [22]. However, another study has just recently reported the gender difference of 'food responsiveness' when using the Baby Eating Behaviour Questionnaire: male infants were slightly more responsive to food than female infants [34]. According to 'psychosomatic theory' [23], EOE under negative emotion could lead to excessive weight gain.CEBQ has been validated for both Dutch and Portuguese populations [13, 14]. A similar Swedish study validated the CEBQ among a Swedish young population which belongs to a big project on obesity prevention and intervention focus on diet, sleep and physical activities in Sweden [24].
Addessi and others showed that this behaviour peaks at the age of 2 - 6, decreasing later all the way through adolescence [35].In our study sample we found an unusually high proportion of overweight and obesity being almost half of the sample size. Part of this project is conducted in China, and we therefore intended to validate the CEBQ in a Chinese context.The present study aims to examine the factor structure of the original CEBQ and investigates its applicability in Chinese culture background. Although this should be checked in a bigger population, we still would like to report this.
We also hypothesized that eating behaviours is could be associated with young children's relative weight.
As mentioned above, this could be due to a common feeding practice in China today together with the lack of physical activity since small children are held by parents most of the time.
No significant associations between children's relative weight (BMI SDS) and eating behaviour were observed in the present study.
We also considered if adjusting parental weight could affect the correlation between children's BMI SDS and CEBQ scales. The result remains the same and we therefore suggest that this could probably be explained by the young age of children in this study, as some eating behaviours are harder to detect at early age.Moreover, different eating behavior in Chinese and European children might also contribute to this negative correlation, because CEBQ was developed on the basis of European children's eating behavior.
First, the sample population might not be representative for the whole Chinese children at the age of 12-18 months as it was tested only in two cites.
In addition, the original CEBQ used oblimin rotation in factor analysis, we used varimax rotation instead, though no difference presented.Despite of the drawbacks, this investigation pioneered a new field of studying young children's eating behaviours by using CEBQ in a totally different setting (China) and in younger children compared to the original and other studies. Based on our results we suggest certain adjustments in the Chinese version of CEBQ, such as to exclude the questions belonging to EF and SR scales, as they might be irrelevant for such an early age in Chinese children.
In addition, our important observations regarding children's gender difference in eating behaviour such as FF and two FRs could have a further study.

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