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1 ral striatum orchestrates the development of eating habits.
2 was stratified by prerandomization breakfast eating habits.
3 he neurocircuitry supporting food reward and eating habits.
4 rbohydrate sources when modern humans change eating habits.
5 ans, with important implications for optimal eating habits.
6 pacity and lose weight irrespective of their eating habits.
7 nd sugar, and the second reflected healthful eating habits.
8 arrived immigrants by interfering with their eating habits.
9 of foods help determine food preferences and eating habits.
10 educe food insecurity and facilitate healthy eating habits.
11 this regional traditional diet on families' eating habits.
12 pr) neurons, rescues ELT-induced maladaptive eating habits.
13 life, people often neglect to consider their eating habits.
14 conomic interventions in promoting healthier eating habits.
15 t of long-term physical activity and healthy eating habits.
16 or caution when we modernize our traditional eating habits.
17 d preferences, which could promote healthier eating habits.
19 ic in France and hyperendemic in some areas; eating habits alone cannot totally explain the exposure
20 ence of psychological distress and unhealthy eating habits among adolescents across countries and reg
23 p between these behaviors, how sleep affects eating habits and how changes in feeding behavior and nu
24 ive behaviour, agitation, as well as altered eating habits and hyperorality can be explained by distu
25 l, our sleep wake pattern, mental alertness, eating habits and many other physiological processes tem
27 w a favorable relationship between a healthy eating habits and regular physical activity level and a
29 ients and their families are forced to alter eating habits and social engagements, impacting their qu
36 are providers should routinely enquire about eating habits as a component of overall health assessmen
38 ffective at changing self-reported breakfast eating habits, but contrary to widely espoused views thi
39 ology of Homo sapiens sets boundaries to our eating habits, but within these boundaries human food pr
43 s are prone to obesity and also show altered eating habits (i.e., increased preference for high-fat c
44 f changes needed to help establish healthful eating habits in childhood to decrease the risk of chron
45 pleted questionnaires about their children's eating habits, including a measure of food neophobia.
47 ts such as positively affecting the public's eating habits, influencing health and nutrition policy,
48 volutionary heritage of food preferences and eating habits leaves us mismatched with the food environ
51 review focuses on current food patterns and eating habits of children, in an attempt to explain thei
52 g when eating with same-sex friends, but the eating habits of teenage boys are not as influenced by t
53 knowledge as inadequate, reported unbalanced eating habits, or viewed themselves as overweight or obe
54 or were also measured using the Appetite and Eating Habits Questionnaire (APEHQ) and the Cambridge Be
55 However, it remains unknown whether specific eating habits regardless of dietary composition influenc
57 ficant negative health outcomes such as poor eating habits, smoking, and being sedentary more often.
58 ge increased physical activity and healthful eating habits targeted toward young people need to be de
59 (e.g., shiftwork, social jet-lag, irregular eating habits), these results emphasize the importance o
60 of appetite (U = 111.0, z = 2.7, P = .007), eating habits (U = 69.5, z = 3.8, P = .001), food prefer
61 forced-choice ascending procedure, and their eating habits were established by the analysis of 4 cons