PubMed HealthSearch

PubMed · 3239964

Type A behaviour, eating pattern and nutrient intake: the Caerphilly Study.

Abstract

Relationships between type A behaviour and eating pattern and nutrient intake were investigated in a representative sample of 532 employed men aged 45-59 years drawn from the Caerphilly study. Eating pattern and nutrient intake were assessed by 7-day weighed dietary records. A change in Framingham type A scores from the lower third to the upper third was associated with a 9% reduction in meal size and a 6% increase in meal frequency. No trends with type A were found for nutrient intake in absolute terms. For means of nutrient intake as a percentage of energy, however, higher values for sugar and lower values for starch and polyunsaturated fat were observed with higher type A scores. In multiple regression analysis, after control for the effects of age, height, social class and smoking, significant associations with type A were found only for meal size, dietary fibre per MJ and sugar as a percentage of energy. It is concluded that diet is unlikely to be an explanation of the relationship between type A and ischaemic heart disease.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

J E Gallacher, A M Fehily, J W Yarnell, B K Butland. 1988. Type A behaviour, eating pattern and nutrient intake: the Caerphilly Study.. https://doi.org/10.1016/s0195-6663(88)80012-6

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

[Sports and nutrition].

A varied, well-balanced, healthy diet, rich in carbohydrates, is one of the cornerstones of sports nutrition. In addition, an equilibrated supply in energy and nitrogen, the ideal distribution of the nutrients (6 to 9 g carbohydrates per kilogram body weight, 1 to 1.5 g fat per kilogram body weight, 1.2 to 1.8 g protein per kilogram body weight), a well-balanced fluid intake and the choice of food with a high density of nutrients constitute an important cornerstone. All the forementioned elements, which are contained in a basic nutrition, guarantee the needs of the micro- and macronutrients in combination with a cautious substitution of minerals, trace elements and vitamins. The endurance capacity is supported by this high-quality basic diet which can be modified minimally during performance and for regeneration.

Diet

Dietary fiber in weaning foods of young children.

OBJECTIVE: An evaluation of the opportunity to introduce fiber in the diet of weaning infants. METHODS: A descriptive review of the literature to assess the role of fiber in the following dietary interventions: (1) definition of the nutrient amounts that meet the weaning infant's physiologic needs; (2) modulation of digestive and absorption processes; and (3) improving the nutritional balance between the 6th and the 12th months of life and setting habitual dietary patterns for subsequent years. FINDINGS: Whole cereals, nonstarchy vegetables, fruits, and legumes lower the caloric and proteic density of meals, modulate nutrient and antigen absorption, and provide bulk material. They supply proteins of low biological value, minimal amounts of lipids (mostly essential polyunsaturated), complex carbohydrates, and soluble fiber, which are fermented into short-chain fatty acids by the colonic flora, and insoluble fiber that modulates intestinal function. Minerals, trace elements, and vitamins add to the value of fiber-containing foods in the diet. Recent nutritional surveys indicate that the diets of 12-month-old infants tend to include too much animal proteins and to be too protein-dense, which could be corrected with an increase of fiber-containing foods. CONCLUSIONS: Fiber-containing foods share unique characteristics with nutritional and metabolic implications for the weaning infant. Whole cereals, green vegetables, and legumes should be routinely introduced during the weaning process to achieve a better nutritional balance and to accustom children to diets with fiber content. The daily intake of fiber should be gradually increased to 5 g/d during the second semester of life.

Diet