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Exploring eating patterns among institutionalized elderly people to prevent malnutrition

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HAL Id: hal-02785867

https://hal.inrae.fr/hal-02785867

Submitted on 4 Jun 2020

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Exploring eating patterns among institutionalized elderly people to prevent malnutrition

Claire Sulmont-Rossé, Virginie van Wymelbeke

To cite this version:

Claire Sulmont-Rossé, Virginie van Wymelbeke. Exploring eating patterns among institutionalized

elderly people to prevent malnutrition. Annual meeting of the Society for the Study of Ingestive

Behavior (SSIB), Jul 2017, Montreal, Canada. 1 p., 2017. �hal-02785867�

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EXPLORING EATING PATTERNS

AMONG INSTITUTIONIZED ELDERLY PEOPLE TO PREVENT MALNUTRITION

Claire Sulmont-Rossé 1 and Virginie Van Wymelbeke 1,2

1

CSGA, AgroSup, CNRS, INRA, Univ. Bourgogne Franche-Comté, F-21000 Dijon, France

2

CHU François Mitterrand, Centre Gériatrique Champmaillot, F-21000 Dijon, France

This study is part of RENESSENS – Make a sustainable success of a well-balanced nutrition and sensorially adapted for Seniors funded by the French National Research Agency. https://www2.dijon.inra.fr/senior-et-sens/index.php

Food intake declines with ageing, which predisposes the elderly to unintentional weight loss and nutritional risk. Without prevention and without care, malnutrition leads to decreased mobility, an increased risk of falls or fractures, increased vulnerability to infectious diseases and exacerbation of chronic diseases.

We intended to explore the eating patterns among institutionalized elderly people. We aimed at characterizing food intake variability among individual as well as among food categories.

Results are expected to provide insights to develop a food supply enabling the elderly to fulfil their nutritional needs while taking into account their eating pattern, i.e. the portion that they are able / willing to ingest for each food category.

Panel characteristics

Men / women 11 / 57

Age mean (standard deviation) 87.4 (0.9)

Age range 66 – 100

IMC mean (standard deviation) 27.3 (0.7)

IMC range 16.6 – 43.6

MNA mean (standard deviation) 21.6 (0.4)

Not a risk of malnutrition (MNA > 23.5) 26%

At risk of malnutrition (17 > MNA ≥23.5) 59%

Malnourished (MNA≤17) 15%

MMSE mean (standard deviation) 23.3 (0.7)

No cognitive impairment (MMSE ≥26) 31 %

Middle cognitive impairment (20 > MMSE > 26) 25 %

Severe cognitive impairment (MMSE ≤20) 44 %

Crédits photos: iStock Cluster 1

(n=12)

Cluster 2 (n=19)

Cluster 3 (n=15)

Cluster 4 (n=22)

Meat or fish (lunch) 130 a 45 c 74 b 74 b

Main dish (diner) 126 a 35 b 29 b 47 b

Bread, cereal product (breakfast) 60 ab 45 b 77 a 51 b

Cheese 25 a 6 b 14 b 25 a

Dairy products 98 ab 74 b 126 a 90 b

Sweet desserts (meal) 89 a 71 ab 53 bc 36 c

Sweet product (collation) 15 ab 24 a 25 a 9 b

Soup (diner) 210 a 122 b 240 a 204 a

Cooked vegetables and fruits 117 a 39 b 65 b 110 a Raw vegetables and fruits 64 b 53 bc 36 c 87 a Ratio [protein intake / RPA] 95% a 60% c 70% bc 78% ab

We weighted all the foods and drinks consumed by 68 institutionalized elderly people (66-100 yo; 75% of women) over 24 hours.

MNA.Mini-Nutritional Assesment (Guigoz et al, 2002) MMSE.Mini Mental State examination (Folstein et al, 1975)

For each participant, the average intake (g) was computed for 10 food categories selected on nutritional and portion criteria.

Data were submitted to a PCA and the principal components were submitted to a Hierarchical Cluster Analysis.

For each food category, values associated with the same letter are not significantly different according to ANOVA (p>0.05). RPA : Recommended Protein Allowance (1.2g/body weight / day).

Cluster 1

No dietary intervention

Cluster 2

Oral Nutritional Supplements

Cluster 3

Protein-enriched soup & bread

Cluster 4

Protein-enriched soup & veggies purees

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