The main objective of this study was to evaluate and compare 6-month calorie intakes between a group of patients receiving a standard dinner and a group of patients whose evening meal is "improved"; compliance will be assessed on a food card with 5 levels of consumption: no (0%), 25%, 50%, 75%, all (100%). This per patient per meal food card will be prepared 3 days per month for 6 months and will, from the total calorie intake of each dish, estimate calorie intake ingested per day on all meals of the day.
The secondary objectives of this study are to evaluate the two groups for the following: A. The difference between 0 and 6 months in: the patient's weight, calorie intake, serum prealbumin, albumin and CRP, blood sugar for diabetic patients. B. Monthly evolution over 6 months: calorie intake, the patient's weight. C. The quarterly trend over 6 months: serum prealbumin, albumin and CRP, blood sugar for diabetic patients. D. Comorbidities and mortality. E. the risk of morning hypoglycaemia for diabetic patients.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
48
Patients will receive usual evening meals.
Patients will receive improved evening meals. Improved meals will include enriched soup (with starches, butter, cheese or sour cream), a semi-liquid dairy dessert, fruit or a fruit dessert.
CHRU de Nîmes - Centre de Gérontologie de Serre Cavalier
Nîmes, France
Total caloric ration for each dish
Time frame: 6 months
Meal compliance for 3 days
Time frame: 6 months
Ingested caloric intake
Time frame: 6 months
Total caloric ration for each dish
Time frame: Baseline (days -7 to 0)
Total caloric ration for each dish
Time frame: Month 1
Total caloric ration for each dish
Time frame: Month 2
Total caloric ration for each dish
Time frame: Month 3
Total caloric ration for each dish
Time frame: Month 4
Total caloric ration for each dish
Time frame: Month 5
Meal compliance for 3 days
Time frame: Baseline (days -7 to 0)
Meal compliance for 3 days
Time frame: Month 1
Meal compliance for 3 days
Time frame: Month 2
Meal compliance for 3 days
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Time frame: Month 3
Meal compliance for 3 days
Time frame: Month 4
Meal compliance for 3 days
Time frame: Month 5
Ingested caloric intake
Time frame: Baseline (days -7 to 0)
Ingested caloric intake
Time frame: Month 1
Ingested caloric intake
Time frame: Month 2
Ingested caloric intake
Time frame: Month 3
Ingested caloric intake
Time frame: Month 4
Ingested caloric intake
Time frame: Month 5
Weight (kg)
Time frame: Baseline (days -7 to 0)
Weight (kg)
Time frame: Month 1
Weight (kg)
Time frame: Month 2
Weight (kg)
Time frame: Month 3
Weight (kg)
Time frame: Month 4
Weight (kg)
Time frame: Month 5
Weight (kg)
Time frame: Month 6
Serum prealbumin
Time frame: Baseline (days -7 to 0)
Serum prealbumin
Time frame: Month 3
Serum prealbumin
Time frame: Month 6
Serum albumin
Time frame: Baseline (days -7 to 0)
Serum albumin
Time frame: Month 3
Serum albumin
Time frame: Month 6
Serum C reactive protein
Time frame: Baseline (days -7 to 0)
Serum C reactive protein
Time frame: Month 3
Serum C reactive protein
Time frame: Month 6
Glycated hemoglobin (HbA1C) for diabetic patients
Time frame: Baseline (days -7 to 0)
Glycated hemoglobin (HbA1C) for diabetic patients
Time frame: Month 3
Glycated hemoglobin (HbA1C) for diabetic patients
Time frame: Month 6
Presence/absence of comorbidities
Time frame: Month 6
Mortality
Time frame: Month 6
Capillary fasting blood glucose for diabetic patients
Time frame: Month 1
Capillary fasting blood glucose for diabetic patients
Time frame: Month 2
Capillary fasting blood glucose for diabetic patients
Time frame: Month 3
Capillary fasting blood glucose for diabetic patients
Time frame: Month 4
Capillary fasting blood glucose for diabetic patients
Time frame: Month 5
Capillary fasting blood glucose for diabetic patients
Time frame: Month 6