Every year there is an increase in people with diabetes all over the world. Because it is a disease associated with several comorbidities and is increasing, there is a need for more effective treatments. Lifestyle changes combined with medication are the best strategies for the treatment and reduction of comorbidities. Therefore, the present study posits the hypothesis that the integration of nutritional education groups into standard treatment, within a nutrition-specialized outpatient clinic, may yield additional enhancements in health parameters among patients diagnosed with type 2 diabetes. The driving force behind this research lies in the pursuit of more effective strategies to enhance glycemic control, diminish the risk of complications, and elevate the overall quality of life for these patients. Our motivation stems from a commitment to base our interventions on scientific evidence and strive towards meaningful improvements in diabetes management outcomes. A randomized clinical trial will be conducted with adult patients with a previous diagnosis of type 2 diabetes. Patients will be divided into two groups (intervention: nutritional education added the usual care; and control: usual care). The outcomes analyzed will be: glycemic control, lipid profile, body mass and dynapenia obesity, blood pressure values, eating behavior, diabetes complications and adherence to recommendations.
The estimate of patients with diabetes increases every year and for their treatment, a change in lifestyle is essential, so there is a need to seek strategies that increase patient adherence in the long term. Therefore, the present study posits the hypothesis that the integration of nutritional education groups into standard treatment, within a nutrition-specialized outpatient clinic, may yield additional enhancements in health parameters among patients diagnosed with type 2 diabetes. The driving force behind this research lies in the pursuit of more effective strategies to enhance glycemic control, diminish the risk of complications, and elevate the overall quality of life for these patients. Our motivation stems from a commitment to base our interventions on scientific evidence and strive towards meaningful improvements in diabetes management outcomes. An open randomized clinical trial will be performed. Patients = patients with type 2 DM; Intervention = food (nutritional) education based on operative groups added the usual care; Control = usual care; Outcome/Outcomes = glycemic control, lipid profile, body mass and dynapenia obesity, blood pressure values, eating behavior, diabetes complications and adherence to recommendations. In order to detect a mean difference of 0.59 in HbA1c between patients randomized to the intervention (patient-centered group) and those in the control group (traditional education intervention), with a standard deviation of 1.39%, a type I error of 5%, and a type II error of 20%, a total of 88 patients in each group were deemed necessary (1:1 ratio at randomization, n= 176). Considering a dropout rate of 30% over the long term (12 months), it will be essential to include a total of 252 participants.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
252
The intervention will be carried out with operational nutritional education groups. Four meetings will be held, each meeting lasting one hour, weekly or fortnightly (according to the availability of the patient). The following foods proposed foods: Meeting 1 = education on classification labels and proposed foods proposed foods (education on classification labels and substitution of Brazilian foods), in this guide meeting the proposal is processed or ultra-processed by an in natura food or minimally processed; Meeting 2 = assembly of the healthy dish (food portions, food index and glycemic load, food clothes), the proposal in this meeting is the assembly of the complete dish in the meals eaten throughout the day; and Encounter 3 = hunger and satiety (aiming to increase the perception of hunger and satiety signals), encounter as a task to be accomplished; Encounter 4 = strengthening change, barriers and difficulties in maintaining habits based on the transtheoretical model of change.
Hospital de Clinicas de Porto Alegre
Porto Alegre, Rio Grande do Sul, Brazil
RECRUITINGUniversidade Federal do Rio Grande do Sul
Porto Alegre, Rio Grande do Sul, Brazil
RECRUITINGChange in baseline HbA1C at 4 months
The Glycated Hemoglobin test (high precision chromatography on a Merck-Hitachi 9100 device with reference values of 4.8-6.0%) will be performed at the Clinical Pathology Laboratory of the Hospital de Clínicas de Porto Alegre (HCPA) by means of blood sample. The patient will be instructed to fast for 12 hours.
Time frame: From baseline to 4 months
Change in baseline HbA1C at 8 months
The Glycated Hemoglobin test (high precision chromatography on a Merck-Hitachi 9100 device with reference values of 4.8-6.0%) will be performed at the Clinical Pathology Laboratory of the Hospital de Clínicas de Porto Alegre (HCPA) by means of blood sample. The patient will be instructed to fast for 12 hours.
Time frame: From baseline to 8 months
Change in baseline HbA1C at 12 months
The Glycated Hemoglobin test (high precision chromatography on a Merck-Hitachi 9100 device with reference values of 4.8-6.0%) will be performed at the Clinical Pathology Laboratory of the Hospital de Clínicas de Porto Alegre (HCPA) by means of blood sample. The patient will be instructed to fast for 12 hours.
Time frame: From baseline to 12 months
Change in diabetic retinopathy and baseline diabetic kidney disease at 12 months
Diabetes kidney disease and diabetic retinopathy will be collected from patients' electronic medical records at baseline and at the end of the study (12 months).
Time frame: From baseline to 12 months
Change in basal body mass index at 4 months
Anthropometric measurements will be used to assess nutritional status and will include weight (with light clothes and without shoes) and height. For such measurements, an anthropometric scale and a fixed wall stadiometer will be used. BMI will be calculated from the formula weight (kg)/height2) and will be considered healthy weight (therapeutic target) when \<25 kg/m2 for adults and \<27 kg/m2 for the elderly.
Time frame: From baseline to 4 months
Change in basal body mass index at 8 months
Anthropometric measurements will be used to assess nutritional status and will include weight (with light clothes and without shoes) and height. For such measurements, an anthropometric scale and a fixed wall stadiometer will be used. BMI will be calculated from the formula weight (kg)/height2) and will be considered healthy weight (therapeutic target) when \<25 kg/m2 for adults and \<27 kg/m2 for the elderly.
Time frame: From baseline to 8 months
Change in basal body mass index at 12 months
Anthropometric measurements will be used to assess nutritional status and will include weight (with light clothes and without shoes) and height. For such measurements, an anthropometric scale and a fixed wall stadiometer will be used. BMI will be calculated from the formula weight (kg)/height2) and will be considered healthy weight (therapeutic target) when \<25 kg/m2 for adults and \<27 kg/m2 for the elderly.
Time frame: From baseline to 12 months
Change in basal metabolic control at 4 months
The analyzes will be carried out at the Clinical Pathology Laboratory of the Hospital de Clínicas de Porto Alegre and will comprise: fasting plasma glucose (measured by the enzymatic glucose-peroxidase method - Biodiagnostic Kit), total cholesterol (colorimetric enzymatic method), HDL cholesterol (colorimetric reaction enzyme analysis, methods described by Farish and modified Fletcher) and serum triglycerides (colorimetric enzymatic method using a commercial kit, as described by McGowan). LDL cholesterol will be calculated using the Friedewald formula for patients with serum triglycerides below 400 mg/dL. The patient will be instructed to fast for 12 hours. Fasting glucose values between 80 - 130 mg/dL, HbA1c \<7%, LDL-cholesterol \<100 mg/dL and triglycerides \<150 mg/dL will be considered within the recommended therapeutic target. Patients with HbA1c \<7.0% (adults) and \<7.5% (elderly) will be considered with good glycemic control.
Time frame: From baseline to 4 months
Change in basal metabolic control at 8 months
The analyzes will be carried out at the Clinical Pathology Laboratory of the Hospital de Clínicas de Porto Alegre and will comprise: fasting plasma glucose (measured by the enzymatic glucose-peroxidase method - Biodiagnostic Kit), total cholesterol (colorimetric enzymatic method), HDL cholesterol (colorimetric reaction enzyme analysis, methods described by Farish and modified Fletcher) and serum triglycerides (colorimetric enzymatic method using a commercial kit, as described by McGowan). LDL cholesterol will be calculated using the Friedewald formula for patients with serum triglycerides below 400 mg/dL. The patient will be instructed to fast for 12 hours. Fasting glucose values between 80 - 130 mg/dL, HbA1c \<7%, LDL-cholesterol \<100 mg/dL and triglycerides \<150 mg/dL will be considered within the recommended therapeutic target. Patients with HbA1c \<7.0% (adults) and \<7.5% (elderly) will be considered with good glycemic control.
Time frame: From baseline to 8 months
Change in basal metabolic control at 12 months
The analyzes will be carried out at the Clinical Pathology Laboratory of the Hospital de Clínicas de Porto Alegre and will comprise: fasting plasma glucose (measured by the enzymatic glucose-peroxidase method - Biodiagnostic Kit), total cholesterol (colorimetric enzymatic method), HDL cholesterol (colorimetric reaction enzyme analysis, methods described by Farish and modified Fletcher) and serum triglycerides (colorimetric enzymatic method using a commercial kit, as described by McGowan). LDL cholesterol will be calculated using the Friedewald formula for patients with serum triglycerides below 400 mg/dL. The patient will be instructed to fast for 12 hours. Fasting glucose values between 80 - 130 mg/dL, HbA1c \<7%, LDL-cholesterol \<100 mg/dL and triglycerides \<150 mg/dL will be considered within the recommended therapeutic target. Patients with HbA1c \<7.0% (adults) and \<7.5% (elderly) will be considered with good glycemic control.
Time frame: From baseline to 12 months
Change in baseline blood pressure at 4 months
Three blood pressure measurements will be performed with a Digital Blood Pressure Monitor Omron sphygmomanometer model HEM-705CP, with an interval of one minute, with the patient sitting down after five minutes of rest, using a cuff of the appropriate size for the arm diameter.
Time frame: From baseline to 4 months
Change in baseline blood pressure at 8 months
Three blood pressure measurements will be performed with a Digital Blood Pressure Monitor Omron sphygmomanometer model HEM-705CP, with an interval of one minute, with the patient sitting down after five minutes of rest, using a cuff of the appropriate size for the arm diameter.
Time frame: From baseline to 8 months
Change in baseline blood pressure at 12 months
Three blood pressure measurements will be performed with a Digital Blood Pressure Monitor Omron sphygmomanometer model HEM-705CP, with an interval of one minute, with the patient sitting down after five minutes of rest, using a cuff of the appropriate size for the arm diameter.
Time frame: From baseline to 12 months
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