Dietary Fiber and Calorie Intake of Hospitalized Diabetic Patients

Background: Managing diabetes effectively hinges on meticulous dietary control, where both fiber intake and overall calorie consumption play pivotal roles. Dietary fiber, a non-digestible carbohydrate, has demonstrated significant benefits in regulating blood glucose levels, improving insulin sensitivity, and promoting satiety. For diabetic patients, these effects are crucial in mitigating hyperglycemia and managing weight. Simultaneously, carefully calibrated daily calorie intake is essential to maintain a healthy weight, which directly impacts insulin resistance and glycemic control. However, determining the optimal balance of fiber and calories for individual diabetic patients remains a complex challenge, necessitating personalized recommendations. This research aims to explore current dietary fiber recommendations and their impact on glycemic control, alongside the significance of tailored daily calorie intake in achieving optimal metabolic outcomes for individuals with diabetes. Rationale & Objective: This study examined fiber, calorie, and macronutrient intake in hospitalized diabetics, comparing it to 2024 RDA fiber recommendations. It identified imbalances, crucial for targeted nutritional interventions in diabetic patients. Method: This study enrolled 50 hospitalized diabetic patients (ages 30-90, both male and female) from a Nagpur super specialty center using random sampling. Non-diabetic individuals were excluded. Daily nutrient intake was assessed via 24-hour dietary recall and compared to the RDA 2024 guidelines. Dietary fiber adequacy was evaluated based on recommendations per 1000 kcal. Results: Diabetic patients significantly exceed required caloric intake (2178 kcal vs. 1816 kcal), with a 362 kcal average excess (p<0.00001). Protein intake is deficient (58g vs. 69g, p<0.00001), while fat intake is excessive (35g vs. 25g, p<0.00001). Fiber intake is alarmingly low (21g vs. 44g, p<0.00001). Statistical significance confirms these deviations. Patients consistently overconsume calories and fat, while under consuming protein and fiber, highlighting critical dietary management failures. Conclusion: Patients exhibit significant nutrient imbalances, consuming excess calories and fat while lacking protein and fiber. Caloric intake surpasses recommendations by 362 kcal, indicating poor dietary control. Protein is deficient by 10.73g, and fat intake exceeds guidelines by 40%. A severe fiber deficit exists, with consumption at only half the recommended level. Compounding these issues, a large proportion of patients are over 60 and overweight or obese, emphasizing the urgent need for improved dietary management.

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Publication Details

Journal
International journal of research and scientific innovation
Published
2025-01-01
DOI
https://doi.org/10.51244/ijrsi.2025.120500139
Primary Topic
Nutrition and Health in Aging
Type
article
Field-Weighted Citation Impact
0.00
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article

Dietary Fiber and Calorie Intake of Hospitalized Diabetic Patients

Ashwin Meshram, Chittranjan Yadav, Pratibha Chokhi
International journal of research and scientific innovation
Nutrition and Health in Aging
article

Dietary Fiber and Calorie Intake of Hospitalized Diabetic Patients

Ashwin Meshram, Chittranjan Yadav, Pratibha Chokhi
article en

Abstract

Background: Managing diabetes effectively hinges on meticulous dietary control, where both fiber intake and overall calorie consumption play pivotal roles. Dietary fiber, a non-digestible carbohydrate, has demonstrated significant benefits in regulating blood glucose levels, improving insulin sensitivity, and promoting satiety. For diabetic patients, these effects are crucial in mitigating hyperglycemia and managing weight. Simultaneously, carefully calibrated daily calorie intake is essential to maintain a healthy weight, which directly impacts insulin resistance and glycemic control. However, determining the optimal balance of fiber and calories for individual diabetic patients remains a complex challenge, necessitating personalized recommendations. This research aims to explore current dietary fiber recommendations and their impact on glycemic control, alongside the significance of tailored daily calorie intake in achieving optimal metabolic outcomes for individuals with diabetes. Rationale & Objective: This study examined fiber, calorie, and macronutrient intake in hospitalized diabetics, comparing it to 2024 RDA fiber recommendations. It identified imbalances, crucial for targeted nutritional interventions in diabetic patients. Method: This study enrolled 50 hospitalized diabetic patients (ages 30-90, both male and female) from a Nagpur super specialty center using random sampling. Non-diabetic individuals were excluded. Daily nutrient intake was assessed via 24-hour dietary recall and compared to the RDA 2024 guidelines. Dietary fiber adequacy was evaluated based on recommendations per 1000 kcal. Results: Diabetic patients significantly exceed required caloric intake (2178 kcal vs. 1816 kcal), with a 362 kcal average excess (p<0.00001). Protein intake is deficient (58g vs. 69g, p<0.00001), while fat intake is excessive (35g vs. 25g, p<0.00001). Fiber intake is alarmingly low (21g vs. 44g, p<0.00001). Statistical significance confirms these deviations. Patients consistently overconsume calories and fat, while under consuming protein and fiber, highlighting critical dietary management failures. Conclusion: Patients exhibit significant nutrient imbalances, consuming excess calories and fat while lacking protein and fiber. Caloric intake surpasses recommendations by 362 kcal, indicating poor dietary control. Protein is deficient by 10.73g, and fat intake exceeds guidelines by 40%. A severe fiber deficit exists, with consumption at only half the recommended level. Compounding these issues, a large proportion of patients are over 60 and overweight or obese, emphasizing the urgent need for improved dietary management.

International journal of research and scientific innovationVol. XII(V)
Openalex Percentile: Top 81%
Nutrition and Health in Aging
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