July 2026
Complex Medical Nutrition Therapy Case Study | CKD, Fatty Liver & Hypertension Management
Dietitian Shreyasree Dhang · Reviewed by Clinical Nutrition Team
What changedFollow-Up & Clinical Progress
- Stabilization of kidney function markers (eGFR and creatinine)
- Better lipid management (reduction in triglycerides and cholesterol levels)
- Improved hemoglobin status and anemia parameters
- Enhanced blood pressure control and reduced cardiovascular risk factors
Patient Profile
- Name
- Ratan Saha
- Age / Gender
- 54 years / Male
- Occupation
- Shopkeeper
- Height / Weight
- 6'1" (185 cm) / 94 kg
- Diagnosis
- Stage 3 CKD, Severe Hypertension, Dyslipidemia, NAFLD, Iron Deficiency Anemia
Medical Background
Ratan Saha, a 54-year-old male shopkeeper, presented with fatigue, generalized weakness, skin itching, dark skin patches, abdominal distension, and reduced urinary health for the past three months. Clinical analysis revealed multiple chronic metabolic disorders requiring a comprehensive Medical Nutrition Therapy (MNT) intervention.
Key Challenges
- Calorie control for weight and metabolic management
- Protein restriction (0.8 g/kg/day)
- Sodium restriction (<2 g/day)
- Potassium and phosphate control
- Fluid restriction (1500 ml/day)
- Low-cholesterol dietary pattern
- Iron, folate, and vitamin C support
- Preparation for possible future dialysis
He consulted Dytoclick for structured, renal-safe therapeutic nutrition support.
- Blood Pressure
- 184/113 mmHg (Severe Hypertension)
Clinical Data
Blood Reports & Clinical Findings
| Parameter | Value | Interpretation / Status |
|---|---|---|
| eGFR | 45 ml/min | Stage 3 CKD |
| Serum Creatinine | 7.5 mg/dl | Elevated |
| Uric Acid | 9.2 mg/dl | Elevated |
| Urea | >50 mg/dl | Elevated |
| Blood Pressure | 184/113 mmHg | Severe Hypertension |
| Hemoglobin | 8 g/dl | Severe Anemia |
| Total Cholesterol | 430 mg/dl | Severely High |
| Triglycerides | 350 mg/dl | High |
| LDL Cholesterol | 233 mg/dl | High |
| HDL Cholesterol | 32 mg/dl | Low |
| Ultrasound | Severe Fatty Liver | NAFLD |
Nutritional Restrictions & Support Target
| Nutrient / Target | Prescription / Boundary | Clinical Purpose |
|---|---|---|
| Protein Intake | 0.8 g/kg/day | Renal-safe intake & CKD management |
| Sodium Intake | < 2 g/day | Hypertension & fluid balance control |
| Fluid Intake | 1500 ml/day | Prevent fluid overload & swelling |
| Electrolytes | Controlled Potassium & Phosphate | Electrolyte balance in CKD Stage 3 |
| Micronutrients | Iron, Folate & Vitamin C Support | Severe anemia correction |
Nutritional Assessment
- Protein restriction: 0.8 g/kg/day (plant-based focus)
- Sodium restriction: <2 g/day
- Fluid restriction: 1500 ml/day
- Potassium & Phosphate control required
- Micronutrient support: Iron, Folate, and Vitamin C
- Dialysis readiness monitoring
Diet Protocol
- Customized Medical Nutrition Therapy (MNT) plan tailored to CKD stage and liver health
- Structured renal-safe meal plans with sodium, potassium, phosphate, and fluid restrictions
- Emphasis on high-quality plant-based protein sources while keeping total protein at 0.8 g/kg/day
- Low-cholesterol, heart-healthy dietary pattern to address severe dyslipidemia
- Micronutrient support for anemia management including iron, folate, and vitamin C
- Continuous fluid and electrolyte tracking to prepare for potential future dialysis needs
Dietary Objectives
Manage Renal Health & CKD Progression
Implement a strict 0.8 g/kg/day protein restriction alongside controlled electrolyte and fluid intake (1500 ml/day) to relieve renal stress.
Control Blood Pressure & Cardiovascular Risk
Enforce sodium restriction (<2 g/day) and low-cholesterol dietary patterns to manage severe hypertension (184/113 mmHg) and dyslipidemia.
Support Liver Function & Fatty Liver Recovery
Design calorie-controlled, nutrient-dense meal plans to address Non-Alcoholic Fatty Liver Disease (NAFLD) and metabolic strain.
Correct Iron Deficiency Anemia
Incorporate iron, folate, and vitamin C support to improve severe anemia (Hb 8 g/dl) while maintaining kidney-safe dietary limits.
Nutrition Intervention
Customized MNT & Renal-Safe Meal Planning
Structured personalized meal plans focused on plant-based protein sources, maintaining nutritional adequacy under strict protein, sodium, and fluid boundaries.
Cardiovascular & Anemia Support
Implemented dietary modifications to reduce total cholesterol (430 mg/dl) and triglycerides (350 mg/dl) alongside micronutrient support for anemia.
AI-Assisted Precision by Dytoclick
Leveraged Dytoclick for automated calorie, protein, electrolyte, and fluid calculations, enabling real-time monitoring and dynamic updates based on lab reports.
Regular Monitoring & Dialysis Readiness
Scheduled periodic assessments of renal markers, blood pressure, lipid profile, hemoglobin, and fluid compliance for long-term health stabilization.
How Dytoclick Helped
- AI Meal Generation
- Generated AI-assisted personalized meal plans tailored to CKD, hypertension, and fatty liver
- Automated Calculations
- Automated calorie, protein, electrolyte, and fluid calculations
- Real-time Tracking
- Enabled real-time monitoring of sodium, potassium, phosphate, and cholesterol intake
- Dynamic Updates
- Updated diet plans dynamically based on laboratory reports and disease progression
- Client Guidance
- Simplified complex dietary recommendations into patient-friendly guidance
- Adaptability
- Adapted meal plans according to food preferences, cultural habits, and medical restrictions
Clinical Outcomes (Follow-Up & Clinical Progress)
- Stabilization of kidney function markers (eGFR and creatinine)
- Better lipid management (reduction in triglycerides and cholesterol levels)
- Improved hemoglobin status and anemia parameters
- Enhanced blood pressure control and reduced cardiovascular risk factors
- Improved dietary adherence and fluid compliance
- Enhanced overall metabolic health with continuous monitoring
Final Thoughts
The integration of Dytoclick transformed a highly complex multi-disease case into a structured and manageable nutrition care plan. Personalized nutrition support improved clinical decision-making and patient adherence, reducing metabolic risk and empowering both dietitians and patients.