Daily ICU Progress Notes in the Frichman Style
Daily ICU progress notes should follow a structured format that includes patient demographics, vital signs, neurological status, ventilator settings, hemodynamic parameters, infection control, prophylaxis measures, and daily goals to reduce mortality and improve patient outcomes. 1
Essential Components of ICU Progress Notes
Patient Identification and Demographics
- Patient name, medical record number, date of admission
- Primary diagnosis and reason for ICU admission
- Current ICU day number
Vital Signs and Physiological Parameters
- Temperature, heart rate, respiratory rate, blood pressure (systolic and diastolic)
- Oxygen hemoglobin saturation (SpO2)
- First documented cardiac rhythm after hospital arrival 2
- Pupillary light reaction 2
Neurological Assessment
- Glasgow Coma Scale (GCS) score or other age-appropriate system (ABC, AVPU)
- Sedation score
- Delirium assessment using validated tools
- Best neurological function during hospitalization 2
Respiratory Status
- Ventilator settings and parameters (if applicable)
- FiO2, PEEP, mode, tidal volume, respiratory rate
- Arterial blood gas results (pH, PaO2, PaCO2) 2
- Presence of pulmonary edema or ARDS 2
- Readiness to wean assessment
- Airway and ventilation requirements 2
Hemodynamic Status
- Vasopressor/inotrope requirements (type and dose)
- Fluid balance (input/output) in last 24 hours
- Weight trends
- Documentation of hypotension episodes 2
- Circulatory support requirements 2
Infection Control
- Current antibiotics (name, dose, duration, indication)
- Culture results and sensitivities
- Temperature trends
- White blood cell count
- Presence of any healthcare-associated infections
Medication and Sedation
- Current sedatives and analgesics
- Neuromuscular blockers (if used) 2
- Thromboprophylaxis status 2
- Stress ulcer prophylaxis 2
Nutrition and Gastrointestinal Status
- Current nutrition plan (enteral vs. parenteral)
- Feeding rate and tolerance
- Bowel movement status
- Gastric residual volumes (if applicable)
- Swallowing assessment (especially for patients with tracheostomy) 2
Prevention Measures
- DVT prophylaxis status
- Central line necessity and bundle compliance
- Urinary catheter necessity
- Early mobility progress and plan 2
- Pressure ulcer prevention measures
Laboratory Data
- Relevant laboratory values (electrolytes, renal function, liver function)
- Serum glucose levels (initial, highest, lowest) 2
- Serum lactate levels 2
Daily Goals and Care Planning
- Primary problems list with daily goals for each
- Ventilator liberation strategy (if applicable)
- Mobility/physical therapy plan
- Code status/goals of care
- Family communication plan 1
Systems-Based Review
- Brief review of each organ system with pertinent findings
- Any complications or new issues in the past 24 hours
- In-hospital resuscitation events (if applicable) 2
Implementation Tips
- Complete the checklist before team rounds and review during rounds
- Assign team members responsibility for different components
- Incorporate the checklist into daily workflow rather than as a separate task 1
- Use the note as a communication tool between different care teams 3
Common Pitfalls to Avoid
Discrepancy between ICU and ward documentation: Ensure continuity in documentation of patient issues when transferring between units. Research shows only 42% agreement between ICU and ward notes 3
Excessive length: ICU notes tend to be longer than ward notes (mean 21 vs. 15 lines of text) 3. Focus on relevant information to improve readability
Inconsistent structure: Maintain a consistent format to improve communication between healthcare providers
Inadequate documentation of interventions: Document all therapeutic interventions, even when patients are admitted for monitoring purposes only 4
Missing prophylaxis documentation: Always document DVT and stress ulcer prophylaxis status 1
By following this structured approach to daily ICU progress notes, clinicians can ensure comprehensive documentation that facilitates effective communication, improves patient care, and reduces mortality in the intensive care setting.