Drug Infusion in UCI Emergency is a medical utility designed to assist clinicians in calculating drug concentrations and infusion speeds for critically ill patients. The app provides standardized infusion schemes and allows for custom solution creation to help mitigate the risk of manual calculation errors.
Overview · Full Intel report in progress
The App DNA
What makes this app unique?
For Healthcare professionals working in urgency, emergency, and intensive care settings.
What does it look like?
Key features
Provides pre-set solution standards based on common intensive care practices.
Allows users to define new solutions based on specific ampoules available in their clinical service.
Calculates dosage in mL/hour and enables conversion between infused speed and concentration.
Displays patient-weight-based therapeutic ranges with options for user-defined adjustments based on clinical judgment.
How much does it cost?
Velocity
Dormant developmentShow more...
5 versions in history. Development pace: zombie.
Who built it?
SmartMedic LTDA
3 apps tracked · Medical
User Sentiment
What do users think recently?
How are ratings & reviews evolving?
Not enough recent reviews to extract reliable themes yet.
Read the full review analysisCompetition
Competitive landscape for Drug Infusion in UCI Emergency
How's the Medical market?
The rivals identified
By ICU Advantage LLC
Both apps target the same critical care professional audience, with the rival providing broad clinical reference material while this app focuses on specific infusion calculation tasks.
- ICU Advantage Rapid Reference provides broad clinical concept education; Drug Infusion in UCI Emergency focuses on specific infusion calculation tasks.
- ICU Advantage Rapid Reference is free; Drug Infusion in UCI Emergency requires a 4.99 dollar purchase.
Unlock the head-to-head verdict: where this rival wins, and where it loses.
Access the full report for freeThe Analyst's Read
Key takeaways for Drug Infusion in UCI Emergency
Where is it heading?
Bottom line
This app functions as a clinical decision support tool aimed at reducing medication calculation errors in high-acuity medical environments.
Report last updated