Advanced Multi-Beat Analysis (MBA™) The advanced algorithm called Multi-Beat Analysis built into the Argos monitor was developed at Massachusetts Institute of Technology (MIT) and Michigan State University. Unlike other monitors that analyze only one beat at a time, the Argos MBA algorithm analyzes multiple heart beats from the blood pressure signal to model the patient’s vascular resistance directly.
Embedded Files
Detect and Treat Shock Before it Becomes an Emergency
Circulatory Shock in critically ill patients is a life-threatening condition characterized by a severe impairment in tissue perfusion, leading to inadequate oxygen and nutrient delivery to vital organs.
Circulatory Shock in critically ill patients is a life-threatening condition characterized by a severe impairment in tissue perfusion, leading to inadequate oxygen and nutrient delivery to vital organs.
Often misdiagnosed as hypotension, shock is a primary cause of complications such as acute kidney injury, cardiac injury, sepsis and more in the OR and in the ICU. When this happens, clinicians have 1-2 minutes to prevent damage to vital organs.
Often misdiagnosed as hypotension, shock is a primary cause of complications such as acute kidney injury, cardiac injury, sepsis and more in the OR and in the ICU. When this happens, clinicians have 1-2 minutes to prevent damage to vital organs.
Prompt recognition and appropriate resuscitation are crucial to improve patient outcomes. The management of shock in critically ill patients requires a timely intervention with hemodynamic-guided therapy to ensure sufficient oxygen delivery and minimize organ damage in these high-risk patients.
Prompt recognition and appropriate resuscitation are crucial to improve patient outcomes. The management of shock in critically ill patients requires a timely intervention with hemodynamic-guided therapy to ensure sufficient oxygen delivery and minimize organ damage in these high-risk patients.
Accurate
Accurate
The only Cardiac output monitor that maintains accuracy with arrythmia patients, changes in vasomotor tone changes and low flow states.
In a head-to-head comparison study against the leading competitor, the Argos system proved to be 50% more accurate.
Easy-to-Use
Easy-to-Use
1 cable connection (No Disposables)- Connect and monitor at any time without losing the invasive blood pressure signal, even during periods of hemodynamic instability.
No calibration required
Start monitoring in less then 60 seconds
Cost Effective
Cost Effective
No Proprietary disposables
Reduce and save on costly complications such as AKIs, MINS, and SSIs by implementing hemodynamic care protocols
Internal data shows an average yearly cost saving of $63,000 in the OR
Click Below to learn more...
Click Below to learn more...
Page updated
Google Sites
Report abuse