See how AHI is proven to help better manage clinical care.
Case Study: Bounceback
With AHI, there was a potential opportunity to recognize the gradual patient deterioration well in advance, thereby avoiding failure to rescue, transfer to lower level of care, and eventual bounceback.
Case Study: ICU Readmission
Through retrospective review, if AHI outputs had been available and heeded, the patient would not have been transferred to a lower level of care, and therefore would not have required a readmission to the ICU in less than 24 hours.
Case Study: Sepsis
Through retrospective review, AHI provided clear and continuing real-time warnings of patient deterioration immediately in response to a medication change.
Case Study: Septic Shock
AHI provided early and continuing real-time warnings of patient deterioration, possibly enabling a timelier titration of needed medications that could have improved the clinical outcome.
Case Study: Undetected Hemorrhage
Through retrospective review, 37 hours before RRT call and second surgery, AHI provided consistent, low-noise affirmation that patient was hemodynamically unstable (red) until post- surgery on day 3, when patient was hemodynamically stabilized and recovering.
AHI is the new standard for detecting hemodynamic instability. Contact us to learn more.
The key value proposition is in accurately predicting problems before they happen to aid in the recognition and rescue of the deteriorating patient…this makes it a novel next generation monitoring and predicting tool.
We have a couple of teams dabbling in "early warning" models but they have not distilled it down to a single ECG lead!
The linkage of an early response team with this technology would have a very high likelihood of being associated with a significant survival benefit.
This is an amazing breakthrough! I can see so many applications within the hospital. I would like to get you connected to our innovation center so that we could be involved in its development.
Yes, this is a game-changer. The industry absolutely needs a better detection system for hemodynamic instability.
All I can say is wow! That is awesome.