Good summary for new starters/staff not familiar with the technology. The only thing I would suggest is showing the Intellivue X2 'transfer box' as we call it.(Where the leads connect in), and showing how to attach/detach it safely from the monitor, e.g. for when transferring to CT or ICU. It's a costly error waiting to happen if they aren't secured in properly as our department have learned.
We were unsure whether to include this in the original video, however, based on recent feedback we're aiming to produce a quick follow-up video detailing what to do when transferring the monitor with a patient. Thanks 👍
I must admit that the technology in heart monitors are far more advanced than what they were years ago. I never knew these monitors could run an ECG, because at the hospital in town they just opened a new emergency section on the hospital and they always bring a separate machine in to perform an ECG. I was hooked up to one of these a year ago, so it’s pretty neat to see how advanced the technology is especially since they are able to diagnose certain things just by reading all of the information that the heart monitor receives.
Good introduction. I was hoping to see how you transfer monitoring to portable one while transporting patient off unit, so I can still keep the data to document.
Was there already a portable version or slightly smaller cardiac monitor that can be fitted in a large bag to be assembled in a bus medical emergency vehicle with minor OR or ambulance, usable during a city disaster incidents like terrorist bomb explosions and large city fire or helicopter ambulance transporting injured government officials or business personalities, like for example them to be fetched in a mountainous areas for example far from cities?
In the west I think persons or beings have their specific numbers admit it or not, true or false, I dont care, but what if by pressing a particular number of a person in your modern monitor you can assess the cardiac electrical activity of a particular person whether with conduction problem arrhythmia or pathway problem such as LBBB or RBBB, assessing the heart structural events without placing any electrodes, pads or paddles but by wavelengths, frequencies alone and manipulating the heart conduction system of that person using particular energy fit for that persons category or by fixing the conduction pathway by elements manipulations using dust particles using the computer consoles, maybe in the future.
Good summary for new starters/staff not familiar with the technology.
The only thing I would suggest is showing the Intellivue X2 'transfer box' as we call it.(Where the leads connect in), and showing how to attach/detach it safely from the monitor, e.g. for when transferring to CT or ICU.
It's a costly error waiting to happen if they aren't secured in properly as our department have learned.
We were unsure whether to include this in the original video, however, based on recent feedback we're aiming to produce a quick follow-up video detailing what to do when transferring the monitor with a patient. Thanks 👍
Thank you both so much for taking the time to go through this with us.
I’m here after being in a hospital bed connected to one of these for about 2-3 hours and reading off the machine so thank you for this ❤️
I am a nursing student and this was so helpful to me! Thank you.
Hi i m indian mariya my education MSc nursing
This was an excellent video! Thanks so much for sharing! Very helpful info!
Beautifully explained 👏👏👏👏👏
I must admit that the technology in heart monitors are far more advanced than what they were years ago.
I never knew these monitors could run an ECG, because at the hospital in town they just opened a new emergency section on the hospital and they always bring a separate machine in to perform an ECG.
I was hooked up to one of these a year ago, so it’s pretty neat to see how advanced the technology is especially since they are able to diagnose certain things just by reading all of the information that the heart monitor receives.
What's the cost of Cardiac Monitor?
Thanks for sharing, it's really very useful.
Tank u, Good information.
this is great video
NIce and informative video
Hi,
It's amazing, i learn lot of from this tutorial. I have a query that " how i can get cardiac output, is there any tutorial on it?" Please help me.
how do i connect the remote control to the mx 800
Respiration doesn't come up even when all leads connected, why could that be?
Good introduction. I was hoping to see how you transfer monitoring to portable one while transporting patient off unit, so I can still keep the data to document.
Was there already a portable version or slightly smaller cardiac monitor that can be fitted in a large bag to be assembled in a bus medical emergency vehicle with minor OR or ambulance, usable during a city disaster incidents like terrorist bomb explosions and large city fire or helicopter ambulance transporting injured government officials or business personalities, like for example them to be fetched in a mountainous areas for example far from cities?
Good information
#ADVANCETECHNOLOGY
I have not got a clue why I am here, I am not employed in the medical field in any way shape or form, very interesting though.
I think it would have been better to focus the screen on the Monitor not on speaker
In the west I think persons or beings have their specific numbers admit it or not, true or false, I dont care, but what if by pressing a particular number of a person in your modern monitor you can assess the cardiac electrical activity of a particular person whether with conduction problem arrhythmia or pathway problem such as LBBB or RBBB, assessing the heart structural events without placing any electrodes, pads or paddles but by wavelengths, frequencies alone and manipulating the heart conduction system of that person using particular energy fit for that persons category or by fixing the conduction pathway by elements manipulations using dust particles using the computer consoles, maybe in the future.