rhan101277
Forum Deputy Chief
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Yes I think we use a 1980's ish ECG system. What about using the R-R interval to verify a-fib?
Doesn't matter if you use the 50's ECG system. The R-R is regularly irregular. See that there is a set pattern. As well, no real defined "P' waves, yes artifact but nothing to distinctly say that it is a P wave.
R/r 911
It would just be nice if we had machines with higher resolutions like what they have in the ER. Those ones check the rythm themselves, but the doctor looks at it to.
Yeah, whenever I see someone, even those with MD or DO behind their name, look soley at the interpretation never even glancing at the ECG itself, I just chringe.NEVER EVER trust a machine interpretation. We don't even have our machines, either field or hospital, programmed for the interpretation.
NEVER EVER trust a machine interpretation. We don't even have our machines, either field or hospital, programmed for the interpretation.
Yeah, whenever I see someone, even those with MD or DO behind their name, look soley at the interpretation never even glancing at the ECG itself, I just chringe.
Why cringe? Machines do not make mistakes like we do. Some very very very intelligent folks wrote the code for rhythm interpretation software used in modern machines. These people are way smarter than your average paramedic or even doctor.
So how do we know to trust an AED if it warrants a shock? The machine interpreted it...
I think it must be a board of doctors that determine what type of rythms the machine can interpret. But it is always good to look at the strip and make sure. Since software can hose up from time to time, look at computers. I almost went into medical equipment calibration field, out of electronics engineering from college. It was a interesting field.
Im sorry Vent, I do not think I included as much sarcasm as I should. My post was a joke in poor taste. All EKGs should be read by a qualified professional.
Of primary concern to the EMS Agency is the false positive .eld
ECG--one which shows a STEMI in the .eld but is not con.rmed
in the Emergency Department. Most SRC’s activate teams of 3-6
people that often respond immediately from home based on the
pre-hospital reading. It doesn’t take too many false activations
to burn out a team or cardiologist. Although the percentage of
false positives has decreased from 44% during the .rst month
to an average of 27% for the subsequent months, reducing and
identifying the reasons for these false positives remains a major
focus of the program.
Poor tracings are a major contributor to false positive activation:
artifacts or wavy baseline. This can be reduced by ensuring
good electrode placement, reducing patient movement and/or
proper setting of ECG .lters according to manufacturer instructions.
When the paramedic has any suspicion of artifact or irregular
baseline on an ECG reading STEMI, the ECG should
be repeated prior to base contact and/or transport when time
allows. Paramedics should notify the base or the SRC of a tachycardia
or paced rhythm in patients with suspected STEMI.
that our patients are receiving.