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“Billions of dollars are spent on health care that never directly affect patient
care. Smart pumps, however can improve patient safety by reducing medication
administration errors” (Harding, 2013). An intravenous smart pump helps nurses
regulate the correct rate and line of infusion. Infusing an Intravenous solution
without a pump its like a time bomb waiting to explode. Back in the days when
Intravenous pump was not introduced yet, many catastrophic errors had happened
which puts patient’s safety in jeopardy. For example, a patient had both insulin
infusing at 5ml/hour and a maintenance infusion of IV sodium chloride at 100ml,
while the patient’s gown was changed the IV lines were switched. The insulin then
was infusing at 100ml/hr. while the sodium chloride was infusing at 5ml / hr.
(Paparella, Wollitz, Horsham, 2014). Making mistake is part of being a human being,
but some mistakes are more serious than others such as drugs that are high alert,
insulin or heparin. Patient will either bleed out or they will become hypoglycemic
and go into shock. With the introduction of intravenous smart pumps nurses can
program the rate of the infusion to the smart pump and if line were ever going to get
switched or mixed up the alarm will go off automatically on the IV pump. This will
alert the nurse to catch on to her mistake before it’s too late and reduce patient
harm. Another example will be when IV norepinephrine was order to maintain a
systolic blood pressure over 90mm Hg, shortly after the infusion was started the
patient had a sudden drop in blood pressure 68/30, it was not until later when the
nurse was about the increase the dose found the norepinephrine line was
disconnected. The problem was adjusted without increase of a dose (Paparella,
Wollitz, Horsham, 2014). If a smart pump was implemented in place and a line was
blocked off, the infusion pump will simply start beeping letting the nurse know that
something is going on with the line or something is wrong with the infusion. Instead
of coming back at the end of the shift only to find your patient’s line not running and
not medication was not getting deliver properly to the patient. Intravenous Pumps
works along the side of nurses and patient’s, it boost confident of the patient that
they are getting the correct infusion rate they need and also reduce human errors. It
acts as a last line of defense before the IV is being infused into the patient.
Intravenous Infusion Pumps
Medication error: infusion pump
“Billions of dollars are spent on health care that never directly affect
patient care. Smart pumps, however can improve patient safety by reducing
medication administration errors” (Harding, 2013). An intravenous smart
pump helps nurses regulate the correct rate and line of infusion. Infusing an
Intravenous solution without a pump its like a time bomb waiting to explode.
[Back in the days] when Intravenous pump was not introduced yet, many
catastrophic errors had happened which puts patient’s safety in jeopardy. [For
example, a patient had both insulin infusing at 5ml/hour and a maintenance
infusion of IV sodium chloride at 100ml, while the patient’s gown was changed
the IV lines were switched]. The insulin then was infusing at 100ml/hr. while
the sodium chloride was infusing at 5ml / hr. [Explain this further - wording is
confusing] (Paparella, Wollitz &Horsham, 2014). [Making mistake is part of
being a human being][Human errors are common and most can be fixed], [but
some mistakes are more serious than others such as drugs that are high alert,
insulin or heparin] [but medication errors that involve high alert drugs, insulin, or
heparin, for example, can lead to lethal consequences]. [Patient will either bleed
out or they will become hypoglycemic and go into shock.] [The most common
outcomes of medication errors include toxicity, shock, and death.] [The benefit of
implementing an intravenous smart pump is that] [With the introduction of
intravenous smart pumps] nurses can program the rate of the infusion to the
smart pump and [if line were ever going to get switched or mixed up] [we don’t
get what you’re trying to say here. Explain what switch and mixed up means. Why
would you unattach the lines and mix them up?] the alarm will go off
automatically on the IV pump. This will alert the nurse to catch on to her
mistake before it’s too late and reduce patient harm. Another example will be
when IV nor-epinephrine was order to maintain a systolic blood pressure over
90mm Hg, shortly after the infusion was started the patient had a sudden drop
in blood pressure 68/30, it was not until later when the nurse was about the
increase the dose found the nor-epinephrine line was disconnected. The
problem was adjusted without increase of a dose (Paparella, Wollitz&
Horsham, 2014). If a smart pump was implemented in place and a line was
blocked off, the infusion pump will simply start beeping letting the nurse
know that something is going on with the line or something is wrong with the
infusion. Instead of coming back at the end of the shift only to find your
patient’s line not running and not medication was not getting deliver properly
to the patient. Intravenous Pumps works along the side of nurses and
patient’s, it boost confident of the patient that they are getting the correct
infusion rate they need and also reduce human errors. It acts as a last line of
defense before the IV is being infused into the patient.
[Need to mention how the pump doesn’t know which line is supposed to be infused
first - for example, you need to hang the IVPB up higher than the maintenance fluid]