Hi, I'm Cathy, with Level Up RN. In this video, we are going to talk about blood transfusions.
So we'll talk about the types of blood products, best practices for blood administration, as well
as blood transfusion reactions. At the end of the video, I'm going to give you guys a little quiz
to test your knowledge of some of the key points I'll be covering in this video. So definitely stay
tuned for that. Let's talk about the different types of blood products that we may need to give
our patient and the infusion time associated with each of those blood products. So for packed red
blood cells, we would infuse those over two to four hours, so a maximum of four hours.
With fresh frozen plasma, we infuse those much faster. So those will be infused between 15 and 30
minutes, and they need to be administered within two hours of thawing. Then we have platelets, and
those are also infused between 15 and 30 minutes. So whenever we're going to do a blood transfusion
on a patient, we want to confirm the patient's ID, their blood compatibility, and the expiration date
of the blood product with another RN. We're going to want to make sure the patient has a 20 gauge or
larger IV catheter. So ideally, they would have an 18 gauge, but a 20 gauge will likely work as well.
And you always want to check the patency of that IV and make sure it's working properly before you
call and have that blood product sent up, because that can definitely happen where you're like,
"Yeah, I'm ready for it. Send it up," and then you go and set it all up and you realize, "Oh,
the IV is infiltrated or not working properly. So definitely check the IV first. You want to prime
the blood transfusion administration set with normal saline only, so 0.9%
NaCl. So we're not priming the line with any other type of fluid other than that normal saline.
And then, you never want to administer medications
through the line that is getting blood. So just like with TPN, when a patient's getting TPN,
that line is just for TPN. When a patient is getting blood, that line is just for blood.
If the blood is not administered within 30 minutes of you receiving it, it needs to be sent back
to the blood bank. And like I mentioned before, we definitely need to administer packed red blood
cells within four hours. And then, we're going to take the patient's vital signs
before administration of the blood. And we're going to stay with the patient for the first 15
minutes of administration to make sure they don't have a reaction. And if they are doing fine after
15 minutes, we're going to take all those vital signs again to make sure everything looks okay.
Now let's talk about blood transfusion reactions. If your patient has a serious reaction to their
blood transfusion, you're going to want to stop the infusion. You're going to want to administer
0.9% NaCl through a separate line. So why don't we administer the same line that we use to set up the
blood transfusion through that blood transfusion administration set? Well, you have tubing there
that's going into the patient that is full of blood. So if your patient's having a reaction
and you're like, "Okay, I'm going to clamp the blood and I'm going to open up the NaCl,"
all that blood still has to get into the patient before they're going to get that normal saline,
and we don't want any more blood going into the patient. So that is why we want to administer 0.9%
NaCl through a separate line. Okay. Now that you understand the general steps that we would take in
the case of a blood transfusion reaction, let's talk about specific reactions and what symptoms
you may see, and what medications you may need to give in response to those reactions. So first
of all, we have a mild allergic reaction, and symptoms of this reaction can include itching,
flushing, and urticaria in response to a mild allergic reaction. We may be able to
give the patient diphenhydramine, which is Benadryl, to help mitigate those symptoms.
In the case of an anaphylactic reaction, which, of course, is very serious,
the patient may have symptoms such as wheezing, dyspnea, hypertension, and decrease oxygenation.
So their SpO2 will be decreased. In response to this type of reaction, we will likely be giving
epinephrine and corticosteroids as ordered by the provider. If the patient has a septic reaction,
they may have symptoms such as fever, chills, hypotension, tachycardia, and tachypnea,
and you would anticipate giving antipyretics as ordered for this type of reaction. With a septic
reaction, your patient may have symptoms such as fever, chills, and abdominal pain.
In response to that, you may need to collect cultures and administer antibiotics as ordered.
If your patient is having an acute hemolytic reaction, that's going to cause low back pain,
as well as fever and chills, tachycardia, tachypnea, and hypotension.
So you may need to collect labs and specimens and give them IV fluids as ordered by the provider.
And then finally, with a circulatory overload reaction to the blood transfusion, your patient
may have signs such as dyspnea, tachycardia, tachypnea, crackles, hypertension, and distended
jugular veins, so all the signs of fluid-volume excess. This is the one type of reaction where,
in all likelihood, we can keep giving them the blood transfusion, but we need to
decrease the infusion rate. So if your patient is having circulatory overload-type symptoms,
you want to raise the head of the bed, slow that infusion rate, although you still need to give
it within four hours, like we talked about before. You're also going to monitor their oxygenation and
their vital signs, and then the provider may order diuretics for you to provide the patient as well.
All right. Time for a quiz. I have three questions for you.
First question. What do you use to prime the blood transfusion administration set?
The answer is 0.0% NaCl, so normal saline. Question number two.
Low back pain, fever, tachycardia, and tachypnea. Here are signs of what blood transfusion reaction?
The answer is an acute hemolytic reaction.
Question number three. A blood transfusion must be completed within blank hours?
The answer is four. Okay. That's it for blood transfusions. Hope you found this video helpful.
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