Nursing Care Plan (NCP) for Anemia
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Outline
Lesson Objective for Nursing Care Plan (NCP) for Anemia
What is Anemia?
Anemia is a condition where your blood doesn’t have enough healthy red blood cells. These cells are important because they carry oxygen around your body. Imagine if a delivery truck couldn’t carry enough packages – similarly, with anemia, your body doesn’t get the amount of oxygen it needs.
Why Red Blood Cells are Important:
Red blood cells contain hemoglobin, a protein that picks up oxygen from the lungs and delivers it to all parts of your body. Without enough oxygen, your organs and tissues can’t work as well as they should.
Causes of Anemia:
There are many reasons you might have anemia. It could be because your body isn’t making enough red blood cells, you’re losing blood (like from a heavy period or a wound), or your body is destroying these cells too quickly.
Symptoms of Anemia:
- Feeling tired or weak.
- Looking pale.
- Shortness of breath.
- Sometimes a fast heartbeat.
Types of Anemia:
There are different kinds, like iron-deficiency anemia (not enough iron, which is needed to make hemoglobin) and sickle cell anemia (where red blood cells are shaped weirdly and can’t carry oxygen well).
Upon completion of this care plan, nursing students will be able to:
- Identify the types and causes of anemia, distinguishing between common classifications such as iron deficiency, vitamin B12 deficiency, and hemolytic anemia.
- Perform a comprehensive nursing assessment, including a thorough review of medical history, physical examination, and diagnostic tests specific to anemia.
- Formulate and prioritize nursing diagnoses, recognizing signs and symptoms associated with anemia and their impact on the patient’s overall health.
- Develop evidence-based nursing interventions, tailored to the type and severity of anemia, to address symptoms and improve the patient’s hemoglobin levels.
- Educate patients on self-management strategies, including dietary modifications, medication adherence, and lifestyle adjustments to enhance overall well-being and prevent the recurrence of anemia.
Pathophysiology for Anemia
Anemia is a health condition marked by a shortage of red blood cells or a lower concentration of hemoglobin in the blood, which results in a reduced ability to carry oxygen. Different causes of anemia impact red blood cells’ creation, development, or lifespan in distinct ways.
- Iron-Deficiency Anemia:
- Cause: Inadequate iron intake, chronic blood loss, or impaired iron absorption.
- Pathophysiology: Insufficient iron limits the synthesis of hemoglobin, affecting the production of functional red blood cells. This leads to microcytic, hypochromic RBCs and a decreased oxygen-carrying capacity.
- Vitamin B12 Deficiency Anemia (Pernicious Anemia):
- Cause: Inadequate dietary intake of vitamin B12 or impaired absorption.
- Pathophysiology: Vitamin B12 is essential for DNA synthesis and maturation of red blood cells. Deficiency leads to the formation of large, immature erythrocytes (macrocytic RBCs) with impaired oxygen-carrying capacity.
- Hemolytic Anemia:
- Cause: Increased destruction (hemolysis) of red blood cells.
- Pathophysiology: Accelerated destruction may be due to intrinsic factors (genetic abnormalities, membrane defects) or extrinsic factors (immune reactions, infections). Hemolysis results in the release of bilirubin, causing jaundice and an increased risk of gallstones.
- Chronic Disease Anemia:
- Cause: Underlying chronic conditions such as inflammatory disorders, chronic infections, or malignancies.
- Pathophysiology: Chronic inflammation interferes with the normal production and lifespan of red blood cells, leading to a state of anemia. Proinflammatory cytokines contribute to impaired erythropoiesis.
Etiology for Nursing Care Plan (NCP) for Anemia
- Iron-Deficiency Anemia:
- Inadequate Dietary Intake: Insufficient consumption of iron-rich foods, particularly common in individuals with poor nutrition or restrictive diets.
- Chronic Blood Loss: Prolonged or recurrent bleeding, such as gastrointestinal bleeding (ulcers, gastritis), heavy menstrual periods, or frequent blood donation.
- Impaired Iron Absorption: Conditions like celiac disease, inflammatory bowel disease, or gastric surgery can hinder the absorption of iron.
- Vitamin B12 Deficiency Anemia (Pernicious Anemia):
- Dietary Insufficiency: Lack of vitamin B12 in the diet, common in vegetarians or those with limited access to animal products.
- Impaired Absorption: Conditions affecting the absorption of vitamin B12, such as pernicious anemia (autoimmune destruction of intrinsic factor), atrophic gastritis, or certain medications (proton pump inhibitors).
- Hemolytic Anemia:
- Intrinsic Factors: Genetic conditions affecting red blood cell structure or enzymes (e.g., sickle cell disease, thalassemia).
- Extrinsic Factors: Autoimmune reactions, infections (malaria, Clostridium perfringens), toxins, or adverse reactions to medications.
- Chronic Disease Anemia:
- Inflammatory Disorders: Chronic inflammatory conditions like rheumatoid arthritis, systemic lupus erythematosus (SLE), or inflammatory bowel diseases.
- Chronic Infections: Prolonged infections such as tuberculosis, HIV/AIDS, or chronic urinary tract infections.
- Malignancies: Cancers affecting the bone marrow or causing chronic inflammation.
- Hereditary or Genetic Factors:
- Thalassemia: Inherited genetic disorders affecting the synthesis of hemoglobin.
- Hereditary Spherocytosis: Genetic condition leading to spherical-shaped red blood cells, which are more prone to destruction.
Desired Outcome for Nursing Care Plan (NCP) for Anemia
- Improved Lab Values:
- Short-Term Goal: Within XXXX time, the patient’s red blood cell and hemoglobin levels will increase to within the normal range.
- Resolution of Symptoms:
- Short-Term Goal: Within [insert time frame, e.g., 1 week], the patient will report a decrease in fatigue, shortness of breath, and dizziness.
- Interventions: Educate the patient on energy conservation techniques, administer prescribed medications, and monitor for adverse effects.
- Identify and Manage Underlying Causes:
- Intermediate-Term Goal: Within [insert time frame, e.g., 4 weeks], the healthcare team will identify and initiate appropriate interventions for the underlying cause of anemia.
- Interventions: Collaborate with physicians for diagnostic tests (e.g., endoscopy, bone marrow biopsy) to identify specific etiologies. Implement interventions based on the identified causes.
- Patient Education and Self-Management:
- Short-Term Goal: Within [insert time frame, e.g., 2 weeks], the patient will demonstrate understanding of dietary modifications and medications to manage anemia.
- Interventions: Provide nutritional counseling, including iron-rich foods. Educate on the importance of medication adherence and follow-up appointments.
- Prevention of Anemia Recurrence:
- Long-Term Goal: Over the next [insert time frame, e.g., 6 months], the patient will implement preventive measures to avoid recurrence.
- Interventions: Develop a personalized plan with the patient, emphasizing the importance of maintaining a balanced diet, managing underlying health conditions, and attending regular follow-up appointments.
Anemia Nursing Care Plan
Subjective Data:
- Fatigue/weakness
- Dizziness
- Shortness of breath
- Chest pain
- Headache
Objective Data:
- Pale or yellowish skin
- Bleeding/hemorrhage
- Syncope
- Hypotension
- Tachycardia
- Abnormal labs (CBC = decreased RBC and HGB)
Nursing Assessment for Anemia:
- Health History:
-
- Current Symptoms: Document the patient’s chief complaints, including fatigue, weakness, shortness of breath, dizziness, and pallor.
- Medical History: Explore past diagnoses, surgeries, and chronic illnesses, with a focus on conditions that may contribute to anemia (e.g., gastrointestinal bleeding, chronic infections).
- Medication History: List current medications, including over-the-counter supplements, and assess for potential interactions or side effects.
- Physical Examination:
-
- Vital Signs: Monitor blood pressure, heart rate, respiratory rate, and temperature for signs of anemia-related changes.
- Skin Assessment: Inspect for pallor, jaundice, or other skin abnormalities.
- Mucous Membranes: Assess the color of mucous membranes for signs of pallor or jaundice.
- Cardiovascular Examination: Listen for heart murmurs or abnormal heart sounds that may indicate underlying cardiac complications.
- Respiratory Examination: Evaluate respiratory effort and auscultate lung sounds, focusing on signs of respiratory distress.
- Laboratory and Diagnostic Tests:
-
- Complete Blood Count (CBC): Review hemoglobin, hematocrit, mean corpuscular volume (MCV), and red blood cell indices for the type and severity of anemia.
- Peripheral Blood Smear: Examine the morphology of red blood cells for abnormalities.
- Iron Studies: Assess serum iron, ferritin, and total iron-binding capacity (TIBC) to determine iron status.
- Vitamin B12 and Folate Levels: Measure vitamin B12 and folate levels to identify deficiencies.
- Reticulocyte Count: Evaluate the rate of red blood cell production.
- Psychosocial Assessment:
-
- Patient’s Perception of Fatigue: Explore the impact of fatigue on the patient’s daily activities and quality of life.
- Coping Mechanisms: Assess how the patient copes with stressors and challenges related to their health condition.
- Support System: Identify family and social support available to the patient.
- Dietary Assessment:
-
- Dietary Habits: Review the patient’s typical diet, focusing on the intake of iron-rich foods, vitamin B12, and folate.
- Nutritional Preferences: Identify any dietary restrictions, allergies, or preferences that may impact the patient’s nutritional status.
Nursing Interventions and Rationales for Nursing Care Plan (NCP) for Anemia
- Assess for and control obvious signs of bleeding
- External bleeding
- Heavy menstruation (>1 pad per hour)
- GI bleed
Excessive loss of blood results in decreased oxygenation and poor perfusion.
- Perform 12-lead ECG
Decreased blood volume causes tachycardia and arrhythmias. Monitor for ST depression and QT prolongation.
- Replace fluid volume per facility protocol
- IV fluids
- Administer blood transfusion for HGB <8 (per protocol and provider)
For blood loss of >40% volume, immediate transfusion is required
- Monitor diagnostic testing
- Lab values
- CT scans for possible liver or spleen lacerations
- Fecal occult blood – non-invasive test to determine if there is a potential GI bleed
Lab values to monitor closely:
- HGB (Normal 12-15 g/dL females; 13.5 – 16.5 g/dL males)
- B12 (Normal 2 – 20 ng/mL)
- Ferritin (Normal 20-300 ng/mL) – the protein that stores iron
- Iron (Normal 50-175 ug/dL)
- Monitor oxygen saturation and administer oxygen as necessary
- If SpO2 is <94%, initiate oxygen via nasal cannula at 2L/min, as ordered, and increase as needed
Lack of HGB reduces oxygenation and leads to hypoxia which causes damage to tissues and vital organs.
- Administer medications
- Iron supplements, for iron-deficiency anemia
- Pantoprazole (GI bleed) – helps reduce acid and stop the bleeding of peptic ulcers
- IV fluids and electrolytes as necessitated by lab values
- B12 injections or oral supplements – for B12 deficiency
- Erythropoietin is a hormone that may be given to treat anemia caused by chemotherapy or chronic kidney disease It stimulates the production of red blood cells in the bone marrow
- Provide nutritional education
- Increase green leafy vegetables
- Incorporate foods high in vitamin C
- Intake of red meat, lamb, poultry, and venison as well as fish and shellfish
- Intake of seafood and shellfish
- Limit or avoid intake of foods high in calcium
- Leafy greens such as spinach, kale, and chard are high in iron and folate
- Vitamin C assists in the absorption of iron. Good choices include oranges, red peppers and strawberries
- All meats and most fish and shellfish contain heme iron
- Calcium-rich foods such as raw milk, yogurt, cheese, and broccoli are high in calcium, which binds with iron and prevents absorption
Evaluation for Nursing Care Plan (NCP) for Anemia
- Hemoglobin Levels:
- Outcome: Successful if hemoglobin levels have increased or reached the target range.
- Criteria: Compare current hemoglobin levels with baseline values.
- Symptom Resolution:
- Outcome: Successful if the patient reports a reduction or absence of symptoms.
- Criteria: Assess changes in symptomatology through patient interviews.
- Identification and Management of Underlying Causes:
- Outcome: Successful if underlying causes are identified and appropriate interventions initiated.
- Criteria: Review diagnostic test results and collaborate with physicians.
- Patient Education and Self-Management:
- Outcome: Successful if the patient demonstrates an understanding of dietary modifications and medication management.
- Criteria: Evaluate the patient’s ability to articulate recommendations and describe the purpose of medications.
- Prevention of Anemia Recurrence:
- Outcome: Successful if the patient actively participates in preventive measures.
- Criteria: Assess adherence to dietary recommendations, medications, and attendance at follow-up appointments.
References
- https://emedicine.medscape.com/article/780176-workup
- https://www.mayoclinic.org/diseases-conditions/anemia/diagnosis-treatment/drc-20351366
- https://www.webmd.com/a-to-z-guides/understanding-anemia-basics#1
- https://healthline.com/health/best-diet-plan-for-anemia#takeaway
Example Nursing Diagnosis For Nursing Care Plan (NCP) for Anemia
- Fatigue: Anemia often leads to significant fatigue and weakness. This diagnosis addresses the patient’s energy and activity level.
- Inadequate Tissue Perfusion: Anemia can result in poor oxygen delivery to tissues. This diagnosis focuses on tissue perfusion issues.
- Imbalanced Nutrition: Less than Body Requirements: Severe anemia can affect appetite and nutritional intake. This diagnosis addresses nutritional deficits.
Transcript
All right guys, let’s work through an example Nursing Care Plan for a patient with anemia. So again, we’re just gonna use a hypothetical patient and we’re going to assume that anemia in general is their main problem. Now there’s a lot of different types of anemia. We’re gonna kind of focus on generic anemia. Maybe iron deficiency, B12 pernicious anemia issues. I’m not really gonna worry about sickle cell specifically because there’s so many other issues with that. So just think general anemia. So what kind of signs and symptoms are we going to see if somebody has anemia? Well, first things first, we know they’re going to have a low H/H. I mean it’s really the biggest definition of anemia. We’re going to see low hemoglobin. We might even see low red blood cells. And again, depending on the, cause we might see low iron levels are possibly low B12 levels, right?
So we’ve got some lab values. We can definitely look out for this patient with anemia. We also know that another cause of anemia might actually be bleeding. So we may be able to see those signs of bleeding or hemorrhage in that patient that has an amia. And then how’s this patient gonna feel? What are they going to tell you? They’re going to be tired for sure. They could definitely have fatigue. They might even be a little bit short of breath. They might even report some chest pain. Again, just depending on the severity. Maybe some dizziness, right? When you don’t have enough oxygen carrying capacity. Right? That’s the big issue. I can not carry oxygen like I’m supposed to. So I might even see low O2 levels. But essentially, remember oxygen saturation is just the percentage of the hemoglobin. You have that saturated.
So you can have a 100% saturation but still not be doing well because you don’t have enough hemoglobin. Right? What happens to my blood pressure. If I’m bleeding really bad, I might have low blood pressure. I might have a high heart rate to compensate. So all these things are things that you might see in a patient with anemia. Their skin might be Pale. I mean, if you don’t have enough blood, you definitely not going to be pink. Right? So all these things are possible signs. Again, when you’re doing this step of assessing, gathering all data, you’re also gonna want to look at everything else that’s going on with your patient, your urine output and your bowel sounds and things like that. But for this case, in step two is when we analyze and we say this is the important information.
And so we’re just going to focus on that relevant information for now. So you get to your analyze step, you pick out the information that actually is abnormal and tells you that something is going wrong. So what’s a big problem here? Well, we know that low hemoglobin levels equal decreased oxygen carrying capacity, right? So that’s gonna cause a lot of problems in our patient. They’re gonna have difficulty oxygenating if they’re bleeding, if they actually have blood loss. And that’s why they’re so anemic, obviously that can cause them perfusion issues and really just not having enough blood cells as a whole causes a lot of perfusion issues. Right? What can be improved? Well, we can increase their iron levels, right? Or increase their B12 levels if that’s part of the problem.
So what’s a big priority here? Well, we always go airway, right? Airway, breathing, circulation. So I’m going to go with this oxygenation issue is probably our biggest one. We need to make sure we’re getting oxygen out to our body, out to our tissues. And that’s probably the most important thing I need to worry about with a patient with anemia. And of course if they’re bleeding, that perfusion issue is going to become a huge issue as well. So now we can ask our how questions again, how we know it’s a problem. This is where we just data link. We start identifying what data tells us that we have specific problems and then we start to decide how we’re going to address it. So what are we going to do for this patient? We have a patient with anemia. We’re definitely gonna monitor their CVC, right? We want to know what their h and h is, what their, uh, red blood cell levels are.
If those levels are low enough, we’ll probably transfuse blood cells, right? I’m probably gonna give him a transfusion. We’re going to definitely monitor their O2 sats, and possibly even give O2 if it seems like it’s a necessary step. Now remember we said this patient has chest pain, so anytime you have a patient with chest pain, you want to make sure that you’re assessing those pain details and possibly even getting a 12 lead just to make sure that it’s not actually cardiac in nature. Right? If they’re bleeding out, we obviously want to transfuse, but even just giving them some IV fluids can help kind of perk them up a little bit, give them a little bit more energy. What else can we assess? We can assess their iron levels and there’d be 12 levels, right? And then we can also give iron and B12 if necessary.
We can give supplements for that. So especially if that’s the cause, we always want to address the cause of the problem. And then especially again, if these are the cause, we can definitely educate the patient, right? There’s foods that they can eat, there’s definitely things they can do in their diet. So how do I know it gets better? Remember, evaluate always links back to your data. So whatever I told you is a problem is also going to be what tells you if it gets better. So we’re going to see that h and h come back up. Um, we’re possibly going to see iron and B12 levels come back up. Our patient who was super fatigued before is going to be less fatigued, right? They’re going to tell you they feel better. They can do more things. Our oxygen levels are gonna improve. All of these things are going to all these things that told us it was a problem are going to be the things that also tell us that it’s better.
So next step is translate. Get it into the terms that you need to use so that you can concisely communicate what the problem is. So we prefer the high level nursing concepts because I feel like it gives you a bigger picture of what’s going on with your patient. So, number one, we already said our priority here is oxygenation. We know this patient’s going to have trouble carrying oxygen. And so we need to make sure we improve that ability to carry oxygen so they can get oxygen out to their second. I think, like I said, we’ll probably go with perfusion. Lack of red blood cells is always a problem, whether it’s from bleeding or anemia. So we need to be able to perfuse the rest of our body and get that blood flow where it needs to go. And then at this point, when it comes to a third priority, I really like looking at the idea that this iron and B12 can make a huge difference in this patient, especially if that’s the source of their problem.
So I’m just going to say nutrition. You could also possibly say patient education because there’s a lot of education you can do. But I’m gonna focus specifically on some of those foods that they need to eat. So last step is we transcribe, we take our priorities, we get everything on paper, and we link everything together. So again, this is how we see, you know, what’s the problem and how do I know, what am I going to do about it? Why and what do I expect to find? So you’re lining everything up so you can really see a big picture. So we said our priorities are oxygenation, perfusion, and nutrition. So what’s the data that tells us that we are probably having an issue with oxygenation? Well, low H&H, we know that’s what helps us carry oxygen. That hemoglobin. We might have a low SpO2. Our patient’s probably really tired and they might even be short of breath.
All of this is telling me that there’s an oxygenation issue with my patient. So what am I going to do? I’m going to monitor their oxygen and I’m probably going to give oxygen if necessary, right? So why? We know, again, low hemoglobin makes oxygen carrying difficult and giving that oxygen can help improve delivery out to the body, to the tissues. So again, our data is what helps tell us what our expected outcomes should be. So what’s our expected outcome? Keep that oxygen up right? Keep their oxygen levels as high as we want them. So I say 92% that’s pretty standard. But whatever your goal is to maybe your providers specifically wants 95%, maybe your patient has other problems and we’re really only aiming for 88 or 90. So just make sure that you know what the goal is for your patient. So looking at perfusion, especially when we’re considering a patient with a lack of red blood cells. They’re showing dizziness or chest pain, that tells me that they’re having lack of perfusion to their heart, lack of perfusion to their brain.
They might be Pale so they’re not perfusing their skin and they might even actually have bleeding or hemorrhage, which tells me that’s a perfusion issue, right? So what am I going to do? Monitor that CBC and I’m probably going to end up transfusing blood again. I write prn, but of course this is something you would need an order for. So please just notify the provider. Hey, their H/H is really low and they’re really dizzy. I really think we need to start transfusing. IV Fluids can also help again just to increase that blood volume. And then of course, assess for bleeding and stop the bleeding if there is some stop the bleeding. So again, we just want to be able to evaluate that H/H progress, increased circulating blood volume and stop the bleeding. So again, our expected outcome is that we show him the signs of improved perfusion.
So that means we have less dizziness, less chest pain, their skin becomes more pink, they’re no longer bleeding, their red blood cells go up, right? So all of these things that we saw as a problem will be improved. That’s what would our expected outcomes are. So nutrition, again, we said the iron and B12 is what really plays in here. If you’ve got something like iron deficiency anemia or pernicious anemia, we know that’s the problem, right? So interventions, we’re going to educate the patient on their diet options, assess those levels, um, and possibly give supplements as ordered because we know there are certain foods that can improve. There’s things that are high in iron and high in B12 that can help improve those symptoms. And then also of course, if this is the cause of the anemia, then we’re helping to treat the cause as well. So expected outcomes get those iron and B12 levels up.
And of course, anytime we include any education intervention, we want the patient to verbalize or demonstrate, right? So patient will verbalize two foods they can add to their diet that are high in iron or high in B12 depending on what they need. So that’s our big picture for this patient with anemia. Remember we’re talking about kind of a hypothetical, isolated, anemia problem. So if you have a patient who has anemia, but they also have all these other issues like trauma, of course you’re gonna have other priorities, you’re gonna need to fit everything in together. You’re definitely going to need to look at that holistic big picture for your patient. So let’s just remember the five steps for writing an awesome care plan. You’re going to collect all of your information, all of your assessment data, normal, abnormal, everything. And then you’re going to analyze that information, decide what’s important, what tells you that you actually have a problem with your patient, and then you’re going to prioritize those problems.
Again, you might have multiple issues going on. Um, and so you’re going to want to really look at those as a whole and make some decisions about what is your highest priority. Then you can ask your how questions that helps you to plan your interventions and figure out what you’re going to need to look for and then translate those into whatever terms that you need. Now if you’re in clinical practice and you’re not in school and you don’t have to use a certain form, your medical record doesn’t require a certain documentation. This step might be as simple as just writing a couple of words on paper, right? But make sure that you’ve at least gotten it into concise terms so that you can quickly and easily communicate what your major issues are for your patient and kind of keep yourself on track and then transcribe.
I always say, get it on paper. If you have a specific form or template you have to use, use that. If not, literally just jot down, you know, O2 perfusion nutrition and get those things in your head so that you can have a specific plan in mind for your patient. All right guys, so that was a quick nursing care plan for an Amia. I hope that was helpful. Make sure that you check out all of the other examples in this course as well as our nursing care plan library and I go out and be your best self today and as always, happy nursing.
Nursing Care Plans
How do I write a Nursing Care Plan? Why and how do we even use Nursing Care Plans? Sound familiar?
Our Nursing Care Plan Course will answer those questions and help you understand the most effective way to write a Nursing Care Plan including how to write a nursing diagnosis, interventions, and more. PLUS, we are going to give you examples of Nursing Care Plans for all the major body systems and some of the most common disease processes. The course also includes a nursing care plan template that you can use to quickly complete care plans. When you complete this course, you will be able to write and implement powerful and effective Nursing Care Plans.