Mpox (Monkeypox) Nursing Care Plans

Mpox patients land on your unit in isolation, in pain, and scared of what the rash means. Your job is symptom control, secondary-infection prevention, and airtight transmission precautions until every lesion has crusted and re-epithelialized. This care plan covers what to assess, what to give, and how to keep the virus contained.

What is Mpox?

Mpox, previously called monkeypox, is caused by the monkeypox virus (MPXV), an Orthopoxvirus in the Poxviridae family. It presents with a painful rash, fever, lymphadenopathy, headache, muscle aches, and low energy. Most people recover fully, but some cases turn severe.

There are two clades: clade I and clade II, each with subclades. The global clade IIb outbreak began in 2022. Clade I outbreaks, including subclades Ia and Ib, have been concentrated in the Democratic Republic of the Congo and surrounding regions. The natural reservoir is unknown, though small mammals like squirrels and monkeys are believed susceptible.

Transmission is mainly close contact: skin-to-skin, sexual activity, and mouth-to-mouth or mouth-to-skin contact like kissing. Respiratory particles from face-to-face interaction can also transmit it. People with multiple sexual partners are at higher risk. The virus also spreads through contaminated clothing or bedding, needle injuries, and tattoo parlors. During pregnancy or birth it can pass to the baby, with risk of pregnancy loss, stillbirth, or newborn complications. Animal-to-human spread happens through bites, scratches, or handling, skinning, or eating infected animals.

Children, pregnant patients, and the immunocompromised are at higher risk of severe illness. Complications include bacterial skin infections, pneumonia, eye infections, and dehydration from GI involvement. Severe cases can progress to infections of the blood, brain, and heart, which can be fatal.

Signs and Symptoms

Symptoms appear 1-21 days after exposure and last 2-4 weeks: rash, fever, sore throat, headache, muscle and back pain, low energy, and swollen lymph nodes. The rash usually starts on the face and spreads to the hands, feet, and genitals, progressing from flat sores to fluid-filled blisters that crust over and heal. Some patients get a few lesions, others develop hundreds. Some also have rectal pain, dysuria, or painful swallowing. Mpox stays contagious until all sores have healed and new skin has formed. Asymptomatic transmission is rare but possible.

Nursing Diagnoses

• Acute Pain related to tissue inflammation from skin lesions and viral infection.
• Impaired Skin Integrity related to viral replication in the epidermis forming lesions and blisters.
• Risk for Infection related to open lesions and bacterial invasion from scratching.
• Ineffective Thermoregulation related to the inflammatory response to viral infection.
• Fluid Volume Deficit related to fever, vomiting, and diarrhea.
• Anxiety related to fear of contagion and isolation requirements.
• Deficient Knowledge related to the disease process and self-care measures.
• Risk for Social Isolation.
• Disturbed Body Image related to visible lesions and potential scarring.

Nursing Goals

• The patient reports reduced pain, fever, and itching within 24-48 hours of treatment.
• The patient stays free of secondary infections such as bacterial skin infections or pneumonia.
• The patient maintains adequate hydration and nutrition with stable electrolytes and stable weight.
• The patient's lesions show healing with no secondary infection by the end of treatment.
• The patient verbalizes decreased anxiety and increased understanding within 72 hours of education and support.
• The patient adheres to isolation and infection-control measures through the infectious period.

Nursing Interventions and Actions

1. Assessment and monitoring

Monitor and document temperature, heart rate, respiratory rate, and blood pressure regularly. Vital signs track disease progression and catch early complications like fever spikes or respiratory distress.

Establish symptom onset and duration. Symptoms start 1-21 days after exposure and last 2-4 weeks. The timeline tells you the stage of infection and exposure risk.

Examine the entire body, noting the number, appearance, and distribution of lesions as flat sores progress to fluid-filled blisters. The characteristic rash progression separates mpox from chickenpox or measles. Pay special attention to the face, mouth, throat, palms, soles, groin, genitals, and anus, since lesions appear at contact sites.

Assess for proctitis, dysuria, and difficulty swallowing. These signal mucosal involvement and possible complications that need prompt intervention.

Identify if the patient is a child, pregnant, or immunocompromised, including uncontrolled HIV. These groups are at higher risk for severe disease and need closer monitoring and more aggressive treatment.

Watch for bacterial skin infection (increasing redness, swelling, pus), respiratory difficulty, vision changes, vomiting, diarrhea, and neurological symptoms. Early detection of abscesses, pneumonia, or encephalitis drives timely management.

Screen for coexisting infections such as syphilis, herpes, or chickenpox. Mpox can coexist with other STIs and infectious diseases, which changes the treatment plan.

Assess the patient's understanding of mpox and their anxiety about the illness. Education and emotional support improve coping and treatment adherence.

2. Diagnostic procedures

Assist with PCR specimen collection, using vigorous swabbing of skin lesions, fluid, or crusts. If no lesions are present, collect throat or anal swabs. PCR of lesion samples is the preferred confirmatory test. It is highly sensitive and specific for monkeypox viral DNA, and early collection allows early management. Follow strict infection-control protocols and wear appropriate PPE when handling samples.

Explain the purpose of PCR, virus isolation, and serology, and confirm the patient understands. Clear explanation reduces testing anxiety and supports cooperation.

Communicate PCR results to the team promptly. Early results drive timely isolation and treatment decisions.

If a skin biopsy is needed for histopathology, assist with sterile collection. Histopathology can identify features like Guarnieri bodies and rule out other skin conditions.

Collect blood for serology when indicated. Serology identifies past exposure and supports diagnosis and epidemiological studies.

3. Pain, fever, and antiviral management

Give NSAIDs or acetaminophen as prescribed for pain from lesions and muscle aches. These reduce inflammation and muscle pain so the patient can rest.

Give antipyretics such as acetaminophen or ibuprofen for fever. Controlling fever lowers discomfort and reduces dehydration risk from high temperatures.

Assess pain with an appropriate tool, reassess response to analgesics, antipyretics, and antipruritics, and adjust accordingly. Ongoing reassessment keeps symptom control effective while minimizing side effects.

Give antivirals such as cidofovir or brincidofovir for severe cases, immunocompromised patients, or those at high risk, as prescribed. These inhibit viral replication. Reserve them for high-risk patients where benefit outweighs risk.

Monitor for antiviral side effects, including nephrotoxicity with cidofovir. Both cidofovir and brincidofovir carry adverse effects; early detection prevents treatment-related complications.

Educate the patient and family on antiviral benefits and possible side effects. Informed patients adhere better and can make decisions about their care.

Encourage rest and limit unnecessary activity. Rest supports the immune response and healing.

4. Infection control

Place the patient on isolation precautions until all lesions have healed and new skin has formed. Mpox stays contagious until full healing. Use contact and droplet precautions in an isolation room, since the virus spreads by direct contact and respiratory droplets.

Wear gloves, gowns, masks, and eye protection for all patient contact, and ensure every staff member does the same. PPE protects healthcare workers from infectious material and stops spread within the unit.

Enforce hand hygiene with soap and water or alcohol-based sanitizer before and after every patient contact. Hand hygiene removes virus from the hands and is a frontline transmission barrier.

Clean and disinfect high-touch surfaces and equipment with a disinfectant effective against the virus. Disinfection eliminates virus from contaminated surfaces.

Dispose of contaminated PPE, dressings, and linens per infection-control protocol. Proper waste handling prevents environmental contamination.

Keep patient care areas well-ventilated. Air circulation lowers the concentration of infectious particles.

Educate staff, patients, and visitors on PPE, hand hygiene, cleaning, transmission, and the importance of completing isolation. Shared understanding drives compliance and reduces spread.

5. Pruritus and skin lesion care

Perform regular skin assessments, noting lesion size, color, texture, and signs of infection (redness, swelling, warmth, discharge). Lesions can become infected; regular checks catch secondary bacterial infection early and guide wound care.

Apply calamine lotion or hydrocortisone cream to soothe lesions, and give oral or topical antihistamines as prescribed. These reduce itching, limit scratching, and protect the skin from secondary infection.

Apply cool, moist compresses to affected areas. Cool compresses relieve itching and pain and soothe inflamed skin.

Instruct the patient to keep lesions clean and dry, keep them uncovered when alone, and avoid scratching, popping blisters, or shaving affected areas until fully healed. This prevents secondary infection, promotes healing, and reduces spread to other body parts.

6. Fluid, electrolyte, and nutritional support

Maintain hydration with oral fluids, or IV fluids if oral intake is insufficient. Adequate hydration is critical with fever, vomiting, or diarrhea, and supports recovery.

Monitor electrolytes, especially potassium, in patients on antiviral therapy or IV fluids. Hypokalemia or hyperkalemia can develop and precipitate arrhythmias; monitoring allows early correction.

Encourage a well-balanced, nutrient-rich diet. Use enteral or parenteral nutrition if oral intake is inadequate, such as with painful swallowing. Nutrition supports immune function and healing when the patient can't eat normally.

7. Emotional support

Provide active listening, empathy, and therapeutic communication, and create a space where the patient can share their concerns. Isolation, fear of complications, and visible lesions take a real psychological toll. Letting patients express fear reduces anxiety and improves coping.

Address specific fears, offer reassurance, and refer to counseling or mental health professionals when needed. Emotional support reduces distress and contributes to holistic care.

8. Patient and family education for home care

Have the patient isolate in a well-ventilated room and limit contact with others until all lesions have healed and scabs have fallen off. Isolation through the infectious period controls spread.

Teach frequent handwashing with soap and water or sanitizer, especially before and after touching sores. Hand hygiene reduces transmission and surface contamination.

Have the patient avoid shared items and disinfect high-touch surfaces frequently. This lowers household transmission risk.

Instruct the patient to wear a mask and cover lesions around others. This limits respiratory and contact spread.

Suggest warm baths with baking soda or Epsom salts for body sores and saltwater rinses for mouth sores. These soothe irritated skin and mucous membranes.

Advise abstaining from sexual activity during the infectious period and using condoms for 12 weeks after recovery. Condoms reduce sexual transmission risk, though they don't eliminate it.

Inform eligible patients about mpox vaccination for pre-exposure and post-exposure prophylaxis and facilitate access. Vaccination can prevent infection or reduce severity in high-risk or recently exposed patients.

Encourage patients with HIV to continue antiretroviral therapy (ART), and initiate ART within 7 days if newly diagnosed. ART strengthens the immune system and helps prevent severe mpox.

Tell contacts to monitor for symptoms for 21 days after exposure and seek care if symptoms develop. Early detection prevents severe illness and limits spread.

Educate high-risk groups, including healthcare workers, people with multiple sexual partners, and sex workers, on prevention and vaccination. Targeted prevention reduces incidence during outbreaks.

9. Public health and surveillance

Report suspected cases to public health authorities per institutional protocol. Reporting tracks disease patterns, identifies outbreaks, and triggers control measures.

Work with public health teams on contact tracing, monitoring exposed individuals for symptoms, and facilitating isolation. Early identification and isolation of contacts reduces transmission.

Support vaccination in at-risk populations and assist with administration. The smallpox vaccine provides cross-protection; high coverage in at-risk groups protects vulnerable individuals.