🔷 “The client should carry an epinephrine pen.”

🔷 Clients who have experienced anaphylaxis from walnut allergy must always carry an epinephrine auto-injector, because it is the first-line, life-saving treatment for future reactions.

🔷 Even with strict avoidance, accidental exposure can occur through cross-contamination, processed foods, or mislabeled products.

🔷 Epinephrine rapidly reverses airway swelling, bronchoconstriction, and cardiovascular collapse, making it essential for clients with nut allergies.

🔷 Teaching must include how to use the pen, when to use it, and the importance of seeking emergency care immediately afterward.

🔷 “The client should understand how best to avoid walnut-containing foods.”

🔷 Education must emphasize strict dietary avoidance, because true nut allergies do not resolve with exposure and can trigger severe reactions with even trace amounts.

🔷 This includes reading food labels carefully, asking about ingredients at restaurants, and avoiding products processed in facilities that handle walnuts.

🔷 Walnuts can appear in baked goods, granolas, salads, sauces, and holiday foods — teaching must help the client recognize hidden sources.

🔷 Thorough avoidance is the safest and most effective way to prevent future anaphylactic events.

❌ Incorrect Options With Explanations

❌ “Immunotherapy should begin as soon as possible.”

🔷 Immunotherapy (allergy shots) is not recommended or FDA-approved for nut allergies, including walnut allergy.

🔷 Food-based immunotherapy remains experimental and is associated with significant risks of anaphylaxis during treatment.

🔷 The current, evidence-based approach is strict avoidance plus epinephrine availability, not desensitization therapy.

🔷 Therefore, this teaching would be incorrect and unsafe for a client with a severe walnut allergy.

❌ “The client should be updated on all immunizations.”

🔷 There is no relationship between walnut allergy and immunization status, and vaccines do not contain walnut proteins.

🔷 Updating immunizations is good general health practice, but it is not specific education for a food allergy diagnosis.

🔷 Allergy-related teaching must remain focused on exposure prevention and emergency treatment.

🔷 This option does not directly contribute to the client’s ability to manage their walnut allergy safely.

❌ “The client should avoid all foods that have a high potential for food allergies.”

🔷 Clients with a walnut allergy do not need to avoid unrelated foods, such as shellfish, eggs, or dairy.

🔷 Avoiding all common allergens may lead to unnecessary dietary restriction, nutritional deficiencies, and poor quality of life.

🔷 Teaching should be specific to walnuts and cross-reactive tree nuts, not broad, unfocused avoidance.

🔷 This recommendation would be excessive, inaccurate, and not aligned with best clinical practice.

🌿 In metabolic alkalosis, the blood becomes too alkaline (high pH) due to causes such as vomiting, diuretic use, or excessive loss of gastric acid. The body attempts to compensate by retaining CO₂, because carbon dioxide is acidic and helps lower pH.

🌿 Having the client breathe into a paper bag increases the inhalation of exhaled CO₂, which raises carbonic acid levels and helps correct the alkalosis.

🌿 This intervention supports physiological compensation and is helpful when the alkalosis is related to hyperventilation or excessive CO₂ loss.

🌿 It is a safe, simple, and effective nursing measure for mild to moderate metabolic alkalosis that does not require medication.

❌ Incorrect Options

❌ Plan to administer sodium bicarbonate to the client.

🌿 Sodium bicarbonate is used to treat metabolic acidosis, not alkalosis.

🌿 Giving bicarbonate would worsen the client’s pH imbalance by increasing alkalinity even further.

🌿 This could lead to dangerous complications, including arrhythmias, decreased cerebral blood flow, and seizures.

🌿 Therefore, this intervention is inappropriate for metabolic alkalosis and must be avoided.

❌ Place the client on seizure precautions.

🌿 Seizure precautions are associated with severe metabolic acidosis, hyponatremia, or hypoglycemia—not metabolic alkalosis.

🌿 Although alkalosis can cause symptoms like tingling, numbness, or muscle cramps, seizures are not typical or expected.

🌿 Implementing seizure precautions would not address the underlying disturbance and is not considered priority care.

🌿 Therefore, this intervention is not necessary or appropriate for metabolic alkalosis.

❌ Encourage the client to breathe slowly.

🌿 Slow breathing reduces the client’s respiratory rate and decreases CO₂ retention, which can worsen alkalosis.

🌿 For metabolic alkalosis, the goal is the opposite: retain more CO₂ to restore acid-base balance.

🌿 Encouraging slow breathing may also impair adequate oxygenation if the client is compensating appropriately.

🌿 This intervention contradicts the physiological needs in metabolic alkalosis and should not be done.

💠 1. Antibiotic therapy — SIGNIFICANT RISK FOR ANAPHYLAXIS

💠 Antibiotics—especially penicillins, cephalosporins, and sulfonamides—are among the most common causes of drug-induced anaphylaxis, making this option a major risk.

💠 Anaphylaxis can occur even after a client has previously tolerated the medication, because allergies can develop over time with repeated exposure.

💠 Symptoms can progress rapidly within minutes, including airway swelling, bronchospasm, hypotension, hives, and cardiovascular collapse.

💠 Because of this, nurses must always monitor clients closely during the initial doses and ensure emergency equipment and epinephrine are readily available.

💠 2. Computed tomography (CT) with contrast solution — SIGNIFICANT RISK

💠 Iodinated contrast media used for CT scans carries a well-documented risk of causing severe allergic reactions, including anaphylaxis.

💠 Clients with allergies to shellfish, iodine, or previous contrast reactions are at even higher risk and may require premedication or an alternative imaging method.

💠 Contrast-induced anaphylaxis can produce immediate airway swelling, bronchospasm, dyspnea, and cardiovascular compromise.

💠 Because the reaction can occur within seconds of contrast injection, this is considered a high-risk situation requiring close monitoring and emergency preparedness.

💠 3. MMR vaccine — POSSIBLE RISK FOR ANAPHYLAXIS

💠 Although rare, live vaccines such as MMR can trigger an anaphylactic reaction in clients who are severely allergic to vaccine components like gelatin or neomycin.

💠 The MMR vaccine itself is safe for most individuals, but anaphylaxis is a recognized adverse event listed by the CDC, requiring careful screening prior to administration.

💠 Nurses should ask about prior serious vaccine reactions or known allergies to vaccine ingredients to prevent life-threatening complications.

💠 Any client receiving a vaccine should be observed for 15–30 minutes afterwards to catch early signs of anaphylaxis.

❌ Incorrect Options (Do NOT pose significant risk)

❌ Bolus administration of intravenous fluids

💠 IV fluids (normal saline, lactated Ringer’s) do not contain allergenic proteins and almost never cause anaphylaxis.

💠 Fluid boluses may cause issues like fluid overload, but not allergic reactions.

💠 Therefore, this intervention does not represent a significant anaphylaxis risk and is not selected.

❌ Nebulized bronchodilators

💠 Bronchodilators like albuterol or ipratropium rarely cause allergic reactions and are typically used to treat bronchospasm, not trigger it.

💠 They may cause side effects such as tachycardia or tremors, but anaphylaxis is not a common or expected complication.

💠 Therefore, this option does not pose a meaningful anaphylaxis threat.

🔸 1. “Chronic conditions require periodic monitoring so that changes can be identified and treated.” — CORRECT

🔸 This is an appropriate, therapeutic, and medically accurate response because SLE is a chronic autoimmune disease that can flare unpredictably and affect multiple organs.

🔸 Regular visits help detect early signs of worsening disease, such as kidney involvement, skin changes, anemia, or neurological symptoms.

🔸 Early detection allows the provider to adjust medications promptly, preventing severe complications.

🔸 This answer reinforces education about the lifelong management needs of SLE without sounding judgmental or accusatory.

🔸 2. “Taking care of you in the best way involves seeing you face to face.” — CORRECT

🔸 SLE can fluctuate between periods of remission and flare, so in-person assessments help accurately evaluate symptoms such as rash, joint swelling, fatigue, and organ involvement.

🔸 Face-to-face appointments allow for thorough physical examinations, medication adjustments, and open communication.

🔸 This response focuses on quality of care and preserves therapeutic rapport without implying blame or poor adherence.

🔸 It emphasizes the nurse’s supportive role and centers the patient’s well-being.

🔸 3. “It’s important to monitor your disease activity and how well the prescribed treatment is working.” — CORRECT

🔸 SLE treatments (e.g., corticosteroids, immunosuppressants, hydroxychloroquine) require close monitoring because they have strong effects and potential adverse reactions.

🔸 Monitoring helps evaluate whether the treatment is controlling inflammation, preventing flares, and minimizing organ damage.

🔸 This answer is factual, patient-centered, and directly tied to the nature of autoimmune disease monitoring.

🔸 It validates the client’s concern while clearly explaining why ongoing evaluations are needed.

❌ Incorrect Answers (With Broad Explanations)

❌ “We need to be sure you are having your blood work done every month.”

🔸 Although SLE patients do require regular blood work (CBC, kidney function, complement levels, anti-dsDNA), saying “we need to be sure” is controlling and non-therapeutic.

🔸 It implies the client cannot be trusted to comply, which damages rapport and violates therapeutic communication principles.

🔸 The wording focuses more on monitoring the client’s behavior than on supporting their health needs.

🔸 Therefore, it is not the best or therapeutic response, even though lab monitoring is important.

❌ “We have to check to be sure you are adhering to your prescribed medication regimen.”

🔸 This statement is judgmental and implies that the client might be irresponsible or noncompliant.

🔸 It focuses on policing behavior instead of providing supportive education or addressing the client’s concern.

🔸 Even though adherence is essential in SLE (especially with hydroxychloroquine), the phrasing is confrontational and not therapeutic.

🔸 The nurse must avoid statements that suggest distrust or surveillance, making this response inappropriate.

🛑 Allergy skin testing intentionally exposes the client to allergens and may provoke a severe or life-threatening reaction, including anaphylaxis.

🛑 Because anaphylaxis can develop rapidly, the nurse must ensure equipment for airway management, oxygenation, and epinephrine administration is immediately accessible.

🛑 This preparation protects the client and ensures the nurse can intervene within seconds if respiratory collapse or cardiovascular compromise occurs.

🛑 Having emergency supplies on hand is the most critical safety precaution and supersedes all other preparatory steps.

❌ Incorrect: Prophylactic epinephrine should be given

🛑 Giving epinephrine beforehand defeats the purpose of allergy testing and can produce harmful effects such as tachycardia or hypertension.

🛑 The goal is to observe controlled immune responses, not mask them.

🛑 Epinephrine is only used if a reaction occurs—not as a preventive measure.

🛑 Therefore, this statement is inappropriate and unsafe.

❌ Incorrect: Administer albuterol 30–45 minutes prior

🛑 Albuterol is not routinely indicated unless the client has asthma and needs bronchodilator support.

🛑 Administering it pre-procedure could alter test results and is unnecessary for most clients.

🛑 It is not part of standard skin testing protocol.

🛑 Thus, it is not a required precaution.

❌ Incorrect: Client must not receive immunization within 7 days

🛑 Immunizations do not interfere with skin testing and do not increase the risk of anaphylaxis in this context.

🛑 There is no guideline requiring a delay between vaccines and allergy testing.

🛑 This is not relevant to safety or test accuracy.

🛑 Therefore, this option is incorrect.

✨ Sterile areas must remain within view and above waist level to prevent contamination.

✨ Anything below the waist or out of sight is considered nonsterile because the nurse cannot maintain control of sterility.

✨ By keeping all supplies, hands, and instruments visible and elevated, the scrub nurse ensures the sterile field remains safe for patient care.

✨ This practice supports infection prevention and upholds surgical sterile technique.

❌ Incorrect: Turn away from the sterile field

✨ Turning away breaks sterility because the nurse loses visual control of the field.

✨ Contamination can occur without the nurse noticing.

✨ Proper technique requires facing the sterile area at all times.

✨ Thus, this is unsafe.

❌ Incorrect: Position the package so inner flap opens away

✨ The first flap is always opened away, but the question asks about “positioning the wrapped package,” which is done before flaps are opened.

✨ The nurse should open packages without compromising sterility, but flap direction is secondary to maintaining items above waist.

✨ This is not the priority step.

✨ Therefore, not correct.

❌ Incorrect: Place sterile supplies within the 1-inch border

✨ The 1-inch border of any sterile field is considered contaminated.

✨ Placing anything on that edge contaminates the entire field.

✨ This violates a basic principle of sterility.

✨ So this cannot be chosen.

📄 Surgery cannot legally or ethically proceed without a valid informed consent form signed by the client (or appropriate representative).

📄 This documentation confirms that the provider explained risks, benefits, alternatives, and the nature of the procedure.

📄 It is the intraoperative nurse’s responsibility to verify that the form is signed and present before the client enters the operating room.

📄 Missing consent halts the surgery and constitutes a major legal violation.

❌ Incorrect: Educational resources

📄 Teaching materials are not mandatory documents for surgery.

📄 They do not impact legal authorization or safety of the procedure.

📄 Their absence does not prevent surgery from proceeding.

📄 Therefore, they are not required by the intraoperative RN.

❌ Incorrect: Analgesia prescription

📄 Pain management orders are important but do not determine whether surgery can occur.

📄 Prescriptions are typically written after surgery or perioperatively, not a prerequisite.

📄 This is not legally required documentation for the OR.

📄 Thus, not the correct selection.

❌ Incorrect: Discharge planning

📄 Discharge planning begins early but documentation is not required before surgery.

📄 It does not influence whether anesthesia or the procedure can begin.

📄 Lack of discharge notes does not halt surgery.

📄 Therefore, this option is incorrect.

🫁 In any emergency, including DKA, the nurse prioritizes ABCs—Airway, Breathing, Circulation.

🫁 Hypoxia must be addressed immediately because insufficient oxygen worsens acidosis and compromises vital organs.

🫁 Oxygenation must be stabilized before fluids or insulin to prevent respiratory or cardiac collapse.

🫁 Therefore, obtaining an oxygen prescription is the first critical step.

❌ Incorrect: IV fluids first

🫁 Fluids are essential in DKA to correct dehydration, but breathing takes priority over circulation.

🫁 Treating hypoxia must come before fluids in the ABC hierarchy.

🫁 Without oxygen, administering fluids does not correct the immediate threat.

🫁 Thus, fluids are second-line.

❌ Incorrect: Check glucose level first

🫁 Glucose checks guide insulin therapy but are not more urgent than hypoxia.

🫁 The client already has a diagnosis of DKA — confirming glucose again does not treat the critical issue.

🫁 Oxygenation is the first need.

🫁 Therefore, not the correct choice.

❌ Incorrect: Administer insulin

🫁 Insulin is essential for correcting DKA but can worsen hypokalemia and cause complications if administered before stabilizing breathing and circulation.

🫁 Insulin does not correct hypoxia.

🫁 Insulin is important but follows oxygen and fluids.

🫁 Thus, this is not the priority.

⚡ The client has sudden wheezing, stridor, and air hunger immediately after peanut exposure, which is the hallmark of a type I IgE-mediated hypersensitivity reaction.

⚡ Type I reactions occur within minutes and involve mast cell degranulation, histamine release, airway edema, bronchospasm, and vasodilation.

⚡ This type of reaction is rapidly life-threatening and requires immediate epinephrine.

⚡ Peanut allergies are one of the most common triggers of type I anaphylaxis.

❌ Incorrect: Immune complex (type III)

⚡ Type III reactions involve antigen–antibody complex deposition and occur in conditions like lupus or serum sickness.

⚡ They do not produce rapid airway swelling or bronchospasm.

⚡ Symptoms appear hours to days after exposure, not immediately.

⚡ So this option does not match the scenario.

❌ Incorrect: Cytotoxic (type II)

⚡ Type II reactions involve IgG or IgM attacking body tissues, such as in transfusion reactions or hemolytic anemia.

⚡ They do not cause sudden respiratory distress.

⚡ Airway involvement is not characteristic.

⚡ This makes type II incorrect.

❌ Incorrect: Delayed-type (type IV)

⚡ Type IV reactions are T-cell mediated and appear 24–72 hours later (e.g., TB skin test, poison ivy).

⚡ They do not occur instantly and do not cause airway compromise.

⚡ This does not fit the client’s sudden symptoms.

⚡ Therefore, type IV is incorrect.