Placenta previa occurs when the placenta abnormally implants in the lower segment of the uterus near or over the cervical os instead of attaching to the fundus. The abnormal implantation results in bleeding during the third trimester of pregnancy as the cervix begins to dilate and efface. Assessment findings include painless, bright red vaginal bleeding during the second or third trimester, soft, relaxed and nontender uterus with normal tone, normal vital signs and reassuring FHR. The client will need an ultrasound to diagnose the condition. Fetal monitoring for fetal well-being assessment will be needed, and most commonly done with nonstress test. A contraction stress test (for monitoring presence of variable deceleration) or use of oxytocin is not safe at this time, as client may go into preterm delivery which will complicate the condition with bleeding and fetal distress. An emergency cesarean delivery or dilation and curettage or internal fetal monitoring is not indicated for this client. Refrain from performing vaginal exams as it may exacerbate bleeding. Client will be instructed not to insert anything through vagina. Client will be on bedrest/pelvic rest as indicated.

RhoGAM is given anytime that maternal blood could come into contact with possible Rh-positive blood cells, such as: Any vaginal bleeding during pregnancy, injury, miscarriage or abortion or diagnostic tests.

The child who is postoperative for the appendectomy would be an appropriate assignment for the LVN/LPN. This child’s problem has a predictable outcome. The children with croup and head injury will need to be evaluated and monitored for complications, which is the scope of practice and responsibility of the RN. The 5-day-old with spina bifida whose parents are at bedside might have many concerns to discuss and will require teaching, plan of care and multidisciplinary collaboration for future surgery and management. Hence RN will be assigned for this client.

Electroconvulsive therapy (ECT) is used to treat medication-resistant depression and certain psychotic disorders. The procedure involves applying a controlled electric current to the brain, which induces a generalized (grand mal) seizure. The most common side effects include mild disorientation, confusion immediately after the procedure, headache, and short-term memory loss.

Before the procedure, the client receives a general anesthetic and a muscle relaxant to prevent physical injury during the induced seizure. Muscle cramping is not an expected side effect. The client typically awakens within 15 minutes but may remain confused or disoriented for several hours afterward.

Certain medical conditions, such as cardiac disease, brain tumors, and subdural hematomas, increase the risk of complications from ECT. Prior to treatment, the nurse must ensure that informed consent is obtained and that all pre-procedure evaluations are complete, including ECG, chest x-ray, urinalysis, CBC, BUN, and electrolytes. Any abnormal results should be reported to the healthcare provider. After the procedure, the nurse should closely monitor the client’s vital signs, oxygen saturation, level of consciousness, and orientation to ensure a safe recovery.

In a post-cardiac procedure client or one recovering from an MI, several findings may be noted, but priority should be given to those that suggest serious complications. If the client reports dizziness upon standing, this may indicate orthostatic hypotension, which could be due to medications or recent sedation. While this warrants monitoring and safety precautions (e.g., slow position changes), it is not the most urgent concern.

A grating sound heard during heart auscultation is an abnormal and significant finding, likely indicating pericarditis, a known complication that can occur a few days after a myocardial infarction due to inflammation of the pericardium. This requires immediate medical attention, as it may progress and affect cardiac function. A more delayed immune-mediated version, called Dressler’s syndrome, typically occurs weeks after MI.

Bruising at the femoral access site used for catheterization is a common and expected finding, provided there is no expanding hematoma or signs of active bleeding. Lastly, hypoactive bowel sounds and constipation may need evaluation, especially if the client is immobile or on opioids, but this is not as urgent as the cardiac-related finding of pericardial friction rub, which should be the nurse’s primary concern

Sleeping with the head elevated is not a standard discharge teaching point for clients recovering from a TIA. This suggestion applies more to clients with increased intracranial pressure, such as those with hemorrhagic strokes. Clients with TIA are more likely to be prescribed antiplatelet medications like aspirin or clopidogrel to reduce the risk of an ischemic stroke, not to lower pressure. It is also important that they recognize that recurrent symptoms can indicate a future stroke and should be reported immediately.

Correct answer: 0.25 ml.
Explanation: The nurse needs to be knowledgeable about hourly doses of each medication ordered, to prevent untoward side effects and attain effectiveness of the drug. To do so requires following a calculation formula. See below for calculations.

Practice Connection:
Heparin is used as prophylaxis and treatment of various thromboembolic disorders including venous
thromboembolism, pulmonary emboli, and atrial fibrillation with
embolization. It is also used in treatment of acute
and chronic consumptive coagulopathies. Potential adverse effects include bleeding and heparin-induced thrombocytopenia drug• induced hepatitis; alopecia (long-term use), rashes, and urticaria.
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Formula:

Step 1 is to determine the formula
IL x Q = X where D is the dose desired.
H H is the drug that is available at hand and Q is the unit
of measure that contains the dose that is available.

Step 2 is to substitute what was given in the prob !em

5,000 U (dose required) x 1 milliliter(unit of measure)= x mL
20,000 U (available drug)

5,000 U = x ml= 0.25 mL
20,000U 1 ml

Fat embolism syndrome is a serious complication of long bone fractures, where fat droplets enter the bloodstream and obstruct small vessels. This results in classic signs including neurologic changes (such as confusion, restlessness, or disorientation), hypoxemia (indicated by low oxygen saturation), and a petechial rash (pinpoint red or purplish spots) often seen on the neck, chest, or axilla. These findings warrant immediate action as FES can rapidly progress to respiratory failure. Cool, pale toes and numbness suggest compromised circulation or compartment syndrome, which is a different condition. A hematoma is expected with trauma and is not a key indicator of fat embolism syndrome.

Dumping syndrome occurs when food moves too quickly from the stomach into the small intestine, causing symptoms like dizziness, hypotension, and diarrhea. Clients should avoid drinking fluids during meals, as this accelerates gastric emptying and worsens symptoms. Instead, fluids should be consumed 30 minutes before or after meals. Small, frequent meals, lying down after eating, and avoiding simple sugars are appropriate self-care strategies and indicate effective learning.

Tacrolimus is a medication (immunosuppressant) used in the prevention and treatment of solid-organ transplant rejection. It is in the calcineurin-inhibitor class of medications. Tacrolimus can be administered with or without food. Tacrolimus is a narrow therapeutic index drug and requires regular blood tests to prevent adverse effects and toxicity. Therapeutic levels range from 5 to 20 mcg/mL, though 5 to 15 mcg/mL is often employed to alleviate toxicity while preventing rejection. Additional monitoring parameters include renal function, hepatic function, serum electrolytes (Mg, Phos, K), glucose, and blood pressure. Parameters should initially be measured two to three times a week post-operatively (transplant surgery), gradually decreasing as time passes, achieving target levels, and patient stabilization. The medication should be taken at the same time every day to prevent toxicity.
Fatigue and nausea can be initial signs of organ rejection and should be reported. Tacrolimus toxicity commonly presents as acute renal failure. Close monitoring of serum creatinine, GFR, and urine output is necessary for patients on tacrolimus. Toxicity may also present as the development of adverse effects such as tremors, electrolyte disturbances and headaches. No antidote exists currently to counter toxicity. Hemodialysis does not remove tacrolimus. Immunosuppressants can make a patient prone to fungal and viral infections increasing risk for infections (not bleeding). Patients should be monitored for infections.
Tacrolimus can cause angina pectoris, cardiac arrhythmias, hypertension, new-onset diabetes mellitus after transplant (NODAT), hypercalcemia, hyperkalemia, hyperlipidemia, hyperphosphatemia, hypertriglyceridemia, hyperuricemia, hypervolemia, hypocalcemia, hypokalemia, hypomagnesemia, hyponatremia, hypophosphatemia, metabolic acidosis, weight gain, abdominal pain, nausea, vomiting, diarrhea, alopecia, pruritis, rash, Arthralgia, muscle cramps, blurred vision and tinnitus.

Complications of a pleural biopsy can include pneumothorax and hemothorax. Therefore, the most appropriate nursing action is to ensure that a chest tube insertion tray and drainage system are readily available for emergency use. A portable chest x-ray may be required later to confirm chest tube placement if used, but it is not necessary to have it present before the procedure. Intubation is not typically needed for this procedure. Premedication or local anesthetic is appropriate before the procedure, not after.

Maintaining skill competency and using appropriate administration technique are legal responsibilities of the nurse. A nurse is legally responsible for monitoring for side/adverse effects of medications. Safeguarding of medications, such as controlled substances, is also a legal responsibility of the nurse.

Determining medication dosage is the responsibility of the provider (not the nurse). A nurse should be informed about a client’s diagnosis, but identifying a diagnosis is the role of the provider.

The health history indicates that the client has age-related cataract formation. Cataract signs and symptoms are clouded, blurred or dim vision, increasing difficulty with vision at night, and sensitivity to light and glare. Clients typically need brighter light for reading and other activities.

Clinical manifestations of cataract

1. Painless with gradual decrease in visual acuity, blurry vision.
2. The pupil appears grey or yellowish brown to milky white.
3. Red light reflex is distorted on direct ophthalmoscopic examination.
4. Poor color perception.
5. Glare due to light scatter on lens; worse at night.

Predisposing factors for cataracts include age, recent or past trauma to the eye, exposure to radioactive materials, x-rays, or UV light (sun), diabetes mellitus, hypertension, prolonged use of corticosteroids, chlorpromazine, beta blockers, or miotic drugs (eye drops that cause the pupil to constrict). There should not be any signs of inflammation with cataracts. The client is a retired nuclear engineer which poses a risk due to past exposure to harmful materials. Aspirin, metformin, or artificial tears do not increase the risk for cataract.

Age-related macular degeneration (AMD) is a degenerative retinal disease. Two main types exist although many classification schemes are in use. Dry AMD and Wet AMD. Wet AMD comprising 15% of all AMD cases, results in severe central visual loss if not treated promptly. The client is complaining of central vision loss. Risk factors for the development of AMD are genetic and environment and include mutations in the complement factor H gene, family history of AMD, age, and white race. Many associations with other diseases exist including smoking and hypertension. Cataract is progressive and painless loss of vision (not only center vision). In glaucoma, clients lose peripheral vision.

This client is showing signs of gastrointestinal bleeding, a life-threatening complication of thrombolytic therapy. Black, tarry stool (melena), hypotension, and tachycardia are signs of significant blood loss. Although other interventions like fluid resuscitation, labs, and blood transfusion may be necessary, the first priority is to notify the healthcare provider to initiate immediate evaluation and emergency care. Thrombolytic-induced bleeding has no reliable reversal agent, so rapid provider involvement is essential to guide treatment and prevent deterioration.

Clients with CKD are advised to reduce sodium intake to minimize fluid retention and hypertension, making avoidance of processed and canned foods a good choice. Salt substitutes are often high in potassium and should be avoided due to the risk of hyperkalemia. Foods that liquefy at room temperature, such as gelatin and ice cream, should be counted toward total daily fluid intake to help prevent volume overload. While sweet potatoes are nutritious, they are also high in potassium and should be limited in CKD. Daily protein shakes are not universally recommended as high protein intake can worsen kidney function unless specifically prescribed.

While clozapine can cause myocarditis, an electrocardiogram (ECG) would be an initial test choice used to detect cardiac changes. It is not required to have monthly echocardiogram.  Weekly WBC monitoring is necessary to identify agranulocytosis, and symptoms such as chest pain and dyspnea should be reported due to the risk of myocarditis. Sedation and dizziness are common side effects and may occur early in treatment.

The correct teaching statement is: “You may have a decreased desire for intimacy while taking this medication.” This is appropriate because fluoxetine (Prozac) is a selective serotonin reuptake inhibitor (SSRI), and sexual dysfunction is one of the most common side effects associated with this class of medication. Clients may experience decreased libido, delayed ejaculation, or difficulty achieving orgasm. Educating clients about this possibility is important so they can make informed decisions and communicate with their provider if the side effect becomes bothersome or affects quality of life. This helps promote adherence and encourages open discussion about medication management.

The other options are incorrect for the following reasons:

• “You should take this medication at bedtime to help promote sleep.”
  This is incorrect because fluoxetine is often stimulating rather than sedating. Unlike some antidepressants that are best taken at night due to their sedative effects, fluoxetine can cause insomnia, nervousness, or restlessness, especially when starting treatment. Therefore, it is usually recommended to be taken in the morning to minimize sleep disturbances.

• “You will have fewer urinary adverse effects if you urinate just before taking this medication.”
  This teaching is not relevant. Urinary side effects are not typical or common with fluoxetine. SSRIs are not known to cause urinary retention or urgency that would be improved by timing urination. This statement might apply more to medications with anticholinergic effects, which fluoxetine does not have.

• “You’ll need to wear sunglasses when outdoors due to the light sensitivity caused by this medication.”
  Photosensitivity is not a known or common adverse effect of fluoxetine. While some medications (like tetracyclines or certain antipsychotics) can cause light sensitivity, fluoxetine does not typically require clients to take extra precautions in the sun. Advising sunglasses use without cause could confuse the client or lead to unnecessary concern.

Testicular cancer is the most common reproductive malignancy in men. The cause of testicular cancer is unknown. The testicles develop in the abdomen. They should move down, through the inguinal canal, into the scrotum between 28-40 weeks of gestation. Undescended testicles (Cryptorchidism ) may not cause pain but may lead to abdominal swelling. If this condition is not corrected, infertility may occur. Surgery to move testicles into the scrotum is called orchiopexy. The risk for testicular cancer increases, even if orchiopexy is performed. This client had Cryptorchidism as a child and orchiopexy was performed. The subjective symptoms of testicular cancer include lumps and/or swelling of testes and feeling of heaviness in the testicles. The client will require diagnostic prescriptions such as tumor markers (Alpha fetoprotein (AFP) – elevated › Beta human chorionic gonadotropin (hCG) – elevated › Lactate dehydrogenase (LDH) – elevated) and a fine needle biopsy for definitive diagnosis.

Client might have to undergo Orchiectomy, the removal of the affected testis with placement of prosthesis. This is the treatment of choice for testicular cancer.  Instruct the client to wear scrotal support for several days after surgery. Sperm banking options should be discussed with the client soon after diagnosis. Semen must be stored prior to intervention (surgery, chemotherapy, or radiation).

Hydrocele is a type of swelling in the scrotum, the pouch of skin that holds the testicles. This swelling happens when fluid collects in the thin sac that surrounds a testicle. However, the ultrasound specifically mentioned no fluids. Varicocele is an enlargement of the veins within the scrotum that holds the testicles. Nuclear imaging urogram and cystoscopy are for renal diagnostics. Digital rectal examination, and continuous bladder irrigation are for prostrate issues.

Clients should avoid herbal supplements like garlic due to the risk of bleeding. Seizure medications (e.g., levetiracetam) should not be abruptly stopped and are usually taken with a sip of water on the day of surgery. Clients are typically instructed to be NPO (nothing by mouth) 6–8 hours before surgery to reduce aspiration risk. Contact lenses should be removed to prevent corneal injury, and warfarin is generally stopped several days prior to reduce bleeding risk.

Clients with ALL are immunocompromised due to decreased functional white blood cells. To minimize infection risk, nurses should implement infection-control strategies such as a low-microbial diet (avoiding raw/unwashed fruits and vegetables), private room placement, and avoiding rectal procedures. Fresh flowers, shared rooms, and invasive rectal or skin procedures increase exposure to harmful pathogens and should be avoided.

The following findings pointed toward this potential diagnosis of Hodgkin lymphoma (HL): age, painless swelling on neck, night sweat, fatigue, deconditioning, weight loss, history of infectious mononucleosis and family history of cancer. It is diagnosed with blood tests, imaging and biopsy. The treatment includes chemotherapy, immunotherapy, and radiation therapy.

The symptoms of tuberculosis can be very similar to lymphoma; however, pulmonary TB will include lung involvement. This client denies any lung involvement (no cough, shortness of breath) and lungs are clear to auscultation.

Given the history of Atorvastatin use, Rhabdomyolysis is a possibility, however, the client denies any acute changes (the fatigue has been there for 2 months) and does not specifically report any muscle aches or kindly issues. Muscle cramps, aches, or pains that are more severe than expected in rhabdomyolysis. As the client does not report any of these, it is not rhabdomyolysis.

Infectious mononucleosis, also called “mono,” is a contagious disease. Epstein-Barr virus (EBV) is the most common cause of infectious mononucleosis, but other viruses can also cause this disease. Extreme fatigue, fever and swollen lymph nodes in the neck can occur due to this disease. People who have had mono have an increased risk of HL, The exact role of EBV in the development of HL isn’t clear. As the client has a mono spot test negative, this disease can be ruled out. A sample of the patient’s blood is required to perform a monospot test, generally, results are available within 5 to 10 minutes.

Synchronized cardioversion can dislodge preexisting atrial thrombi, potentially leading to embolization (e.g., stroke). Anticoagulation therapy is critical in reducing the risk of thrombus formation in atrial fibrillation. If the client has not been consistently anticoagulated, a transesophageal echocardiogram (TEE) should be done first to rule out atrial thrombi. This is a priority safety concern and the provider must be notified. The other options do not present immediate safety risks that would delay cardioversion.

Metoclopramide can cause extrapyramidal side effects due to its dopamine-blocking action in the brain. One of the most serious adverse effects is tardive dyskinesia (TD), which is characterized by involuntary, repetitive movements of the face, lips, tongue, neck, or extremities. Symptoms such as lip smacking or tongue movements may indicate the early onset of TD, which can become irreversible if not identified and addressed promptly. This is why these symptoms must be reported immediately. Other side effects like drowsiness, diarrhea, and dizziness are common and generally not dangerous, making them lower priority compared to possible TD.

This client is experiencing anaphylaxis, which is a medical emergency. The first and most critical action is to stop the allergen exposure by discontinuing the antibiotic and maintaining IV access for emergency drugs and fluids by priming new tubing with 0.9% sodium chloride. While applying oxygen and administering medications like diphenhydramine are part of the treatment protocol, they should occur after stopping the infusion and ensuring IV access. Removing the IV is inappropriate, as it delays administration of life-saving drugs like epinephrine.

This presentation indicates impending airway obstruction, which is a medical emergency in clients with facial and neck burns. Signs such as drooling, hoarseness, and difficulty speaking are hallmark signs of inhalation injury leading to airway edema. Immediate intervention is needed to secure the airway before it becomes fully obstructed. While the other options describe serious conditions—bacterial infection and pulmonary fluid overload—they are not as immediately life-threatening as airway compromise.

Fat embolism syndrome (FES) is a life-threatening complication in patients with orthopedic trauma, especially long bone fractures. The diagnosis of fat embolism is made by clinical features. Increased intramedullary pressure after an injury forces marrow to pass into injured venous sinusoids causing large fat droplets to be released into the venous system. These fat droplets then travel to the lungs and occlude pulmonary capillaries and systemic vasculatures resulting in acute respiratory insufficiency and organ perfusion.

They can also enter the arterial circulation directly through the pulmonary capillary bed, causing the characteristic neurological and dermatologic findings of FES. Cutaneous petechiae – pinpoint-sized subdermal hemorrhages that occur on the neck, chest, upper arms, and abdomen (from the blockage of the capillaries by the fat globules). This is a discriminating finding from pulmonary embolism and is a late sign.

The initial management includes notifying the primary care physician and providing oxygen and fluids. Pain and antianxiety medications may be given as per case to case basis. Maintain the client on bed rest. Position changes might aggravate the fat globule release. Prevention includes immobilization of fractures of the long bones and minimal manipulation during turning if immobilization procedure has not yet been performed. Treatment includes oxygen for respiratory compromise, corticosteroids for cerebral edema, vasopressors, and fluid replacement for shock, as well as pain and antianxiety medications as needed. The client should be monitored for organ perfusion – vital signs and neurological assessment are helpful for this. Hemoglobin and hematocrit level, serum albumin level etc are helpful but not priority over vital signs and neurological assessments.

The child’s report of persistent, severe pain described as “burning,” along with pallor and coolness of the fingers, are early signs of compartment syndrome. This condition is a surgical emergency that can lead to irreversible damage to nerves and blood vessels if untreated. Pain unrelieved by opioids and out of proportion to the injury is a red flag. Elevation and distraction are inappropriate delays in care, and documentation without action is unsafe. Immediate provider notification is necessary for prompt intervention.

When mixing insulin, first take regular insulin, followed by Humalin-N.

Then do the same with the cloudy insulin. Always withdraw clear insulin first before withdrawing cloudy insulin. Ensure the total dose of clear and cloudy insulin is correct. If overdrawn, discard and repeat.

To ensure the Pavlik harness stays clean and dry, diapers should be applied underneath the straps. This prevents soiling and skin irritation. The harness should not be removed unless prescribed, including during naps. A shirt and knee socks should be worn under the harness to protect the skin—tight clothing over the harness is not recommended. Massaging the hips is not part of standard care and could potentially interfere with the proper hip alignment. The priority in DDH care is maintaining the hips in a flexed and abducted position with no strap adjustments made by the parent.

The patient is having an Addisonian crisis. This client was on chronic steroid therapy for her arthritis. If the patient is on chronic steroid therapy, compliance with medication is important, as an Addisonian crisis can be precipitated by both the abrupt cessation of steroids or the opposite – if the patient had an acute stress event and did not increase their steroid dose enough. The client also is having additional need for steroids due to pneumonia. She is corticosteroid dependent and cannot adequately respond to the stress of sepsis with endogenous glucocorticoids. The actions will be to provide her with steroids. If hydrocortisone is not effective, pressors such as norepinephrine or dopamine may be needed. She has already received 2 liters of fluids; hence continuing fluids would not be the best option. Her central venous pressure is high, and fluids could precipitate congestive heart failure. She will need diuretics to prevent fluid overload and will need additional medication support to maintain the blood pressure. Her vital signs and urine output should be monitored.

In children with cystic fibrosis (CF), pancreatic enzyme replacement therapy (PERT) is essential because the pancreas often cannot release enough enzymes to digest food, especially fats and proteins. These enzymes must be taken orally with meals and snacks to allow proper digestion and absorption of nutrients, particularly fat-soluble vitamins (A, D, E, and K). Administering them at the beginning or during meals ensures that enzymes mix with food in the small intestine, where digestion occurs. If given at the wrong time, the enzymes may not be effective, leading to malnutrition, steatorrhea (fatty stools), and poor growth.

Incorrect options:

• “At bedtime with water” is incorrect because enzymes are needed only when the child is eating. Taking them at bedtime without food has no digestive benefit and may waste the dose.

• “Orally after meals” is also incorrect because administering enzymes after food has already moved through the digestive tract limits their ability to assist in nutrient breakdown, particularly fats, which are harder to digest without enzymes present early in the process.

• “Intramuscularly (IM) on a monthly basis” is incorrect because pancreatic enzymes are not given by injection. They are always administered orally, often in capsule or sprinkle form, with every meal and snack.

Correct:

1. Teach mother to read nutrition labels – Appropriate
   This is essential for managing celiac disease. Gluten can be hidden in many processed foods under names like malt, hydrolyzed vegetable protein, or modified food starch. Educating the mother to carefully read ingredient labels ensures avoidance of gluten-containing items, which is critical for preventing intestinal damage in children with celiac disease.

2. Provide recipes with potatoes, rice, and corn – Appropriate
   These are naturally gluten-free grains and starches and are safe alternatives to wheat, barley, and rye. Encouraging the use of these foods supports a nutritionally adequate and safe diet for the child.

Incorrect:

3. Allow mother to give small test doses of wheat and oats so that baby can learn to tolerate gluten – Not Appropriate
   Celiac disease is an autoimmune condition, not a temporary intolerance. Even small amounts of gluten can trigger intestinal inflammation and long-term damage. There is no “training” the body to tolerate gluten. Gluten must be completely avoided to prevent symptoms and complications such as malabsorption, growth failure, or anemia.

4. Instruct to avoid all canned foods for baby – Not Appropriate
   While some canned foods may contain gluten-containing additives or thickeners, not all canned foods need to be avoided. What matters is reading the label for gluten-containing ingredients. Blanket avoidance is unnecessary and may lead to unnecessary dietary restrictions.

5. Maintain a vegetarian diet for the baby – Not Appropriate
   A vegetarian diet is not required to manage celiac disease. The key is a gluten-free diet, not a plant-only diet. Restricting animal proteins without medical or cultural indication may limit important sources of iron, zinc, and protein needed for growth and development.

Celiac disease requires lifelong gluten avoidance, not generalized dietary restrictions. Teaching label reading and suggesting safe food substitutions like rice and corn empower the caregiver. Avoiding gluten exposure—not trialing it—is the cornerstone of management. Unnecessary dietary limitations like eliminating all canned foods or enforcing a vegetarian diet can lead to nutritional deficiencies and are not evidence-based practices.

A serum magnesium level of 0.7 mg/dL indicates hypomagnesemia, which is common in clients with chronic alcoholism due to poor dietary intake and increased magnesium loss through the kidneys. One of the key signs of hypomagnesemia is positive Trousseau’s sign, which is an involuntary spasm of the hand and fingers that occurs when a blood pressure cuff is inflated above systolic pressure for several minutes. This response is due to increased neuromuscular excitability and is also seen in hypocalcemia. Therefore, it is an expected finding in clients with low magnesium levels. In contrast, hyperactive bowel sounds are not expected, as hypomagnesemia typically slows gastrointestinal motility, leading to hypoactive bowel sounds. Depressed deep tendon reflexes are also not expected; low magnesium usually causes hyperactive reflexes rather than reduced ones. Leg muscle weakness is more commonly associated with hypokalemia rather than hypomagnesemia. Additionally, increased thirst and frequent urination are typically seen in hypernatremia or hyperglycemia, not with low magnesium levels. Recognizing these distinctions helps guide accurate assessment and safe management of electrolyte imbalances.

Colitis and Chron’s disease present with severe diarrhea; may contain blood, mucus; but this client does not report such symptoms. Peptic ulcer disease (gastric/duodenal) will cause pain during or after food intake, weight loss, hematemesis along with other symptoms, which are not present in the client. Cancer may present with asymptomatic bleeding; however, it is usually accompanied with symptoms such as fatigue, weight loss or a change in appetite. The client denies any history or family history of colon cancer and is a nonsmoker. Colitis usually presents with fever, abdominal pain, distention.
The client has a low-fiber diet on a regular basis. Low fiber diets can reduce stool volume and predispose individuals to develop constipation that in turn leads to increased intraluminal pressure and colonic wall tension leading to development of diverticula. Intermittent constipation, nausea, and blood in stool can also indicate presence of diverticula. Hence the most probable condition is diverticular disease. The contributing factors for diverticular disease can be age, sedentary life and low fiber diet.
While most people with colonic diverticulosis remain asymptomatic, the two most common and well-recognized complications are acute episodes of bleeding and diverticulitis. Patients may also experience chronic and vague gastrointestinal symptoms including abdominal pain, bloating, constipation, and diarrhea.
Diverticulosis becomes diverticulitis with inflammation of one or more diverticula; results when diverticulum perforates. Client in acute diverticulitis may be kept NPO and bedrest. But this client is not having acute diverticulitis/infection yet (no fever, abdominal pain, vomiting), hence the focus is on preventing diverticulosis to progress into diverticulitis. Antibiotics and steroids are not appropriate at this time as there is no evidence of acute infection or inflammation. When a client develops diverticulitis, a low-residue diet may be used. However, a high-fiber diet is used to prevent future episodes.

A patient with esophageal varices who is dizzy and restless is the priority because these symptoms suggest possible acute upper gastrointestinal (GI) bleeding and hemodynamic instability. Esophageal varices, which are dilated veins in the esophagus due to portal hypertension (often from liver cirrhosis), can rupture and bleed profusely, leading to rapid blood loss. Dizziness and restlessness are early signs of hypovolemic shock — a medical emergency requiring immediate intervention to prevent cardiovascular collapse. This patient must be assessed and treated urgently.

In contrast, the patient admitted yesterday with GI bleeding who has melena is concerning but not the most urgent. Melena (black, tarry stool) indicates slower or past bleeding, not necessarily active bleeding at the moment. This patient is already under observation and appears stable for now.

The patient with nausea who has received an antiemetic is stable and does not require immediate attention. Similarly, the patient with cholecystitis who is crying due to abdominal pain may be in discomfort, but pain alone without signs of instability or life-threatening symptoms is not the highest priority.

Thus, the client with esophageal varices and signs of instability (dizziness and restlessness) represents the most acute risk and is correctly identified as the priority.

Because the purpose of β-blocker therapy for patients with esophageal varices is to decrease the risk for bleeding from esophageal varices, the best indicator of the effectiveness for propranolol is the lack of blood in the stools. Although propranolol is used to treat hypertension, angina, and tachycardia, the purpose for use in this patient is to decrease the risk for bleeding from esophageal varices.

Placing a pillow under the knee can lead to joint contractures by promoting knee flexion for prolonged periods, which reduces mobility and joint alignment over time. The nurse should instruct the client to maintain the functional position of the joint and only use pillows under the head or neck. All other statements reflect correct management of osteoarthritis, including avoiding long standing, strengthening muscles (like the quadriceps), using assistive devices for ambulation, and using raised chairs to reduce joint strain.

The correct answer is: “Providing information regarding the decreased use of salt in the diet.” This is a form of primary prevention, which focuses on preventing the onset of disease before it occurs by addressing modifiable risk factors and promoting healthy behaviors in the general population. Educating individuals about reducing sodium intake helps prevent the development of hypertension, especially in those who may be at risk due to diet or lifestyle. In contrast, the other options — attending hypertension screening clinics, visiting a healthcare provider regularly, and conducting community-wide screenings — are all forms of secondary prevention, which involve early detection and intervention for conditions that may already be present. These measures help catch disease early but do not prevent it from occurring in the first place. Therefore, the best example of primary prevention in this scenario is dietary education to reduce salt intake.