🔴 Norepinephrine is the first-line vasopressor for clients in septic shock who remain hypotensive after aggressive fluid resuscitation.

🔴 This client has a very low blood pressure and persistent signs of shock, so immediate vasopressor support is needed to improve tissue perfusion.

🔴 Norepinephrine works primarily by causing vasoconstriction, which increases systemic vascular resistance and raises blood pressure.

🔴 It is preferred over other vasoactive agents in septic shock because it is effective for restoring perfusion without being the wrong type of vasodilator therapy.

🔴 This order is expected because the priority is to treat refractory hypotension and prevent further organ hypoperfusion.

"Start infusion of Nitroglycerin 50 mg/250 mL 0.9% NS."

🔴 Nitroglycerin is a vasodilator, which would further lower blood pressure in a client already experiencing severe hypotension.

🔴 It is not appropriate for septic shock with refractory low blood pressure.

"Start infusion of Dobutamine 500 mg/250 mL D5W."

🔴 Dobutamine can be used in some shock states when cardiac output support is needed, but it is not the first-line medication for severe hypotension in septic shock after fluids.

🔴 The immediate priority is vasoconstriction with norepinephrine, not inotropic support alone.

"Start infusion of Nitroprusside 100 mg/250 mL D5W."

🔴 Nitroprusside is another potent vasodilator and would dangerously worsen this client’s hypotension.

🔴 It is not indicated in septic shock when the blood pressure is already critically low.

🟠 Clostridium difficile forms spores, and these spores are not reliably destroyed by alcohol-based hand sanitizer.

🟠 Soap and water physically remove the spores from the hands and is the recommended method of hand hygiene after contact with a client who has C. difficile.

🟠 Because the nurse’s glove tore, there is a risk that the hands came into direct contact with infectious material.

🟠 Handwashing with soap and water is the priority action to reduce transmission and protect both the nurse and other clients.

🟠 This is the correct answer because proper hand hygiene is the most important immediate intervention after glove contamination in a spore-forming infection.

"Don a clean pair of nonsterile gloves."

🟠 Donning new gloves without first cleaning the hands traps contamination underneath the gloves.

🟠 Hand hygiene must occur before applying another pair of gloves.

"Wash hands with alcohol-based hand sanitizer."

🟠 Alcohol-based hand sanitizer is not effective against C. difficile spores.

🟠 The correct method is soap and water, not sanitizer alone.

"Wash hands with a bleach wipe from a nearby container."

🟠 Bleach wipes are used for environmental surface disinfection, not for routine handwashing.

🟠 Using them on the skin is inappropriate and does not replace handwashing with soap and water.

🟣 Pantoprazole is a proton pump inhibitor (PPI) that decreases gastric acid secretion by blocking the hydrogen-potassium ATPase pump in the stomach.

🟣 PPIs are commonly prescribed for peptic ulcer disease because they promote healing by reducing acid exposure at the ulcer site.

🟣 This makes the gastric environment less irritating and supports mucosal recovery.

🟣 Pantoprazole is correctly classified as a PPI, unlike the other options which are H2-receptor antagonists.

🟣 This medication is the expected choice when the provider specifically orders a proton pump inhibitor.

Ranitidine

🟣 Ranitidine is an H2-receptor blocker, not a proton pump inhibitor.

🟣 It reduces acid secretion differently and does not belong to the PPI class.

Famotidine

🟣 Famotidine is also an H2-receptor antagonist, not a PPI.

🟣 Although it can be used for acid-related disorders, it is not the correct answer when the provider specifies a proton pump inhibitor.

Cimetidine

🟣 Cimetidine is an H2 blocker, not a proton pump inhibitor.

🟣 It is not the medication the nurse would anticipate if the order is specifically for a PPI.

✍️140 lb to kg

✍️140 ÷ 2.2 = 63.6 kg

✍️2 mg × 63.6 kg = 127.2 mg

✍️The concentration supplied is 50 mg/4 mL

✍️Which equals 12.5 mg/mL.

📍127.2 ÷ 12.5

📍10.176 mL.

📍Rounded to the nearest whole number, 10 mL.

Loss of protein

🟡 Major burns cause increased capillary permeability, allowing protein to leak from the intravascular space into the interstitial tissues.

🟡 This protein loss contributes to edema and decreases the oncotic pressure needed to keep fluid in the vascular compartment.

🟡 Clients with extensive burns often have significant fluid shifts and loss of important plasma components.

🟡 Protein loss is a hallmark physiologic response in severe burn injury and contributes to the severity of burn shock.

🟡 This is an expected finding in a client with burns over a large body surface area.

Decreased plasma volume

🟡 Severe burns lead to large fluid shifts out of the bloodstream and into the tissues, causing decreased plasma volume.

🟡 This occurs because damaged capillaries become leaky and allow fluid to escape into the interstitial space.

🟡 Reduced plasma volume places the client at high risk for hypovolemic burn shock.

🟡 The nurse should anticipate signs such as hypotension, tachycardia, and reduced urine output as a result of this fluid loss.

🟡 Decreased plasma volume is one of the most important physiologic consequences of major burns.

Capillary leak

🟡 Capillary leak occurs after major burns because the inflammatory response damages capillary integrity.

🟡 This causes fluid, electrolytes, and proteins to move from the intravascular space into surrounding tissues.

🟡 Capillary leak is a major reason why clients with extensive burns develop edema and circulatory instability.

🟡 It begins early after the injury and is central to the pathophysiology of burn shock.

🟡 The nurse should absolutely expect this change in a client with 50% total body surface area burns.

Diuresis

🟡 In the early phase after major burns, the client is more likely to experience oliguria, not diuresis, because of decreased circulating volume.

🟡 Diuresis is not an expected initial physiologic change in severe burn injury.

Hypermagnesemia

🟡 Hypermagnesemia is not a classic physiologic response expected in major burns.

🟡 More common early concerns include fluid loss, capillary leak, electrolyte imbalance such as hyperkalemia, and decreased plasma volume.

💎 Patency of the IV line should be checked first when an IV pain medication does not relieve pain as expected, because the medication may not be entering the bloodstream properly.

💎 Infiltration occurs when IV fluid or medication leaks into the surrounding tissue instead of remaining in the vein.

💎 When infiltration occurs, the ordered IV medication is not delivered effectively into the circulation, so the client may continue to have unrelieved pain.

💎 This problem interferes with absorption of the medication into the vascular system, which delays or prevents the intended analgesic effect.

💎 For a postoperative client receiving IV morphine and ketorolac, checking whether the line is patent is a priority nursing action before assuming the medication itself is ineffective.

🔷 White plaque in the mouth in a client with HIV is highly suggestive of oral candidiasis (thrush), which is a common opportunistic infection in immunocompromised patients.

🔷 This infection is caused by Candida, a fungal organism that overgrows when the immune system is weakened.

🔷 Oral thrush often appears as creamy white patches on the tongue, gums, or inner cheeks and may be painful or difficult to swallow.

🔷 Fluconazole is an appropriate antifungal medication because it is effective against Candida infections and is commonly used to treat oral candidiasis in HIV-positive clients.

🔷 The nurse should recognize this finding promptly because opportunistic infections may indicate immune suppression and the need for further evaluation of the client’s HIV status and treatment response.

🟣 A WBC count of 13,000/mm³ on Day 2 is above the normal reference range and is one of the classic findings that can indicate systemic inflammatory response syndrome (SIRS).

🟣 An elevated white blood cell count reflects activation of the body’s inflammatory and immune response, often in the setting of infection or significant physiologic stress.

🟣 In Mary’s case, the abnormal urine findings, new confusion, and rising WBC together increase concern that she may be developing a systemic inflammatory process related to a urinary source.

🟣 SIRS criteria include abnormalities in temperature, heart rate, respiratory rate, and WBC count, making this lab value especially important.

🟣 Because the question asks which Day 2 lab value would alert the RN to possible SIRS, WBC is the most clearly correct choice.

Hematocrit

🟣 Mary’s hematocrit of 32% is low, but it is unchanged and does not specifically indicate SIRS.

🟣 A low hematocrit may reflect anemia or blood loss rather than an acute systemic inflammatory response.

Blood glucose

🟣 Mary’s blood glucose of 138 mg/dL is elevated above the normal reference range, but it is not one of the primary classic SIRS diagnostic criteria used in routine bedside assessment.

🟣 The most direct Day 2 lab clue for SIRS in this question is the elevated WBC, not the mildly increased glucose.

Platelets

🟣 Mary’s platelet count of 81,000/mm³ is abnormal and concerning, especially because it is decreasing.

🟣 However, thrombocytopenia is more suggestive of worsening illness or possible sepsis-related complications than a primary SIRS criterion itself.

INR

🟣 Mary’s INR of 4.4 is elevated and is important because she is taking Warfarin, which increases her bleeding risk.

🟣 This abnormality reflects altered coagulation status, not a defining laboratory sign of SIRS.

Potassium

🟣 Mary’s potassium of 3.9 mEq/L is within the normal reference range.

🟣 A normal potassium level does not support the presence of SIRS.