Sepsis turning into septic shock for a composite woman with a perforated bowel, laid out as a compensation ledger: the Unit 2 case study analysis in NU144. Searches like "nu 144 unit 2 assignment example", "nu144 unit 2 sample" and "nu144 unit 2 example" land here.
What a finished NU144 Unit 2 case study analysis looks like
Two columns of data open the analysis, arrival and three hours later. At arrival her temperature is 38.9 C, heart rate 118, respiratory rate 24, pressure 96 over 58 with a mean of 71, lactate 3.8 and creatinine 1.6 against a baseline of 0.8; her skin is warm and flushed. After 2.1 liters of crystalloid, about 30 mL per kilogram, the heart rate has eased to 110 but the pressure reads 88 over 50, a mean of 63, and lactate has fallen only to 3.1. The paper names the turn: fluid given, pressure still below a mean of 65, lactate above 2, which meets the Sepsis-3 definition of septic shock. A vasopressor, surgical source control and the antibiotic timing are then set in order.
How a NU144 Unit 2 example is structured
The questions that come with the case are answered in their numbered order, but the sample places a compensation ledger ahead of them. Its rows are the three systems that defend a falling pressure: the sympathetic response, the lungs and the kidneys. Each row has three cells, what the system does, the finding that shows it working and the finding that shows it giving out, so tachycardia, fast breathing and scant urine are read as defenses before they are read as problems. The priority question is answered from the ledger, with circulation first and the source named as the reason it will not hold. Interventions are sequenced within the first hour and beyond it, each paired with the number expected to move if it works. A short section separates the warm skin of early sepsis from good perfusion, and references follow.
A defense read as a symptom
A heart rate of 118 and a respiratory rate of 24 are the body protecting its pressure and clearing acid. The ledger names them as compensation first, which makes the later slide readable: the defenses are working hard and the pressure still falls.
Warm skin that misleads
Early sepsis dilates vessels, so her skin is warm and her capillary refill brisk while her organs are underperfused. The analysis says so directly and points to the lactate and the urine, not the skin, as the evidence of perfusion.
The moment sepsis becomes shock
After roughly 30 mL per kilogram, a mean pressure of 63 and a lactate of 3.1 meet the current definition of septic shock. The paper states the criteria, shows that both are met, and treats that as the point where a vasopressor enters the plan.
Antibiotics timed from recognition
Cultures are drawn first when that causes no delay, and broad-spectrum antibiotics follow within the hour from recognition, not from the doctor's arrival. The sample records the time zero it counts from, since the hour means nothing without one.
A hole no fluid can fix
Fluids, pressors and antibiotics buy time, but a perforated bowel keeps seeding the abdomen. The analysis names surgical source control as the intervention that decides the outcome and places the nurse's part around it: fasting confirmed, preoperative checks complete and a pressure steady enough for transfer.
Where marks go in NU144 Unit 2
Calling her stable on arrival because her pressure sits above 90 is the most expensive reading, because the ledger of compensation was the point of the case. Missing the turn after fluids comes next: a paper that keeps adding fluid without ever naming septic shock or a vasopressor has not read the second column. Antibiotics listed without a time, or given before cultures with no reason stated, draw the usual safety deduction. Treating warm, flushed skin as a sign of good perfusion is a misreading most graders catch at once. Plans that manage the pressure and forget the perforation, with no mention of surgery, treat the effect and ignore the cause. Goals without a number, a mean of 65 or a falling lactate, cannot be evaluated, and outdated sepsis definitions cost the evidence marks.
Get a NU144 Unit 2 example written to your instructions
Sepsis cases differ by source: urine, lungs, skin, a line, an abdomen. Whatever source drives the case your section posted, it can be forwarded as it stands, numbered questions and rubric too, with the edition of the sepsis guideline the course cites. Every figure in the analysis then comes from that patient. The first custom sample carries no charge and arrives in 24-48h.
NU144 Unit 2 questions, answered
Is 30 mL per kilogram still the standard fluid amount?
It remains the figure most courses teach, but the 2021 Surviving Sepsis Campaign guideline presents it as a suggestion with low-quality evidence behind it rather than a fixed rule. Many cases now expect the fluid to be reassessed as it goes in, using pressure, urine and signs of overload. The sample gives the volume, then shows the reassessment that ended fluid alone.
What separates sepsis from septic shock in the analysis?
Sepsis is life-threatening organ dysfunction caused by a dysregulated response to infection; septic shock is the subset where a vasopressor is needed to hold a mean pressure at 65 or above and lactate stays over 2 despite adequate fluid. Naming which one the patient has, and when she crossed from one to the other, is usually worth marks on its own.
Does the nurse start the vasopressor?
The provider orders it; the nurse prepares, administers and titrates it within the order's parameters, usually through a central line or, where policy allows, a well-placed large peripheral line for a short period. The analysis frames the nursing part as monitoring: the mean pressure at set intervals, the infusion site, urine output and the repeat lactate. It never writes the order itself.