From petechiae and a transient aphasia to transfer for plasma exchange, this NU654 case study tracks a woman with thrombotic thrombocytopenic purpura across brain, kidney, heart and blood. Searches like "nu 654 unit 10 assignment example", "nu654 unit 10 sample" and "nu654 unit 10 example" land here.
What a finished NU654 Unit 10 multi-system case study looks like
Nine pages in five dated sections, from arrival to handover at the receiving hospital. Section one presents the warning signs and the first panel: hemoglobin [8.1] g/dL, platelets [11,000], LDH [1,420] U/L, undetectable haptoglobin, indirect bilirubin [2.9] mg/dL, creatinine [1.5] mg/dL, troponin I [0.11] ng/mL and an INR of [1.1]. Section two reports the smear, [four] or more schistocytes per high-power field, and a PLASMIC score of [7]. Section three covers the first [six] hours: platelet transfusion withheld, [methylprednisolone] started, plasma infused as a bridge, and a call to a center with apheresis. Section four is the transfer itself. Section five, written after a bracketed ADAMTS13 activity below [10] percent returned, reviews each decision against the 2020 ISTH guideline.
How a NU654 Unit 10 example is structured
Chronology carries the case, but every section ends by naming which organ drove the next decision, which is how a multi-system story stays one story. The brain drives the first: a transient aphasia with a low platelet count makes the case urgent before any diagnosis is secure. Blood drives the second, since the smear and the hemolysis markers convert a differential into a working diagnosis, and the PLASMIC score is used to justify acting before ADAMTS13 returns. Heart and kidney drive the third, because the troponin rise argues for transfer to a unit with continuous monitoring and the creatinine shapes fluid decisions. The transfer section treats disposition as a clinical decision with its own risks, including travel with platelets at [9,000]. A retrospective section closes the paper and judges each decision against the guideline, crediting two and faulting one.
Warning signs taken seriously
Brief word-finding difficulty is treated as a neurologic event, not anxiety. The case records how a normal head CT and a platelet count of [11,000] together pushed the team toward a thrombotic microangiopathy rather than away from it.
A score used to act early
PLASMIC points are totaled row by row to reach [7]. A high score, the paper explains, supports starting treatment and arranging exchange while the ADAMTS13 result is still days away.
Platelets withheld, with the reason
Transfusing platelets for the petechiae is considered and declined, since in this condition added platelets can feed new microvascular clots. The case records the exception, life-threatening bleeding, that would have changed the answer.
Disposition as a decision
Transfer for plasma exchange is argued, not assumed: the sending hospital lacks apheresis, the delay to a receiving center is estimated at [three] hours, and plasma infusion bridges the gap. Risks of the trip itself are listed.
The review against the guideline
Once ADAMTS13 activity is reported below [10] percent, each earlier decision is revisited. The case credits the early steroid and the withheld platelets, and faults a [two]-hour delay before the transfer call.
Where marks go in NU654 Unit 10
Cases like this one are graded on whether several organ systems are held in a single account. Papers that write a hematology section, then a neurology section, then a renal section, as if each belonged to a different patient, lose the most. Diagnostic reasoning is the next test: naming thrombotic thrombocytopenic purpura without explaining why the smear, the hemolysis markers and the PLASMIC score support it earns partial credit at best. Transfusing platelets without comment is a serious error. Disposition must be justified with reasons, not stated as a fact. A closing review willing to fault at least one decision earns extra credit. A guideline cited without its year, or cardiac findings never linked to the level of care chosen, trims the total slightly.
Get a NU654 Unit 10 example written to your instructions
Final cases here range from sepsis with bleeding to a liver failure admission, a cardiac arrest survivor or a toxic ingestion. Supplied case or self-built outline, either can be sent with the rubric. Each section of the first case study, free within 24-48h, ends on the organ that drove the next decision.
NU654 Unit 10 questions, answered
Why does the case study end with a transfer instead of a discharge?
Because disposition in unstable patients often means moving them to the right place rather than sending them home. The patient needs plasma exchange, which the first hospital cannot provide. The case treats the transfer decision as part of management, with its timing, bridging treatment and risks explained, which is what this unit usually asks a disposition section to show.
What is the PLASMIC score?
A clinical prediction tool for severe ADAMTS13 deficiency in patients with a suspected thrombotic microangiopathy. It awards points for a platelet count under [30,000], signs of hemolysis, no active cancer, no transplant history, an MCV under [90] fL, an INR under [1.5] and a creatinine under [2.0] mg/dL. A high total supports treatment before the ADAMTS13 result returns.
Could the sample follow a different multi-system condition?
Yes. Acute liver failure, severe pancreatitis, a toxic ingestion or sepsis with disseminated clotting each involve several organs at once and fit the same structure. Name the condition and how much of the course the case should cover, and the sample tracks the organ driving each decision from the first abnormal finding to the final placement.