NEET SS practise tests

MEN 1

by

Premium MCQ
Q) A 32-year-old woman presents with fatigue and kidney stones. Labs show:
- Serum calcium: 11.6 mg/dL (elevated)
- PTH: inappropriately elevated
- Serum prolactin: normal
- Fasting glucose: elevated, HbA1c: 7.2%
Her brother had a gastrinoma and hyperparathyroidism in his 30s.
A MEN1 mutation is detected on genetic testing.

Which of the following is the most appropriate next step in her evaluation?
🔒 This answer and explanation are available to Premium Members only.
👉 Upgrade to Premium to access full content.

TIPS

by

Q: A 60-year-old man with cirrhosis presents with refractory ascites requiring frequent large-volume paracentesis. He is evaluated for TIPS placement. Which of the following findings would be the strongest contraindication to proceeding with the procedure?

A) Serum bilirubin of 3.5 mg/dL
B) MELD score of 18
C) Right heart catheterization showing mean pulmonary artery pressure of 55 mmHg
D) History of prior hepatic encephalopathy controlled on lactulose

Malignancy risk in Stem cells

by

Q: Risk of malignancy is highest with which stem cells?

# Bailey Chapter 4

a) Somatic cells
b) SSc
c) Fetal cells
d) All
🔒 This is a premium MCQ. Only logged-in premium members can view the answer.

Parkland formula

by

Q )  During fluid resuscitation in a burns patient using Parkland’s formula, volume of fluid given in first 8 hours is ?
A. 50%
B. 25 % 
C. 75 % 
D. 100 % 

Take the practice MCQ tests  ( Some are free). Others are for Premium Members

Take the free image based mock test 

Ans a

The modified Parkland formula

TBSA% burn × weight (kg) × 4 = volume in mL
The first half is given in 8 hours and the second over 16 hours to complete the 24-hour resuscitation time frame.

Developed by Dr. Charles Baxter in the 1960s at the Parkland Memorial Hospital in Texas, this formula serves as a cornerstone in determining the initial fluid requirements to stabilize burn victims during the crucial early hours following injury.

Although the Parkland Formula offers a valuable framework for fluid resuscitation, it's important to note that individual patient variability, coexisting injuries, and evolving clinical conditions necessitate close monitoring and adjustment of the resuscitation plan. Over-resuscitation can lead to complications such as pulmonary edema, while under-resuscitation can result in inadequate tissue perfusion and organ failure.

Bailey 28th  671