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A 16 year old female with type I diabetes mellitus attended clinic. She had a history of poor glycemic control. On examination she had hepatomegaly. The following results were obtained for plasma glucose, liver function tests, and lipids: Test Patient Reference Range Glucose 594 mg/dL   Total bilirubin 0.70 mg/dL 0-1.0 mg/dL Conjugated bilirubin 0.40 mg/dL 0-0.5 mg/dL Alkaline phosphatase Normal   GGT Elevated   AST 188 IU/L 5-30 U/L ALT 380 IU/L 0-37 U/L Total Cholesterol 306 mg/dL   Triglycerides 1177 mg/dL   HDL 4 mg/dL   1. What results are abnormal? (1 point) 2. Calculate indirect/unconjugated bilirubin? (1 point) 3. Report the LDL (in whole numbers) for this patient. (1 point) 4. What would you expect the result of the Hemoglobin A1c to be? (Increased, decreased, or normal) (1 point)

Rickets is sometimes associated with deficiency of which one of the following vitamins?

Which of these body buffer systems is NOT used to balance acid base in the body?

Which one of the following therapeutic drugs is used in the management of osteosarcoma and inhibits DNA synthesis by decreasing methylation of pyrimidine nucleotides and their synthesis?

A hypertensive, hypokalemic patient with increased aldosterone production and decreased plasma renin activity likely has

The best antidote for overdose with heroin is

A cardiac marker that increases progressively with increasing severity of disease and is NOT increased (or decreased) in conditions that mimic congestive heart failure is

The reciprocal plot pictured below indicates a decrease in Vmax and a decrease in Km. The solid line indicates a normal enzymatic reaction. What type of enzymatic inhibition is this?

In the gastrointestinal (GI) tract, dopamine functions as a modulator of the enteric nervous system or as a paracrine substance. What essential enzyme is required for synthesis of dopamine in the dopaminergic system in the GI tract?

( NEW VARIABLES ) Now, consider that the inclined structural member is subjected to a compressive force of F = [F] lb applied at an angle of θ = [theta]° with respect to the horizontal. The geometry of the system is defined by the following lengths:- AB = [AB] in- BC = [BC] in- AD = [AD] in- DE = [DE] in The thickness of all members is constant and given as b = [b] in. Using this information, calculate the internal normal and shear stresses at the specified cross sections. Calculate:(1) Average shear stress on AB