Given that the normal range for serum protein is about 7 g/100ml and albumin is about 4 g/100ml, what clinical conclusions can you draw from the following samples A-C? If samples are not normal, what protein fraction is increased/decreased and with what disease is this protein pattern likely to be associated? Sample A: total protein = 14 g/100ml albumin= 8 g/100 ml Sample B: total protein = 5.8 g/100ml albumin = 4 g/100 ml Sample C: total protein = 3.5 g/100ml albumin = 2g/100 ml

Given that the normal range for serum protein is about 7 g/100ml and albumin is about 4 g/100ml, what clinical conclusions can you draw from the following samples A-C? If samples are not normal, what protein fraction is increased/decreased and with what disease is this protein pattern likely to be associated? Sample A: total protein = 14 g/100ml albumin= 8 g/100 ml Sample B: total protein = 5.8 g/100ml albumin = 4 g/100 ml Sample C: total protein = 3.5 g/100ml albumin = 2g/100 ml

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter16: Adult And Pediatric Dosages Based On Body Surface Area

Section: Chapter Questions

Problem 5.4P

See similar textbooks

Similar questions

In the experiment performed for the determination of cholesterol, the function of the calibration curve obtained using 25-400mg/dL standard cholesterol solutions was determined as y= 0.0009x. If the absorbance of the serum sample is determined as 0.28, what is the amount of cholesterol in the sample, in mg/L?
In the experiment performed for the determination of cholesterol, the function of the calibration curve obtained using 25-400mg/dL standard cholesterol solutions was determined as y= 0.0009x. If the amount of cholesterol in the serum sample is determined as 3.11 g/L, what is the absorbance value of the sample? A. 0,280 B. 0.028 C. 0.208 D. 0.82
Total protein: Do you think that refractive index could be used as a regular method for serum protein determinations? If yes, what limitations does it have. If not, why not? What are the major interferences in the biuret method? Refractometry method?
In the ESTIMATION OF TOTAL SERUM CHOLESTEROL using ZAK AND HENLY’S METHOD, explain why should the serum stay clear? What are the implications of using a turbid serum sample?
sample x contain d1 and d2 d1 Length of blood cell layer 15mm Length of blood cell layer and plasma layer 49(mm) d2 Length of blood cell layer 18mm Length of blood cell layer and plasma layer 45(mm) Calculate the HCT% of d1 and d2 and average HCT% of sample x the equation of hct% is the (length of rcbs layer / Length of TwoLayers) x 100%
How much serum is needed to create 2μL of a 1:20 dilution?
Serum is diluted with an equal amount of diluent (such as tube #1, 1/2 and tube #2, 1/2). What is the concentration in tube #2 if the original concentration was 100 mg/dL?
What is the common and reliable way of quantifying serum protein fractions, provide thereference values for each fraction as a percentage of the total protein
KCI for injection contains 40 mEq in 20 mL. An order requires 15 mEq, how many mL are needed?
Using 25 μL of serum, how much diluent would be needed to create a 1:2 dilution? ______ μL
Relative to the position of hemoglobin A on your gel, where would you expect to find a mutant hemoglobin in which the b-chain glutamic acid residue was replaced by lysine? Sample Wall Number: 1. Normal Hemoglobin- Homoglobin AA 2. Sickle Trait Hemoglobin- Hemoglobin AS 3. Sickle Cell Hemoglobin- Hemoglobin SS 4. The unkniwn hemoglobin sample (showing the mutant sickle cell anemia trait)
A gel filtration column was calibrated by measuring elution volumes for two proteins of known mass: glutamate dehydrogenase, 290 kDa with elution volume 20.8 mL; serum albumin, 37 kDa with elution volume 42.5 mL Use these values to determine the equation of the straight line graph that relates log molar mass to elution volume. The elution volume of an unknown protein was 32.2 mL. Use the equation just determined above to estimate the molar mass of the protein in kDa units. Don't round your answer until the end to ensure your answer is within the accepted range. Round your answer to the nearest whole number (e.g. If you calculated 27.52, input your answer as 28).