The standard concentration of the antibiotic Vancomycin is 6.20 mg/dl. It is diluted 1:10. Then 1.0...
The standard concentration of the antibiotic Vancomycin is 6.20 mg/dl. It is diluted 1:10. Then 1.0 ml of the first dilution is added to 4.0 ml of diluent? What is the final concentration of the antibiotic in this solution?
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The standard concentration of the antibiotic Vancomycin is 6.20
mg/dl. It is diluted 1:10. Then 1.0...
3. 0.5 mL of diluent is added to 0.5 mL of a 100 mg/dL glucose solution....
3. 0.5 mL of diluent is added to 0.5 mL of a 100 mg/dL glucose solution. What is the dilution? What is the final concentration?
If you diluted 5 times standard agent of concentration 1000 mg/dl, your final concentration would be...
If you diluted 5 times standard agent of concentration 1000 mg/dl, your final concentration would be ?
1) if 5 parts sample is added to 10 parts diluents, what is the dilution that...
1) if 5 parts sample is added to 10 parts diluents, what is the dilution that was just made? 2. What is the ratio if 5 parts sample volume is added to 10 parts diluents volume? 3. In a 1 to 3 dilution, what is the dilution FACTOR? 4. In a 1 to 10 dilution, what is the dilution FACTOR? 5. What is the dilution FACTOR if 40 mcL of sample added to 260 mcL of diluent? 6. What is...
17. One milliliter of plasma is diluted 1/10 in tube 1. Then 1 mL of the...
17. One milliliter of plasma is diluted 1/10 in tube 1. Then 1 mL of the dilution in tube 1 is added to 4 mL in a second tube. One milliliter from tube 2 is then added to 9 mL diluent in tube 3. What is the substance (plasma) volume in the third tube? 18. What is the specific gravity of a substance if 5 mL of the substance weighs 6.5 g, but the substance is only 50% pure? 19.What...
12. Given a series of 4 dilutions, each 1/5, what is the concentration in tube No....
12. Given a series of 4 dilutions, each 1/5, what is the concentration in tube No. 3 if the original concentration was 100 mg/dL? 13. A 1/2, fourfold serial dilution was performed. The original concentration of the analyte was 1200 μg/dL. What is the concentration of the analyte in the final tube? 7. Calculate the true analyte value given the following information: Analyte diluted using 10 μL into 90 μL diluent; Diluted analyte value = 85 mg/dL.
13. A 1/2, fourfold serial dilution was performed. The original concentration of the analyte was 1200...
13. A 1/2, fourfold serial dilution was performed. The original concentration of the analyte was 1200 μg/dL. What is the concentration of the analyte in the final tube? 7. Calculate the true analyte value given the following information: Analyte diluted using 10 μL into 90 μL diluent; Diluted analyte value = 85 mg/dL.
If a solution of 10 mg/ml methyl orange is diluted 100 times, 1 ml added to...
If a solution of 10 mg/ml methyl orange is diluted 100 times, 1 ml added to 99 ml of water for example, what is the final concentration? A. 1 mg/ml B. 0.1 mg/ml C. 0.001 mg/ml
2. The concentration C (in mg/dl) of a certain antibiotic in a patients bloodstream is given...
2. The concentration C (in mg/dl) of a certain antibiotic in a patients bloodstream is given by C= 50t /t^2+ 25 where t is the time (in hours) after taking the antibiotic. a. What is the concentration 4 hours after taking the antibiotic? b. In order for the antibiotic to be effective, 4 or more mg/dl must be present in the bloodstream. When do you have to take the antibiotic again?
EXAMPLE 12.5 20 A physician orders vancomycin 10 mg/kg IV (furthe rs vancomycin 10 mg/kg IV...
EXAMPLE 12.5 20 A physician orders vancomycin 10 mg/kg IV (furthe rs vancomycin 10 mg/kg IV (further diluted in 100 mL NS) to run over 60 minutes q6h. After reconstitution, the vancomycin strength is 300 1180 mL. The child weighs 50 pounds. The way this order is written, the full 10 mg/kg is to be given four times a day, qon, de 10 mg/kg/dose in the DA calculation. How many milliliters of reconstituted vancomycin for injection should be added to...
One component of the Minimum Inhibitory Concentration experiment is the creation of an antibiotic serial dilution....
One component of the Minimum Inhibitory Concentration experiment is the creation of an antibiotic serial dilution. In this assignment, you are to determine the appropriate dilution from the original stock needed to reach the final concentration of antibiotic in 1 mL of media. In your experiment, you are to add only 10 mu L of antibiotic to the media. You are given the starting concentration of the antibiotic (the stock solution) and the final concentrations needed. The first three answers...
3. 0.5 mL of diluent is added to 0.5 mL of a 100 mg/dL glucose solution. What is the dilution? What is the final concentration?
17. One milliliter of plasma is diluted 1/10 in tube 1. Then 1 mL of the dilution in tube 1 is added to 4 mL in a second tube. One milliliter from tube 2 is then added to 9 mL diluent in tube 3. What is the substance (plasma) volume in the third tube? 18. What is the specific gravity of a substance if 5 mL of the substance weighs 6.5 g, but the substance is only 50% pure? 19.What...
EXAMPLE 12.5 20 A physician orders vancomycin 10 mg/kg IV (furthe rs vancomycin 10 mg/kg IV (further diluted in 100 mL NS) to run over 60 minutes q6h. After reconstitution, the vancomycin strength is 300 1180 mL. The child weighs 50 pounds. The way this order is written, the full 10 mg/kg is to be given four times a day, qon, de 10 mg/kg/dose in the DA calculation. How many milliliters of reconstituted vancomycin for injection should be added to...
One component of the Minimum Inhibitory Concentration experiment is the creation of an antibiotic serial dilution. In this assignment, you are to determine the appropriate dilution from the original stock needed to reach the final concentration of antibiotic in 1 mL of media. In your experiment, you are to add only 10 mu L of antibiotic to the media. You are given the starting concentration of the antibiotic (the stock solution) and the final concentrations needed. The first three answers...
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