User:Mary Mendoza/Notebook/CHEM 571 Experimental Biological Chemistry I/2012/08/29: Difference between revisions
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* Using the dilution equation, M<sub>1</sub>V<sub>1</sub> = M<sub>2</sub>V<sub>2</sub>, the following calculations were made: | * Using the dilution equation, M<sub>1</sub>V<sub>1</sub> = M<sub>2</sub>V<sub>2</sub>, the following calculations were made: | ||
For mole ratio 60 | *For mole ratio 60 | ||
M<sub>1</sub> = 15 μM | M<sub>1</sub> = 15 μM | ||
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V<sub>2</sub> = 6 mL (total volume of final solution) | V<sub>2</sub> = 6 mL (total volume of final solution) | ||
*V<sub>2</sub> for 60 = (1.5 μM × 6 mL) ÷ 15 μM = 0.6 mL | |||
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Revision as of 12:46, 14 September 2012
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Preparation of Gold and Bovine Serum Albumin Stock Solutions
.025 L of water × (15×10-6 mM of BSA ÷ 1 L of water) = 3.75×10-7 mM of BSA 3.75×10-7 mM of BSA × 66430 g (formula weight of BSA) = .0249 g of BSA
.025 L of water × (10×10-3 mM of HAuCl4 ÷ 1L of water)= .00025 mM of HAuCl4 .00025 mM of HAuCl4 × 339. 79 g (formula weight of HAuCl4)= .085 g of HAuCl4 Preparation of different mole ratios of Au/BSA
M1 = 15 μM V1 = Volume needed from 15 μM BSA stock solution to complete ratio M2 = 1.5 μM (concentration of BSA for mole ratio 60) V2 = 6 mL (total volume of final solution)
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