# User:Megan L. Channell/Notebook/3D printing scaffolds with Au nanofibers/2014/01/29

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 Revision as of 00:57, 7 February 2014 (view source) (Autocreate 2014/01/29 Entry for User:Megan_L._Channell/Notebook/3D_printing_scaffolds_with_Au_nanofibers)← Previous diff Revision as of 01:05, 7 February 2014 (view source) (→Entry title)Next diff → Line 7: Line 7: ==Entry title== ==Entry title== - * Insert content here... + * There were a total of 12 gold: nanofiber solutions made, with all of them being the same + *The ratio of myoglobin to gold was 100:1 and the concentration of gold was 0.25mM + *Three of the solutions will have the scaffolds in them as this is our first method + *The other 9 will be used to make the other two methods + *They were put in an oven for 4hrs at 80°C + ==Calculations== + *Au stock solution: + **0.011g x (1 mol/393.833g) x 0.010L = 2.793mM + *Myoglobin stock solution: + **0.011g x (1 mol/17699g) x 0.010L = 0.0621mM + *Volumes of Au, Myoglobin, and water for each test tube: + **Final [Au]=0.25mM, 5mL total volume + [[Image:2014_0129_Au_Myo_NPs_cheat_sheet.PNG|800px]] +

## Revision as of 01:05, 7 February 2014

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## Entry title

• There were a total of 12 gold: nanofiber solutions made, with all of them being the same
• The ratio of myoglobin to gold was 100:1 and the concentration of gold was 0.25mM
• Three of the solutions will have the scaffolds in them as this is our first method
• The other 9 will be used to make the other two methods
• They were put in an oven for 4hrs at 80°C

## Calculations

• Au stock solution:
• 0.011g x (1 mol/393.833g) x 0.010L = 2.793mM
• Myoglobin stock solution:
• 0.011g x (1 mol/17699g) x 0.010L = 0.0621mM
• Volumes of Au, Myoglobin, and water for each test tube:
• Final [Au]=0.25mM, 5mL total volume