# User:Allison K. Alix/Notebook/Thesis Research/2013/07/18

(Difference between revisions)
 Revision as of 11:02, 19 July 2013 (view source) (Autocreate 2013/07/18 Entry for User:Allison_K._Alix/Notebook/Thesis_Research)← Previous diff Revision as of 11:03, 19 July 2013 (view source) (→Entry title)Next diff → Line 6: Line 6: | colspan="2"| | colspan="2"| - ==Entry title== + ==Calculating %DNA hybridized on AuNP from 7/16== - * Insert content here... + + Calculating the surface area of 1 AuNP + Surface Area of a sphere = 4πr2, r = 5nm + 4π(5x10-9m)2 = 3.14 x 10-16m2 = 314nm2 + + Calculating the # of AuNP in 240.7μL 29.67nM solution + 29.67 x 10-9mol/L x 240 x 10-6L x 6.02x1023 AuNP/mol = 4.299 x 1012 AuNP + + Calculating the Total Surface Area Available for DNA Attachment + 4.299 x 1012 AuNP x 3.14x10-16m2/1 AuNP = 0.001349886 m2 + + Calculating the Number of Moles of DNA Available to Attach + 2.225x10-6moles/L x 240.7x10-6L = 5.3555575 x 10-10 moles DNA + + Calculating oligonucleotide density on each particle (theoretical) + 5.3555575x10-10moles DNA/0.001349886m2 AuNP = 3.967x10-7 moles DNA/m2 AuNP (OR 39.67pmol DNA/cm2 AuNP) + + Calculating oligonucleotide density on each particle (actual) + Sample A1 + moles DNA = (1.827x10-7M x 350 x 10-6L) = 6.40x10-11 moles + 6.40x10-11 moles/0.001349886m2 AuNP = 4.74x10-8moles DNA/m2AuNP + Sample B + moles DNA = 4.44x10-8M x 500 x 10-6L = 2.22x10-11 moles + 2.22x10-11 moles/0.001349886m2 AuNP = 1.64x10-8moles DNA/m2AuNP + Sample A2 + moles DNA = 1.42x10-10 + 1.42x10-10/0.001349886m2 AuNP = 1.05x10-7moles DNA/m2AuNP + + Calculating the percentage of DNA hybridized in each sample + Sample A1 + 4.74x10-8moles DNA/m2AuNP/3.967x10-7 moles DNA/m2 AuNP = 11.95% + Sample B + 1.64x10-8moles DNA/m2AuNP/3.967x10-7 moles DNA/m2 AuNP = 4.12% + Sample A2 + 1.05x10-7moles DNA/m2AuNP/3.967x10-7 moles DNA/m2 AuNP = 26.5%

## Revision as of 11:03, 19 July 2013

Project name Main project page
Previous entry      Next entry

## Calculating %DNA hybridized on AuNP from 7/16

Calculating the surface area of 1 AuNP Surface Area of a sphere = 4πr2, r = 5nm 4π(5x10-9m)2 = 3.14 x 10-16m2 = 314nm2

Calculating the # of AuNP in 240.7μL 29.67nM solution 29.67 x 10-9mol/L x 240 x 10-6L x 6.02x1023 AuNP/mol = 4.299 x 1012 AuNP

Calculating the Total Surface Area Available for DNA Attachment 4.299 x 1012 AuNP x 3.14x10-16m2/1 AuNP = 0.001349886 m2

Calculating the Number of Moles of DNA Available to Attach 2.225x10-6moles/L x 240.7x10-6L = 5.3555575 x 10-10 moles DNA

Calculating oligonucleotide density on each particle (theoretical) 5.3555575x10-10moles DNA/0.001349886m2 AuNP = 3.967x10-7 moles DNA/m2 AuNP (OR 39.67pmol DNA/cm2 AuNP)

Calculating oligonucleotide density on each particle (actual) Sample A1 moles DNA = (1.827x10-7M x 350 x 10-6L) = 6.40x10-11 moles 6.40x10-11 moles/0.001349886m2 AuNP = 4.74x10-8moles DNA/m2AuNP Sample B moles DNA = 4.44x10-8M x 500 x 10-6L = 2.22x10-11 moles 2.22x10-11 moles/0.001349886m2 AuNP = 1.64x10-8moles DNA/m2AuNP Sample A2 moles DNA = 1.42x10-10 1.42x10-10/0.001349886m2 AuNP = 1.05x10-7moles DNA/m2AuNP

Calculating the percentage of DNA hybridized in each sample Sample A1 4.74x10-8moles DNA/m2AuNP/3.967x10-7 moles DNA/m2 AuNP = 11.95% Sample B 1.64x10-8moles DNA/m2AuNP/3.967x10-7 moles DNA/m2 AuNP = 4.12% Sample A2 1.05x10-7moles DNA/m2AuNP/3.967x10-7 moles DNA/m2 AuNP = 26.5%