Difference between revisions of "User:Zachary I. Mendel/Notebook/Zacks Notebook/2014/02/18"

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(Procedures)
(Procedures)
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*one solution was 10^-7M protein in nanoparticles. The other was 10^-8M.
 
*one solution was 10^-7M protein in nanoparticles. The other was 10^-8M.
 +
<br>
 +
Making HRP nanoparticles
 +
**First I made the buffer solution. The pH was 5. I made it using 0.0003 moles of acetic acid 1M and 0.0006 moles of potassium acetate
 +
***add 300ul of acid and 0.059g of base
 +
**Going to make 10^-6M HRP solution in the buffer
 +
***HRP molecular mass is 44kDa or 44000g/mol
 +
****added 0.0044g of HRP
 +
***we then filled up 100ml volumetric flask
 +
**Take 1ml of the solution and add to 9ml of nanoparticles...take 100ul and add to 9.9mls of gold to make solutions
 +
<br>
 +
*one solution was 10^-7M protein in nanoparticles. The other was 10^-8
  
 
==Notes==
 
==Notes==

Revision as of 11:59, 18 February 2014

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February 18th

Goals

  • Make graph showing max peak over time
  • Making HRP nanoparticles using dopamine method
  • Run UV vis on HRP nanoparticles to see if there is any difference after having it run a week later
  • Run UV vis on HRP supernatant
    • We want to see there is free HRP in the solution and that all of the HRP did not get spun down



  • make hemoglobin nanoparticles using the alpha method

Procedures

Other things to do

  • take aliquot of 10^-8M HRP nanoparticles and put in freezer



  • Protein Gold Nanoparticles
    • I already have my 10^-6M Hemoglobin solution made
    • Take 1ml of the solution and add to 9ml of nanoparticles...take 100ul and add to 9.9mls of gold to make solutions


  • one solution was 10^-7M protein in nanoparticles. The other was 10^-8M.


Making HRP nanoparticles

    • First I made the buffer solution. The pH was 5. I made it using 0.0003 moles of acetic acid 1M and 0.0006 moles of potassium acetate
      • add 300ul of acid and 0.059g of base
    • Going to make 10^-6M HRP solution in the buffer
      • HRP molecular mass is 44kDa or 44000g/mol
        • added 0.0044g of HRP
      • we then filled up 100ml volumetric flask
    • Take 1ml of the solution and add to 9ml of nanoparticles...take 100ul and add to 9.9mls of gold to make solutions


  • one solution was 10^-7M protein in nanoparticles. The other was 10^-8

Notes

  • HRP was 10^-8 M added to nanoparticles

Reflections