User:Madeleine Y. Bee/Notebook/Single Molecule Fluorescence/2013/07/12: Difference between revisions
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===Procedure Update: Silica-coating AuNPs by MHA=== | ===Procedure Update: Silica-coating AuNPs by MHA=== | ||
We decided to follow the MHA procedure because MHA reduces the number of gold cores per silica-coated particles, and we would ideally have each individual gold nanoparticle covered by a layer of silica. Using the MHA versus not using it has also been very effective in the trials conducted so far | We decided to follow the MHA procedure because MHA reduces the number of gold cores per silica-coated particles, and we would ideally have each individual gold nanoparticle covered by a layer of silica. Using the MHA versus not using it has also been very effective in the trials conducted so far, and we think that using MHA will allow us to reach our desired optimal shell thickness of approximately 35nm.<br.> | ||
*Originally detailed on [http://openwetware.org/wiki/User:Madeleine_Y._Bee/Notebook/Single_Molecule_Fluorescence/2013/05/24 05/24/2013] | *Originally detailed on [http://openwetware.org/wiki/User:Madeleine_Y._Bee/Notebook/Single_Molecule_Fluorescence/2013/05/24 05/24/2013] | ||
*Day One: | *Day One: |
Revision as of 11:01, 12 July 2013
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July 12, 2013Notes from Meeting
DNA and AuNP Attachment ProcedureCalculations
Absorbance DataProcedure Update: Silica-coating AuNPs by MHAWe decided to follow the MHA procedure because MHA reduces the number of gold cores per silica-coated particles, and we would ideally have each individual gold nanoparticle covered by a layer of silica. Using the MHA versus not using it has also been very effective in the trials conducted so far, and we think that using MHA will allow us to reach our desired optimal shell thickness of approximately 35nm.<br.>
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