Biomod/2012/Titech/Nano-Jugglers/Methods/Vapor Deposition
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< Biomod | 2012 | Titech/Nano-Jugglers | Methods(Difference between revisions)
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==Overview== | ==Overview== | ||
| - | Deposition is a method for forming a | + | Deposition is a method for forming a thin metal film on the surface of the substrate. In this project, Gold and Chromium were deposited on the polystyrene beads in order to conjugate specific DNA onto the determined location on the surface. |
| - | == | + | ==Vapor Deposition Method== |
{| | {| | ||
:[[Image: BIOMODPVDM1.png]] | :[[Image: BIOMODPVDM1.png]] | ||
| | | | ||
===1st Deposition=== | ===1st Deposition=== | ||
| - | ::First, we deposit gold on the polystyrene | + | ::First, we deposit gold on the polystyrene beads in order to make gold hemisphered body. |
===2nd Deposition=== | ===2nd Deposition=== | ||
::Next, we change the direction of beads, and deposit chromium on the body. | ::Next, we change the direction of beads, and deposit chromium on the body. | ||
::Then we pick up polystyrene-bead, which are deposited by quarter gold and half chromium. | ::Then we pick up polystyrene-bead, which are deposited by quarter gold and half chromium. | ||
::By chromium capping, this "head part" is prevented to conjyugate DNA strands, so platinum only mounted at the rear. | ::By chromium capping, this "head part" is prevented to conjyugate DNA strands, so platinum only mounted at the rear. | ||
| - | ===After | + | ===After Vapor Deposition=== |
| - | ::Through twice of | + | ::Through twice of vapor deposition, |
:::*we conjugate thiol modified DNA onto gold part. | :::*we conjugate thiol modified DNA onto gold part. | ||
:::*we conjugate amino modified DNA onto polystyrene part. | :::*we conjugate amino modified DNA onto polystyrene part. | ||
Current revision
Vapor Deposition Method
- >>Result page is here
Overview
Deposition is a method for forming a thin metal film on the surface of the substrate. In this project, Gold and Chromium were deposited on the polystyrene beads in order to conjugate specific DNA onto the determined location on the surface.



