Difference between revisions of "Team:Cambridge-JIC/Make Your Own"

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If you want to make your very own OpenScope, this is the page for you!<br/>
 
If you want to make your very own OpenScope, this is the page for you!<br/>
 
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OpenScope is a modular microscope: you can use it in manual mode, or you can add motors for finer control. It is very easy to swap between manual and motorized modes.<br/>
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OpenScope is a modular microscope: you can use it in manual mode, or you can add motors for finer control. It is very easy to swap between manual and motorized modes. It is also possible to make the microscope fully battery-powered (ideal for fieldwork!).<br/>
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You can also use bright-field imaging only, or extend the microscope to include fluorescence imaging or dark-field imaging.<br/>
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It is also possible to make the microscope fully battery-powered (ideal for fieldwork!).
+
 
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<br/>
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Finally, you can use bright-field imaging only, or extend the microscope to include fluorescence imaging or dark-field imaging. We have successfully imaged GFP using the materials detailed below. If you want to image RFP\* or other fluorescent proteins, just make an epicube as explained in the instructions, but change the LEDs, filters and mirrors to suit the FP to be imaged. And if you manage to get it working, we'd love to hear about it!<br/>
 
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Revision as of 12:23, 17 September 2015

Make Your Own

If you want to make your very own OpenScope, this is the page for you!

OpenScope is a modular microscope: you can use it in manual mode, or you can add motors for finer control. It is very easy to swap between manual and motorized modes. It is also possible to make the microscope fully battery-powered (ideal for fieldwork!).

Finally, you can use bright-field imaging only, or extend the microscope to include fluorescence imaging or dark-field imaging. We have successfully imaged GFP using the materials detailed below. If you want to image RFP\* or other fluorescent proteins, just make an epicube as explained in the instructions, but change the LEDs, filters and mirrors to suit the FP to be imaged. And if you manage to get it working, we'd love to hear about it!