Just a quick one here. I am posting some links to videos and blog posts about efforts by a student in my lab - Russell Neches - to use 3D printing to help with carrying out high throughput studies of microbial diversity. Basically the idea is that we can use new very cheap 3D printer technologies to help with normalizing sample volumes by printing in essence micro titer dishes with variable well depth. For more on this see some of the links/videos/etc below:
From Russell's blog:
Some of Russell's videos
Aggie TV news story about Russell's work on this:
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Just got this press release by email. I am sick of receiving dozens of unsolicited press releases, especially those in topics not related ...
Hmm. I wish this could count as my candidacy exam.
ReplyDeleteNice video from Aggie. How long does the printing take for the titer plate
ReplyDeleteWith my current design and the current firmware, about 70 minutes.
ReplyDeleteThere are some shortcuts I can make in the design that will cut that down by about 50%, and there are pending updates for the firmware that should double or triple the print speed. So, I should be able to get a print finished in about 20 minutes, give or take.
That's pretty cool!
ReplyDeleteHave fun playing with it! ;)
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