Re: [DIYbio] Surface Plasmon Resonance

It's something I've thought about. I'd love to play more with it, but no longer have access to the chem lab with the appropriate hardware and don't really have the laser/optics expertise to do that in a cost efficient way. Could do some really neat assays with minimal ongoing costs if I had such a detector, though!

I do suspect Dakota is correct that you ought not base sales projections for a tool of that sophistication from this group. But I wouldn't have expected the raman spec to have caught on and had as much uptake as it has either, so if you have the capability to produce something that makes this technology affordable then it sounds like a great project!


On Sunday, 25 January 2015 20:30:39 UTC-8, Dakota wrote:
I have no idea what that machine does, but ask companies with millions of dollars if they'd buy it, not poor people like us.

As a story, someone I went to college with works at an antibodies company.  She and her boyfriend designed and welded a simple piece of metal that let's you stack western blot plates on top of one another on the orbital shaker.

She showed it to the higher ups and they wrote her a check for $10,000 and bought 100 of them..

Find a problem a company has, and fix it.  I personally don't know any DIYBio person who has a plasmond resonance issue, but there might be businesses out there that do.

On Fri, Jan 23, 2015 at 3:14 PM, Daniel Glenn <daniel....@gmail.com> wrote:

I was wondering if their would be interest in an affordable surface plasmon resonance bio-assay sensor?


Surface plasmon resonance can be used as a method to detect antibody-antigen (and other) reactions directly with an optoelectronic sensor. Biacore and others make very expensive instruments that read 96-well plates, but I'm talking about something that reads samples one at a time and doesn't cost $33,000+.


It can be used to perform the same type of assays that occur in Western blot and ELISA without attaching tags, because the probe molecule is immobilized chemically on the surface of the optics with chemistry. Would those type of assays be useful to the general DIYbio community?


Do you think that there would be interest in such a device for the more general citizen-science community if test kits for things like Salmonella or Dengue that anyone with reasonable skills and training could use were developed?


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