My main comment about this paper is about publication strategy and not science: I probably should not have called it #opensource: "CAD file available upon request" - it should be easier than that! Don't make it so hard for biologists to copy your work!
If you want your technology adopted, make adoption really, really easy - find a vendor for parts kits, provide the complete parts list, provide software, provide documentation - don't let users do a lot of the legwork. Lowering the barrier to entry is key.
This adds a lot of work - and full disclosure: The existing #mesoSPIM documentation could be much better. @openSPIM did a much better documentation for a less complex instrument (e.g. Video tutorials by @PetePitrone)
Of course, if you turn your technology into a product that is commercially available, that's totally fine as well - and also lowers the barrier. What I'm confused by is: Why only provide plans for 1/5 of a microscope and hope that a lot of biologists will adopt it?
There are a lot of non-engineering reasons why one might to choose to publish such a "fractional" microscope (team members moving on), but clearly, the #CompassSPIM team polished their figures etc. quite a bit - and thus might have had the time to include more
I just want to argue that the concept of "remixing" instrumentation modules is tricky: It's cool in principle but hard in practice for users - AFAIK there are no good interface standards (mechanical, optical, electrical) in microscopy
Also, the authors have an affiliation with a company called OpsiClear LLC - let's see what they come up with next opsiclear-llc.business.site
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We are excited to share the mesoSPIM, a versatile open-source light-sheet microscope for imaging in cleared tissue. #mesoSPIM@openSPIM#lightsheet
Check out our webpage: mesospim.org
The mesoSPIM is compatible with all clearing techniques and was tested with
active and passive CLARITY, CUBIC, BABB, iDISCO and MASH.
The key mesoSPIM feature is axially scanned light-sheet microscopy (ASLM) introduced by @RetoPaul and @kD3AN which allows uniform axial resolution across large FOVs. To translate the light-sheet, we are using tunable lenses from @optotunecompany