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I was playing with microscope, and realized I could take off the top part of the microscope, and shoot with the D5100 down the barrel.
Would be easier with a tube extension.
This picture shows an example of some of the practical laboratory facilities available to students in our Science Building.
Formes flottantes à conformation rayonnante. Différentes espèces d'amibes, séparées de leur support peuvent adopter une conformation étoilée en développant des pseudopodes tout autour de leur cellule. Cette forme flottante est transitoire, la cellule adopte sa forme rampante si elle reprend contact avec un support.
Under the microscope - a small ladybird larva feasts on an aphid
Photo credit: Paulette Burns / Centre for Ecology & Hydrology
The microscope I'm using at San Francisco State University to carry out research for my senior thesis on diatoms of Lake Tecopa.
Exploded view. The left is the camera to T Mount adapter, then a femail T thread to Female T thread spacer tube, and finally the mount to the microscope which includes a 2.5x / 90 lens.
We have our suspicions about this 2.5x lens. Gene thinks it may be giving us worse resolution than we should really have. And it looks like it needs to be carefully adjusted in order to make the microscope behave 'parafocally' (where the eyepiece focus and the camera focus are in sync.)
Details of the connection from the National Microscope 163 to a DSLR
This demonstrates some of the 'extra' microscopes floating around in labs and schools. I believe that if we can automate them that they will become useful again!
Richard Kinch, PhD specializes in Making Digital Camera Microscope Adapters www.truetex.com/micad.htm which allow existing cameras to be coupled to old microscopes.