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I had a flash of curiosity when our youngest and I were looking at marsh water through a quality microscope I inherited from dad (who got it from his dad). I wondered if I could use my Olympus 770sw camera to capture the image in the eyepiece. The previous shot is what came of my first attempt.
Spirogrya
You've got to look at this one at the original size, the details around the nucleus are amazing!
The tip of Setaria viridis (green foxtail). Some spines are observed.
エノコログサのふわふわした毛先を切り取って顕微鏡でのぞいてみた。
先端にトゲトゲが付いているのだな。
Microscope: Nikon Eclipse E100 (40x)
Nikon D90
Another look into the microscopic world.. unfortunately Flickr restricts the length of video so the ending got cut off..!
Ciliado Prodoron
Posiblemente Prorodon Teres
Tamaño 80-200um
Se localiza en aguas con ligera concentracion salina
Secuencia realizada empleando iluminacion en campo oscuro
Great name.
From the accompanying card:
A monocular compound microscope made by R. and J. Beck of London, England in 1885. Note the novel design of the stand.
Display case, main rotunda, SickKids hospital, Toronto. I love this kind of stuff.
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 is a composite of two shots. When you're at high magnification, depth of field is very, very limited. With the garnet in the foreground in focus, the one at the left was merely a blur. So I took two shots, one with each crystal in focus, and then used Winimages to composite the two. From my personal collection.
Both original images were taken with Digital Blue's QX5 USB Computer Microscope at 60x magnification, using miXscope, a Mac client that supports the QX5. Note that the QX5, out of the box, is Windows-only.
The first routine and educational microscope to incorporate renowned Infinity plan optical system.
The BM500 is a built-to-last, top-of-the-range biological microscope ideal for basic laboratory use or educational purposes. Of course, the BM500 maintains the same operational ease and rigidity common to all other microscopes. And also the digital camera can be attached when the trinocular eyepiece tube is mounted.
Onion cells under a microscope. Just experimenting at the moment, but a world of possibility way beyond macro.
Dr. Mark Groszos, associate professor, oversees the eight advanced polarizing student microscopes and one research/teaching model with full digital imaging capabilities. Groszos said the department is using the microscopes in an upper-level undergraduate class that delves into the study of rocks and minerals. Several geosciences students plan to use the microscopes in their senior projects, and faculty members are incorporating the equipment into their research programs.
Photo by Bobby Lacey - rllacey@valdosta.edu