Is this microscope, shown in a staff photo for a medical pathology lab, unusual?
http://www.spectrummedicalgroup.com/pathology.html
It appears to have 6-8 binocular viewing heads. How do they have enough light to allow 8 binocular viewing heads to work effectively?
Would this be better in any significant ways than projecting a digital image from a single high-quality microscope onto an HDTV or some other digital display?
An unusual microscope, with 6-8 binocular viewers
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An unusual microscope, with 6-8 binocular viewers
-Phil
"Diffraction never sleeps"
"Diffraction never sleeps"
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Re: An unusual microscope, with 6-8 binocular viewers
Well, in theory the purely optical system would provide full optical resolution, while the HDTV would be limited to its display resolution of perhaps 1920x1080.DQE wrote:Would this be better in any significant ways than projecting a digital image from a single high-quality microscope onto an HDTV or some other digital display?
But in practice, I suspect this impressive piece of hardware simply predates practical HDTV cameras and monitors.
--Rik
Re: An unusual microscope, with 6-8 binocular viewers
Multiheaded microscopes (8-16 duel heads) are standard equipment in most Pathology / Dermatopathology departments. In our facility we have 6 separate multiheaded Olympus (BX series with 100 Watt halogen lamps) microscope; we use them extensively during case sign-out and teaching sessions. Most brands of multiheaded microscopes (Olympus, Nikon etc.) have very good quality beam-splitters and light loss is very minimal, and quality of image at all binocular heads is excellent and better than digital / HD images.But in practice, I suspect this impressive piece of hardware simply predates practical HDTV cameras and monitors.
--Rikte
Vishnu
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I wonder if a simple estimate of what sensor (and display) pixel matrix dimensions would be required to equal the spatial resolution, etc, of a binocular pathology microscope?
If (for example) a 20-25 megapixel sensor is needed to match the fine detail, dynamic range, and other image quality parameters, does this mean that we would have to have a similar dimensioned digital display system to avoid the need to pan and scroll?
Since our shared interest in macro photography usually limits us to viewing approximately 1 megapixel images on the forum, we don't often discuss this set of issues. The best we can usually do is to crop a small section of a full image and post it to the forum. For example, people often crop a bug's ommatidia/eyes to illustrate how finely detailed the original image is.
My somewhat related work experience in the technical assessment of medical radiography leads me to believe that it would likely be very undesirable to only view a small segment of a pathology slide instead of the whole image at once. This may be an important part of why multi-headed microscopes are needed in a group viewing session.
If (for example) a 20-25 megapixel sensor is needed to match the fine detail, dynamic range, and other image quality parameters, does this mean that we would have to have a similar dimensioned digital display system to avoid the need to pan and scroll?
Since our shared interest in macro photography usually limits us to viewing approximately 1 megapixel images on the forum, we don't often discuss this set of issues. The best we can usually do is to crop a small section of a full image and post it to the forum. For example, people often crop a bug's ommatidia/eyes to illustrate how finely detailed the original image is.
My somewhat related work experience in the technical assessment of medical radiography leads me to believe that it would likely be very undesirable to only view a small segment of a pathology slide instead of the whole image at once. This may be an important part of why multi-headed microscopes are needed in a group viewing session.
-Phil
"Diffraction never sleeps"
"Diffraction never sleeps"