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Here's my beard after 36 hours. I like how you can see the whisker under the skin - that's what 5 o'clock shadow really is.
Inverted Epi-fluorescence Microscopes
Whether you are involved in drug discovery, cell biology, fisheries science or other life science research, if your work depends on images and the information they contain, we have the tools to make your projects a success. Great Live cell imaging tools, either individually or in a bundle, is offered to meet your requirements.
Among these various imaging technologies, the epi-fluorescence microscope is one of the most widely used optical tools. Fluorescence microscopy can be combined with high quality German /Japanese /Korean optics and a variety of filter cubes to provide higher levels of resolution. They can also be bundled with cooled CCD/sCMOS cameras for image acquisition. The software included with these cameras allows for not only image capture, but also time-lapse imaging, merge/superimpose the images from different channels (RGB + BF/Ph or RGBW), measurement, stacking among numerous other features. These additional technologies offer unique methods for viewing the specimen.
Bioimager is honoured to offer various miniature incubators, heating chambers, glass-plate heating and gas mixers for different applications.
Inverted Epi-Fluor In the field of microscopy, there is a vast array of optical technology available to researchers. Among these various technologies, the epi-fluorescence microscope is one of the most widely used optical tools for cell culture imaging. Our epi-fluorescence microscopes are mainly offered with high quality Japanese optics and a variety of filter cubes to provide different levels of resolution while we use the mechanical parts (main body) from Chinese sources to lower the cost. They can also be paired with USB digital CCD cameras for image capture. The software included with these cameras allows for not only image capture, but also measurement, stacking and combining images captured with different filter sets into one image, among numerous other features. These additional technologies offer unique methods for viewing the specimen.
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A woman at #Goodwill was in line ahead of me with this #microscope. When I asked if she had seen any others (hoping a school lab had donated a whole box of them) she said "No" and offered to let me buy it because she wasn't sure if her husband or the kids at her daycare would use. She ended up paying for it and telling the cashier to give it to me while I was in the back of the store testing the light bulb.
Issu d'un prélèvement effectué vers 1700m d'altitude, au niveau du déversoir de l'étang d'Artax gelé. www.flickr.com/photos/philgar/51848580140/in/dateposted/
I love the look of this antique microscope! Its still in fine working order but naturally we are discouraged from playing with it.
Its made of brass and has some decorative elements that, unfortunately, you can't see in this photo.
Through one of the glass windows in the microscope. The glowing thing is an ionizer that's used for measuring the pressure in the chamber.
Source: E. C. Bolles Collection of Microscope Slides, San Diego Natural History Museum.
Image id: SDNHM_Microscope_Slides_020
A basal thick section of deep-sea coral Primnoa resedaeformis under binocular microscope. Forceps for scale.
The Mesolens is a revolutionary light microscope for visualising sub-cellular detail throughout larger specimens. This image was a collaboration between Gail McConnell (one of the inventors of the microscope), David Wilcockson and I. This is a hugely compressed version of the 3D, 20GB dataset composed of 180 images taken at different depths through the specimen. Read more here: www.rosspiper.net/2018/06/22/the-inner-workings-of-small-...