Mar 12, 2024
Mitosis and its different phases as viewed through an optical microscope. I wish I had had my camera on me to take a better picture of this. This image doesn't make it justice.
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Mitosis and its different phases as viewed through an optical microscope. I wish I had had my camera on me to take a better picture of this. This image doesn't make it justice.
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bugün bunlarla geçti. sabah 10′dan akşam 17′e kadar uğraştık ama ortaya bir şey çıkmadı çünkü birisi mikroskopu kirletmiş ve temizlemeden gitmiş. bir de şu eldivenlerin 200 tanesi için 45 lira verdim, üniversitenin verdiği eldivenler elimden fırlayacak gibi emanet duruyordu. mecbur daha esnek eldiven almak zorunda kaldım. fotoğraflarda gördüğünüz şeyler ise agat kristalinden bir havanda şişe camlarına yaptığımız birkaç işlem sonrasında elde ettiklerimizi dövmek. günün yarısını havan döverek geçirdik diğer yarısı da işte mikroskopla uğraşıp görüntüler alarak geçti. sabah içtiğimden başka kahve içemedim, mal gibi dolanıyorum.
From The Scientist Image of the Day; February 13, 2017:
Gandalf’s Hat Jordana C. Feres & Alfredo L. Porfirio Sousa
A new species of amoeba, Arcella gandalfi, is covered in a shell that resembles a wizard’s hat. The photo above is an optical microscope image of the Arcella gandalfi (right) and a scanning electron micrograph of its shell (left)
(See J.C. Féres et al., “Morphological and Morphometric Description of a Novel Shelled Amoeba Arcella gandalfi sp. nov. (Amoebozoa: Arcellinida) from Brazilian Continental Waters,” Acta Protozoologica, doi:10.4467/16890027AP.16.021.6008, 2016.)
The intestine of a rat viewed in the optical microscope. Staining: Methylene blue. Photos taken with a Samsung S20 Ultra with a partly broken camera.
What Are The Differences Between Optical & Digital Microscopes?
Explore the key differences between optical and digital microscopes in our latest blog post on Empirical Exports. We break down how optical microscopes rely on lenses and eyepieces for high-resolution imaging and broad magnification, while digital microscopes leverage image sensors, built-in cameras, and screens for real‑time viewing, seamless documentation, and easy sharing. Learn how each type’s unique strengths—optical’s superior image clarity and digital’s convenience and connectivity—affect applications across labs, industry, education, and research. Whether you're choosing the ideal microscope for your needs or simply intrigued by microscopy, this article offers valuable insights. Dive in and make informed decisions!
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Image particle shape and size analyzer LISA-A10 is an easy to operate and accurate particle characterization tool for measuring over 1μm -6000μm particle size range. It uses computer image analysis technology to analyze and process particle information obtained through well designed professional optical microscope and latest high speed CMOS camera to determine particle size distribution and particle morphology.
Biological Microscope FM-BM-A100; Optical System : Finite Optical System ; Viewing Head : Binocular viewing head, 30° inclined, 360° rotatio
Biological Microscope; Optical System: Finite Optical System; Viewing Head: Binocular viewing head, 30° inclined, 360° rotation, interpupillary distance of 48 to 75 mm; Magnification: 40X to 1600X; Objectives: 195 achromatic objectives 4x, 10x, 40x (Spring), 100x (Spring, oil)
