Machine Learning • Deep Learning • Programming
Cross-section of Coprinus mushroom set is the fourth slide in the Amscope 50PC prepared slides. The Coprinus is a small genus of mushrooms consisting of Coprinus comatus (the shaggy mane) and several of its close relatives [1]. Micrographs The circular ring in the center is the stem of the mushroom. The center white circle suggests …
Cross-section of cotton stem is the fifth slide in the Amscope 50PC prepared slides. Micrographs [12 April 2014] Micrographs [28 July 2014] Amscope 50PC Prepared Slides This post lists all the micrographs I have done from the Amscope 50PC prepared slides.
Aspergillus whole mount (w.m.) is the second slide in the Amscope 50PC prepared slides set. Aspergillus is a genus consisting of several hundred mold species found in various climates worldwide [1]. A mold is a fungus that grows in the form of multicellular filaments called hyphae. In contrast, fungi that can adopt a single celled …
The third slide in the Amscope 50PC prepared slides is the longitudinal section of cabbage. The individual cells of the cabbage are clearly visible in the slide. Micrographs Amscope 50PC Prepared Slides This post lists all the micrographs I have done from the Amscope 50PC prepared slides.
I bought Amscope 50 piece biology prepared glass slides box along with Amscope B120B microscope to learn how to use a microscope properly and refine my techniques without worrying about making proper slides. This post list all the slides provided in the box. Each entry links to a post where I will discuss the specimen …
The first slide in the Amscope 50PC prepared slides is whole mount (w.m.) of ascarid eggs. Ascarid (Ascaris) is a parasitic worm also known as small intestinal roundworm. There are two species of Ascaris: Ascaris Lumbricoides and Ascaris Suum. Ascaris Lumbricoides affects humans and causes a disease known as Ascariasis and Ascaris Suum typically infect …
I have been interested in microscopy for very long time and the recent flurry of articles (io9.com, twitter, and telegraph.co.uk) showing very nice images further fueled my interest. These images were taken using a Scanning Electron Microscope (SEM) which can magnify objects up to 500,000 times whereas a simple light microscope can only magnify up …
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