Amscope 50 Piece Biology Prepared Microscope Glass 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 and show micrographs I recorded.

  1. Ascarid Egg (whole mount)
  2. Aspergillus (whole mount)
  3. Cabbage (longitudinal section)
  4. Coprinus Mushroom Set (cross section)
  5. Cotton Stem (cross section)
  6. Cucurbita Stem (longitudinal section)
  7. Dandelion Fuzz (whole mount)
  8. Dense Connective Tissue (section)
  9. Dog Cardiac Muscle (longitudinal section)
  10. Dog Esophagus (cross section)
  11. Dog Skeletal Muscle (longitudinal section & cross section)
  12. Dog Small Intestine (section)
  13. Dog Smooth Muscle (longitudinal section & cross section)
  14. Dog Squamous Epitheblium (whole mount)
  15. Dog Stomach (section)
  16. Earthworm (cross section)
  17. Honeybee Leg (whole mount)
  18. Honeybee Mouth Parts (whole mount)
  19. Honeybee Wings (whole mount)
  20. Housefly Mouth Parts (whole mount)
  21. Human Blood (smear)
  22. Hydra (longitudinal section)
  23. Hydrilla Verticillata Leaf (whole mount)
  24. Leaf of Winter Jasmine (cross section)
  25. Lillium Anther (cross section)
  26. Lillium Ovary (cross section)
  27. Locust Wing (whole mount)
  28. Loose Connective Tissue (section)
  29. Mantis Wing (whole mount)
  30. Nymphasa (cross section)
  31. Nymphasa of Apustio Stem (cross section)
  32. Onion Epidermis (whole mount)
  33. Penicillium (whole mount)
  34. Pig Motor Nerve (whole mount)
  35. Pine Leaf (cross section)
  36. Pine Pollen (whole mount)
  37. Pine Stem (cross section)
  38. Pumpkin Stem (cross section)
  39. Rabbit Artery and Vein (cross section)
  40. Rabbit Hyaline Cartilage (section)
  41. Rabbit Lymph Node (section)
  42. Rabbit Spinal Cord (cross section)
  43. Rabbit Testis (section)
  44. Stomata-Vicia Faba Leaf (whole mount)
  45. Sunflower Stcm (cross section)
  46. Tilia Stem (cross section)
  47. Wool Sheep (whole mount)
  48. Young Root of Broad Bean (cross section)
  49. Zea Stem (cross section)
  50. Zea Stem (longitudinal section)

Ascarid Egg – Amscope 50PC Prepared Slides

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 pigs [1].

This is the first prepared slide I did and you can see that they are not very clearly focused and also the white balance is not correct.

Amscope 50PC Prepared Slides

This post lists all the micrographs I have done from the Amscope 50PC prepared slides.

How I started with Microscopy

I have been interested in microscopy for very long time and the recent flurry of articles (, twitter, and 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 to 1,000X or 2,000X but still the prospect of being able to look ordinary household things not visible to naked eye is really exciting to me.

Microscopy is the field of observing used to study objects, both living and dead, which are too small to be seen by naked human eye.

I live in Singapore and it is rather difficult to buy a decent and cheap microscope to start with microscopy here. I have found only one shop in Singapore selling microscopes: Astro Scientific Center Pte. Ltd (located in the Singapore Science Center). Astro Scientific Center have two good biological microscopes: Advanced Biological Microscope 500 (500$) and Professional Biological Microscope 1500 (1600$). Digital imager have to be bought separately at 266$. There are few more online stores (Carolina, Monotaro, and VWR) in Singapore which sell microscopes and other supplies but they cater to schools and other scientific institutions and are pricier for amateur microscopy.

Disappointed by the lack of local stores, initially I tried to order it online from overseas. But due to very high shipping costs, almost same as the microscope itself (microscopes are heavy!) I refrained from ordering. Then as luck would have it, my wife had to go to US for a two weeks business trip. I took advantage of the opportunity and ordered Amscope Binocular Compound Microscope B120B and 3MP USB2.0 Microscope Digital Camera MU300 from Amazon and get it shipped to her hotel :-). In addition to the microscope I order few other things as well since they are not easily available in Singapore:

All these items costs only 600$ (shipping was free!). To keep the microscope safe, I also decided to buy a Digi-Cabi DHC-100 dry cabinet from Harvey Norman for 378$. Below are some picture of the things I ordered from the Amazon.

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The microscope is of good quality and build for its price range. The optics are of good quality as well and looking directly into scope specimen appear clear and sharp. However, the 3MP camera I ordered with it is not as good as microscope. It has a slow response and thus not suitable to observe fast moving microorganism (they appear as fast moving lines on the screen). The camera also have a problem with white balance. Even on clean slides there is a slight greenish-blue tint, although the software that comes with it is great and can be used to fix the white white balance. Overall, it is still a decent camera and can take good pictures with some effort.

To test the microscope, the first slide I did was of an ant trapped between a glass slide and cover slip :-).

Ant magnified 40 times
Ant magnified 40 times

credit for pollen image on the top: William Crochot (

It’s Not How Good You Are, It’s How Good You Want To Be.

Paul Arden

SPhdThesis: A Latex template for writing PhD Thesis

SPhdThesis is a latex document class for writing PhD thesis. I developed it while writing my PhD thesis in School of Computing (SoC), National University of Singapore (NUS). By default, it adheres to the NUS Guidelines on Format of Research Thesis Submitted For Examination (Link updated on 31/05/2014). However, it is quite easy to change it for a different guideline.


You can download the latest version here or fork it at Github.

Getting started

The easiest way to start using SPhdThesis is to copy the example folder and start by inspecting and modifying thesis.tex. figure.tex, table.tex, algorithm.tex files show how to format figures, tables, and algorithms, respectively. thesis.pdf is an example of how a thesis looks like using SPhdThesis document class.

For more details read SPhdThesis.pdf. It describes in detail how to use the document class and provide some hints on how to customize it. It also lists some useful tools for working with latex.

Getting Help

The best place is to raise an issue on Github. Alternatively, you can use the comment form at the bottom of this post.


If you’re not failing, you’re not trying hard enough.

Jillian Michaels