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 Home Training Tools Ltd. 2006                                        Page 6 of 8

        

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Ideas for Using Your Microscope 

You have a microscope—now what? With 

the following directions you can get started right 
away making your own microscope slides!  

 

How to Make Simple Microscope Slides

 

Learn more about using the Kids 

microscope by making simple slides using 
common items from around the house!  

 

Materials Needed: 

-

 

clear Scotch tape  

-

 

a few granules of salt, sugar, ground 
coffee, sand, or any other grainy 
material  

 
Making Simple Slides 

To make a slide, tear a 2½-3” long piece of 

Scotch tape and set it sticky side up on the 
kitchen table or other work area. Fold over about 
½” of the tape on each end to form finger holds 
on the sides of the slide. Next, sprinkle a few 
grains of salt or sugar in the middle of the sticky 
part of the slide.  

You can repeat this with the other 

substances if you like, just be sure to label each 
slide you make with an ink pen or permanent 
marker so you will know what’s on the slides!  

You can make tape slides with many other 

materials as well. Try hair (from pets and family 
members), thread and fiber (from carpets or 
clothing), or small dead insects such as gnats, 
ants, or fruit flies. Label each slide and view 
them one at a time with your microscope, 
experimenting with different magnification.  

How to Make Your Own Prepared Slide

 

Learn how to make temporary mounts of 

specimens and view them with your microscope. 
Below are a few ideas for studying different 
types of cells found in items that you probably 
already have around your house. 

Cork Cells

 

In the late 1600s, a scientist named Robert 

Hooke looked through his microscope at a thin 
slice of cork. He noticed that the dead wood was 
made up of many tiny compartments, and upon 
further observation Hooke named these empty 
compartments cells. It was later known that the 
cells in cork are only empty because the living 
matter that once occupied them has died and 

left behind tiny pockets of air. You can take a 
closer look at the cells, also called lenticels, of a 
piece of cork by following these instructions. 

Materials Needed: 

-

 

small cork 

-

 

plain glass microscope slide 

-

 

slide coverslip 

-

 

sharp knife or razor blade 

-

 

water 

How to make the microscope slide: 

Carefully cut a very thin slice of cork using 

a razor blade or 
sharp knife (the 
thinner the slice, the 
easier it will be to 
view with your 
microscope). To 
make a wet mount of the cork, put one drop of 
water in the center of a plain glass slide – the 
water droplet should be larger than the slice of 
cork. Gently set the slice of cork on top of the 
drop of water (tweezers might be helpful for 
this). If you are not able to cut a thin enough 
slice of the whole diameter of the cork, a smaller 
section will work. 

Take one coverslip and hold it at an angle 

to the slide so that one 
edge of it touches the 
water droplet on the 
surface of the slide.  

Then, being careful not to move the cork 

around, lower the cover slip without trapping any 
air bubbles beneath it. The water should form a 
seal around the cork. Use the corner of a paper 
towel to blot up any excess water at the edges 
of the coverslip. To keep the slide from drying 
out, you can make a seal of petroleum jelly 
around the cover slip with a toothpick. Begin 
with the lowest-power objective to view your 
slide. Then switch to a higher power objective to 
see more detail. Use this same wet mount 
method for other specimens such as cheek cells 
or leaf cells.  
 

Record Your Observations 

Our Microscope Observation worksheet (on 

the next page) will help you keep track of what 
you see and remember what you have learned. 
Blanks are provided for recording general 
information about each slide (e.g. wet mount 
stained with methylene blue). In addition, there 
is space to write down your observations and 
make sketches of what you see at each 
magnification level.  

 

Summary of Contents for MI-1000STD

Page 1: ...ruction Manual for MI 1000STD Kids Microscope MI 1000LED Kids LED Cordless Microscope 1 800 860 6272 www homesciencetools com Copyright 2006 by Home Training Tools Ltd All rights reserved Kids Microsc...

Page 2: ...up by the arm Avoid touching the lens surfaces on the eyepiece or objective lens as finger prints will decrease image quality Cleaning The best optical quality can be compromised by dirty lenses Using...

Page 3: ...size for example a hole labeled 6 is 6mm in diameter and a hole labeled 2 has a diameter of 2mm Use the smaller holes for lower magnification and the larger holes for higher magnification 9 Focus kno...

Page 4: ...ification Refocus and view the slide carefully Adjust the diaphragm again until the image has the best contrast Repeat with the 40x objective for 400x magnification Maintenance Adjusting the Stage Sto...

Page 5: ...eyepiece lenses are dirty Clean the lenses See Cleaning p 2 2 There is too much light Adjust the diaphragm Spots in field 1 The specimen slide objective or eyepiece lens is dirty Clean the slide or le...

Page 6: ...It was later known that the cells in cork are only empty because the living matter that once occupied them has died and left behind tiny pockets of air You can take a closer look at the cells also ca...

Page 7: ...Ltd 2006 Page 7 of 8 Visit us at ww homesciencetools com Date of slide Name of sample Collected from Stain Mount Lighting Observations Sketches 40x magnification 400x magnification Other ____________...

Page 8: ...perable due to excessive dirtiness as a result of misuse or lack of normal maintenance Any cameras and software supplied with this microscope are warranted for one year from the date of purchase You w...

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