All educational institutions should make it a point to equip their laboratories with the right type of microscope to make sure they educate students according to their level. Enriching a student’s understanding about the world and its components are made possible through microscopes.
All schools, whether primary, secondary, or college level, should obtain the right number and the right types of microscope in their laboratories. For primary school children, a single school laboratory microscope would effectively introduce them to the world they live in. They would also discover more about the environment, the animals, and of course, their own selves. Ideally, microscopes should be used by children in Grade 3 and up. This is the stage where they are curious about everything that’s around them but are equally ready to understand the scientific explanations they seek.
Primary school teachers can effectively teach primary kids about bugs, insects, and small animals. It would be enthralling for school children falling within this age to know that insects like ants have anatomies similar to bigger animals. Introducing this type of knowledge to school kids is very essential because it is the start of their learning process towards what they would like to become later on in their lives. Consequently, good school laboratory microscopes will be able to provide them with high quality classroom laboratory experience along the way.
High school students are going to benefit from school laboratory microscopes as they study the basic element of life – the cells. Cells are minute organisms that work together to build tissues that became the glands and organs of the human body. High school students are taught the principles of biology, the science that deals with the study of life. Plants, unicellular organisms, bacteria, insects, animals, and humans are the coverage of this particular disciple. And it is impossible to understand the complexity of human life without knowing its very components, down to its smallest form. Human cells and other single-celled organisms cannot be studied in a school setup without the use of school laboratory microscopes.
For university students and those pursuing higher education in the fields of medicine, marine biology, botany, and similar fields, need not just a regular school laboratory microscope, but something that is more complex in preparation for their profession. To aid in their study, university students should be provided with high power trinocular compound microscopes. These are the more preferable type of school laboratory microscope for their advanced field of study. Giving them just any other laboratory microscope will not be sufficient, because the regular monocular or binocular compound microscopes commonly found in schools lack the enhancements and the features they possibly require.
Advanced studies involve the observation of diseases, analyzing of genes, and sometimes even study of the behavior of viruses. Without highly advanced microscopes that can magnify these elements, then it would be impossible for university students to further their learning.
Given these facts, it is clear that each level of education need a certain type of school laboratory microscope. For primary school students, the perfect one would be the low power monocular complex microscope that is highly durable. Because these students would observe bugs and insects, which are rather big, a microscope that has a power of 10x, 20x, or 40x is good enough. Being monocular, these microscopes are simple to use and to setup, not to mention cheap. Children ages 8 and above should be able to handle them well. Schools on a budget should be able to find stores that can sell these microscopes on a bulk with substantial discounts.
High school students, on the other hand, should be given binocular compound microscopes. These are what they need to effectively observe bacteria, cells, and tissues. Binocular microscopes are a lot complex than monocular microscopes. They are a little bit harder to calibrate but because high school students are old enough, they should all be able to handle it well.
University students, as implied earlier, should be allowed to use high power trinocular compound microscopes. These are the devices that would aptly help them in developing their talents and expanding their knowledge in the field that they have chosen. In essence, universities should strive to give their students the best possible equipments in the laboratories. This is the only way they would be competent once they successfully completed their degree.
These are the different school laboratory microscopes for every student belonging to a certain educational level. With the right government subsidy and grants, schools should be able to provide their students the right type of microscope that matches their definite needs.