Monocular Compound Microscopes

Bacterial Integrated Circuits

monocularcompoundmicroscopes — Fri, 09 Nov 2007 03:46:53 +0000

The monocular compound microscopes are microscopes designed to view the microorganisms, which virtually are not seen. The microorganisms are being observed under the microscopes such as the monocular compound microscopes in order to monitor their behaviors in any manner. Antibiotics are being produced by these microorganisms aside from the fact that they also are the ones that cause various diseases. Who would have thought that microorganisms, which we do not see except when under the microscopes can be utilized in order to detect disasters? A microorganism can frequently perceive ecological catastrophes before a human can same is true with the canary in a mine. Well, canary’s response is easy to recognize, but how about the microbes panicky feeling? How can you persuade the microscopic microbes to commune? (more…)

Fighting Diseases

monocularcompoundmicroscopes — Fri, 09 Nov 2007 03:20:23 +0000

The microscopes such as electron microscopes, monocular compound microscopes and other high power microscopes have been essential for the discovery of diseases. Microscopes have also been used in the science examinations and discovery of antibiotics, which are produced by the bacteria themselves. We all know by means of microscopy that various forms of bacteria are also the ones accountable for numerous illnesses whether they trigger them or making the illnesses worse. Not only bacteria but also different microorganisms like the fungi and viruses can produce diseases to other organisms. Viruses can only be observed under the high power microscopes, while fungi can be observed both in the high power microscopes and even in monocular compound microscopes. In the fight contrary to human immunodeficiency virus or HIV that leads to AIDS, cancer, and other life-threatening contagious illnesses, medical science researchers have brought the battle outside the body. (more…)

The Unseen Threat

monocularcompoundmicroscopes — Fri, 09 Nov 2007 03:14:53 +0000

Only with the use of the microscopes such as the monocular compound microscopes that microorganisms can be seen. They cannot be seen by the naked eye but we know that they are simply around us. Microscopes have been designed initially in order to see those minutest organisms, and then various types of microscopes have been developed and becoming to be more and more specific on their applications. (more…)

Laser device detects blood disorders near-instantly

monocularcompoundmicroscopes — Fri, 09 Nov 2007 03:10:14 +0000

An innovative handheld laser tool that in a short period can identify and then trace disorders or diseases of the blood are being developed. The scanner that renders blood specimens’ part of the laser production procedure instantaneously identifies sickle-cell anemia with nanometer-scale varies in cell composition similar with those forced by the AIDS virus. The tool referred to as a biocavity laser in addition is better able to differentiate between non-cancerous and cancerous cells than Pap smear examinations that investigate visually merely moderately diminutive numbers of cervical cells. Pap smear examinations utilize microscopy using the microscopes such as monocular compound microscopes. (more…)

How Gram Stain Works

monocularcompoundmicroscopes — Fri, 09 Nov 2007 03:03:03 +0000

The monocular compound microscopes are type of microscope that could be used in observing the microorganisms. Monocular compound microscopes could magnify the microorganisms in order for the observer to see them clearly and monitor their actions properly. There are methods or techniques being utilized in order to identify the microorganisms such as the bacteria under the monocular compound microscopes. One of these is the Gram staining technique. (more…)

Energy Transformations

monocularcompoundmicroscopes — Fri, 09 Nov 2007 02:32:13 +0000

Monocular compound microscopes can be used in studying energy transformations that take place inside a living cell.

Energy, defined as the capacity to do work, may exist in active (or kinetic) form or in stored (or potential) form. For work actually to be done, the energy must become kinetic, which is to say that there must be motion of some sort. For example, a car parked on a steep hill has potential energy by virtue of its position; when its brake is released, the car rolls down the hill, converting its potential energy into kinetic energy of motion. Similarly, a lump of coal contains potential energy, which is released as kinetic energy when the coal burns. (more…)

Gas Exchange in a Living Cell

monocularcompoundmicroscopes — Fri, 09 Nov 2007 02:27:05 +0000

We have seen that when nutrient compounds are broken down in the process of respiration, over 90 percent of the energy yield depends on the presence of oxygen, which makes possible the complete oxidation of the compounds to carbon dioxide and water. Thus a basic problem for the great majority of living organisms is the procurement of ox¬ygen and the elimination of carbon dioxide. Monocular compound microscopes are great tools in studying the mechanics of he processes involved in gas exchange in a living cell. (more…)

Nutrient Procurement in plants

monocularcompoundmicroscopes — Fri, 09 Nov 2007 02:22:32 +0000

There are different types of microscopes used in the classroom today. One type is the monocular compound microscope which has a single eyepiece. Monocular compound microscopes can be used by students in studying different specimens in their science class. Monocular compound microscopes can be used in studying the nutrient procurement in plants. (more…)

Absorption of Nutrients

monocularcompoundmicroscopes — Fri, 09 Nov 2007 02:17:08 +0000

It has been found out by using monocular compound microscopes that concentration of dissolved substances such as sugar and other organic compounds in an epidermal cell is normally higher than the concentration of dissolved substances in the soil water. With the osmotic concentration higher inside the cell than outside, a simple osmotic system is established and water can move across the membrane into the cell. This osmotic process can be seen using monocular compound microscopes. Monocular compound microscopes are microscopes having only one eyepiece. (more…)

The Role of Carriers in the Membrane

monocularcompoundmicroscopes — Fri, 09 Nov 2007 02:12:52 +0000

Monocular compound microscopes are useful tools in studying and analyzing cell and tissue structure of plants and animals. Each structure can be magnified, examined and differentiated using monocular compound microscopes. Aside from the physical characteristics, the effects of various chemical processes inside a tissue or a cell can be also studied using monocular compound microscopes. (more…)