In vitro microscopes are some of the highly advanced instrumentations used in specialized fields of research today.  Their advance technologies are the product of demand in the area of in vitro research, which is experiencing a boost from the number of discoveries being produced by different sectors, especially those in the field of genetic research and engineering.  In vitro microscopes have become the instruments of choice for researchers and medical professionals, mainly because they offer the best possible features that allow for more effective viewing and manipulation of cellular samples.

In vitro microscopes also combine the best of the most trusted microscopy techniques, often allowing the use of at least two viewing modes in one instrument.  This allows effective viewing of the specimen using two microscopy techniques without moving the sample to another instrument.  Illumination sources can also be used alternately, allowing the observer to use two separate techniques in order to accurately observe the sample.

Professionals who use in vitro microscopes
As promising and as exciting as in vitro microscopes are, they are not instruments that will be effective and useful for every individual curious enough to want them or obtain them.  For one, they are highly sensitive instruments and will often require the controlled environment of the laboratory in order to be maintained.  Second, they also have certain features that may not often be useful for the basic microscopy needs of a regular person.  Their high magnification capabilities, for example, might overwhelm the beginner user, particularly if the viewing requirement is only up to a few hundred magnification times.  This is why in vitro microscopes are often left in the hands of the more capable professionals, such as the following:

Laboratory or Research Assistant
Although they often perform the most basic research tasks and are often relegated to performing administrative work, there are laboratory and research assistants who may be allowed to work using in vitro microscopes.  This is usually to provide assistance to the head researcher by making observations, taking note of results and later analyzing the data produced.  Lab and research assistants are also tasked at performing calibration work on sensitive instruments such as in vitro microscopes and may also be called upon to perform basic maintenance and troubleshooting if their qualifications permit.

Genetics Researcher
Genetics researchers are some of the professionals who have access to instruments such as in vitro microscopes.  Much of their work are performed using this form of optical microscopy for the observation and analysis of cellular material.  Often, manipulation of the material is also performed, possible only through the use of the in vitro microscope.

Biochemical researchers and scientists
Professionals involved in biochemistry, particularly senior scientists, often use in vitro microscopy in their work.  Their research revolves around the use and effects of certain chemicals to organic materials such as plant and animal cells.  This type of research will often require the use of the high magnification system provided by in vitro microscopes in order for researchers to effectively view and observe any biochemical or physiological changes in cellular structure of the affected material.

Researchers for Assisted Reproductive Technology or ART
Assisted reproduction, which is more known as in vitro fertilization, is the realm of fertility doctors and researchers.  The intricate work required for the derivation of egg cells from the donor or patient is made even more challenging due to the fragility of the material.  Injecting genetic material into the egg also requires the use of high magnification microscopy, such as that offered by in vitro microscopes.

Genetic Engineer
The genetic engineer works directly with cellular matter, mainly to obtain extremely minute components of genetic material, such as the DNA.  The best instrument for this task is the in vitro microscope, which is capable of producing highly magnified images of cells and cell components.  The nucleus, for example, is the repository of the type of genetic material often required for genetic research.

Until recently, obtaining meiotic spindle was extremely difficult to do using available microscopy and traditional optical systems.  With the emergence of more sophisticated in vitro microscopy, this has become a successful task, opening more possibilities in certain areas of genetic research, such as embryonic stem cell research.

Validation Engineer
The validation engineer is a professional who is mainly responsible for calibrating and validating systems and equipment, such as the in vitro microscope.  They perform checkups, evaluations and more extensive troubleshooting.  They are also tasked to maintain documentation regarding the instrument.  The validation engineer is also the professional a research facility or organization goes to for assistance in the selection of instruments. Read more