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anesthesiologist

What does an Anesthesiologist do?

An Anesthesiologist is a doctor who specializes in anesthesiology. An anesthesiologist is present in any surgery, and it is their job to keep the patient comfortable throughout the surgery as well as the recovery. The anesthesiologist performs his job by monitoring a patient’s heart rhythm, blood pressure, body temperature, and the patient’s level of consciousness. The anesthesiologist will then administer the anesthetics that are used to keep the patient asleep during the surgery.

For obvious reasons, the anesthesiologist is one of the most important persons in an operating room. Without him, it’s unlikely that any surgery can be performed given the pain involved. As a result, anesthesiology is a high-stress role that has a direct impact on patients – keep this in mind if you are considering this as an option in the medical field.

What sort of training and education will prepare me to become an anesthesiologist?

A student who wishes to become an anesthesiologist should start by completing their undergraduate degree and taking a pre-med course of study. This will include an education relating to calculus, general chemistry, biology, and physics.

Upon completion of pre-med studies, the next step is for the student to attend a medical school and receive a degree in medicine or osteopathy. This will consist of an additional four years of graduate education, and will equip students with the knowledge that they need to become a trusted medical professional.

Finally, like most medical doctors, a student who completes both their bachelor’s as well as their graduate degrees will need to complete four years of an anesthesiology residency. This residency will consist of information relating to pain medicine, critical care medicine, and research and education. From here, additional training such as a main management fellowship, or training in pediatrics, is optional, but highly recommended for some students.

What does a Biomedical Engineer do?

Biomedical Engineers are vitally important to advancing medical technology. Many Biomedical Engineers are involved in ground breaking research and medical testing. Biomedical Engineers may work in research and development designing new medication delivery methods, they may design new prosthetics, engineer and conduct experiments with diagnostic testing devices and are often involved in the creation and testing of surgical equipment. Some Biomedical Engineers work to install or repair medical equipment and others may work in more theoretical fields which require computer drafting and 3-D designing skills.

biomedical engineer

New technologies involving stem cells and lab created organs and tissues often are created and cultured under the watchful eye of a Biomedical Engineer. These positions are on the forefront of new medical technologies and offer significant opportunity to be involved in important advances in medicine.

Biomedicine remains a generally small field with little competition within medicine, however many specialized skills are necessary to succeed as a Biomedical Engineer. The ability to work long periods on a single project with intensive focus is a benefit, as Biomedical Engineers often must succeed through much trial and error. Intensive knowledge of chemistry, physics and anatomy is necessary to understand how medical equipment will function on a day to day basis. People skills are also beneficial, as Biomedical Engineers may be tasked to train others on the equipment they create.

Education requirements for Biomedical Engineers are high, with most of the scientists at the forefront of their fields obtaining a Ph.D. Entry level positions are available for individuals with a Bachelors Degree, though specialized training is often necessary and hands on experience is valued. A highly varied curriculum with advanced education in chemistry, engineering, mathematics, and anatomy is required and many students find their university years challenging. Often students take on substantial student loan debt to earn a degree in this field. However, students who perform well in school can command high salaries and significant perks after graduation, as this field has grown in demand in recent years.

What does a Biomedical Scientist do?

A biomedical scientist works in the health care industry and plays an essential role in helping physicians diagnose illnesses. By evaluating tissue and fluid samples, they are able to offer a diagnosis and a course of action for someone who has suffered from a health related incident, such as a heart attack. They carry out blood transfusions and are active in the area of medical research and study. A biomedical scientist works with physicians to guarantee that the best care possible is provided to patients.

biomedical scientist

Biomedical scientists work in three area of science: infection science, blood science and cellular science.

Infection science

Infection science addresses the identification of micro-organisms that are responsible for disease. A biomedical scientist working in infection science will create antibiotic treatments and monitor the effectiveness of vaccines against viruses.

Blood science

Among other things, blood sciences include the evaluation of fluid samples to identify risks and diseases and the determining of donor/recipient compatibility. This area of discipline seeks to understand diseases related to blood, as well as the role of the immune system in battling disease.

Cellular science

Cellular science deals with the evaluation of acquired cell samples. A biomedical scientist in this area of discipline will study diseases tissue samples, evaluate tissues obtained through tests such as PAP smears and analyze tissue samples to pinpoint fertility issues.

How Can I Become a Biomedical Scientist?

In order to do clinical work, a doctoral degree in biological sciences or a medical degree is generally required. In addition to this, post-doctoral research may be a prerequisite for working in your desired field. A prospective biomedical scientist with a bachelor’s degree can register for a doctoral program in a specific field, or enroll in a joint medical-doctoral program. This will enable them to become a practicing physician with the necessary research skills to become a scientist.

Biomedical scientists are an intricate part of the health care industry. By working closely with physicians to diagnose sicknesses and abnormalities, they are able to help guarantee the best health care to patients.