Category Archives: Cardiovascular Technologist

Cardiovascular Technologist Schools – Get Specialized Training

There are many different ways you can pursue and medical career, most of which are offered in major universities and colleges around the world.  Any time you have specialized training, it is important to think about what kind of demand there is for that field.  Knowing this kind of information will help you decide where you would like your area of expertise to be.

Because there are so many people that have some form of heart disease, there is always going to be a demand for medical professionals that know how to diagnose patients with possible heart malfunctions.  There are a few accredited cardiovascular technologist schools that train and teach their students how to correctly deal with the techniques of diagnosis and treatment of those patients with heart disease and diseases of the blood vessels.

When you consider the amount of responsibility that these medical professionals have, you quickly understand why these schools have prerequisites to their students.  They should have hours of biology and chemistry and some knowledge of the medical field before attempting to attend cardiovascular technologist schools.

These schools will help you decide in which area you would like to specialize in.  There are a couple choices when you go into this type of medical field, each having their own responsibilities.  These types of occupations are done under the supervision of a physician’s directions.

A cardiology technologist is a professional that assist the doctor in administering cardiac catheters.  This form of responsibility is very important considering that the catheter is a device that goes directly into the heart.  It is a way for the doctor to be able to see just exactly what is going on in the heart that is causing problems.

Cardiovascular technologists that perform ultrasound procedures on patients’ hearts are very important in this type of profession.  This is a very important technique that helps the doctor see what is happening in the heart of those that are having cardiac problems.

Cardiovascular technologist schools also offer programs that train EKG technicians.  These are medical professionals that specialize in reading electrocardiograms (EKGs), assist in stress tests, and help equip patients with heart monitors known as Holter monitors.

There are areas that students can learn that will help them detect problems in blood flow.  These abnormalities in blood flow can be detected by a vascular technologist.

To learn more about cardiovascular technologist schools, do a little research online or talk to a guidance counselor at a college or university.  They will be able to advise you as to which courses are needed in order to continue your medical education.

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The Best Cardiovascular Technologist Programs

With the amount of men and women being diagnosed with some kind of heart and vascular problems, there will always be a demand for cardiovascular technologist.  In order to be considered a professional in this medical field, it is necessary to attend cardiovascular technologist programs.  These programs are offered by many colleges and universities that have a variety of medical training and education classes. 

There are a few things to consider when entering any of the cardiovascular technologist programs including how much time you want to spend learning the occupation and of course the occupation you would like to study. 

The definition of a cardiovascular technologist is a medical professional that is trained to perform examinations and therapeutic interventions of the blood vessels and the heart.  Some of the programs offered by colleges and universities deal with one or the other, the heart or the blood vessels, and some of them are dedicated to teaching both. 

The amount of time spent in a cardiovascular technologist program depends on a couple aspects of the training.  Students could attend the school for one year to up to four years, depending on the time the student has been in the medical field and what exactly they want to do.  Depending on the type of diagnostic evaluation selected, whether it is invasive cardiology, noninvasive cardiology or noninvasive peripheral vascular study, will determine just how long someone would have to attend the programs.

The curricula of most accredited programs include instruction, laboratory experiences and clinical instruction.  These types of learned lessons will help develop a sense of what needs to be done when the student is released to work in the actual field they have chosen.  These are just some of the basic things that the courses will cover and there are many other areas that need to be learned before the student can graduate from the program.

Other core curriculum includes human anatomy and physiology, basic pharmacology, medical instrumentation and medical electronics.  There are other courses that should be taken that reflect the area that the student would like to specialize in.  The programs taken at the schools are given to give the graduate the knowledge of what exactly is used in the specialized field they have chosen.

It is required that anyone that desires to attend cardiovascular technology programs have their high school diploma or equivalent and/or medical or health profession experience.

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How to get the Cardiovascular Technologist Training you need to Succeed

Anytime you want to get into the medical field, you will need extensive training.  This is no different if you are interested in becoming a cardiovascular technologist.  In fact, there are specific areas that you will need to be educated in before you can do the work successfully and correctly.  The only way to get the cardiovascular technologist training you need is to attend one of the many accredited courses that are offered in colleges, universities and medical training centers.

The amount of time spent on cardiovascular technologist training directly depends on the field you would like to specialize in and the amount of time you have in the medical field.  For those that are just beginning, you will have to take courses that cover the basic subjects of the human body and pharmacology.  If you have been in the medical field for quite some time, you may only need to consider the area of expertise you are considering entering.

If you are considering becoming an invasive cardiovascular technologist, there are a few things you will need to choose from.  You can assist doctors in performing catheterizations or you can be a part of diagnosing patients and helping with medications.  Of course, this type of skill is done only under the direct orders and direction of the physician in charge.

If you are considering a noninvasive type of cardiovascular technologist, you will be trained to perform and read ultrasounds of the heart and blood vessels.  This will require you to be trained in how to operate the machines as well as what to look for in a patient’s heart and blood vessels.  This type of work is also known as Echocardiography technologist and it is an important part of diagnosing and treating heart and vessel disease.

Another field that cardiovascular technologist training can cover is how to read direct high frequency sound waves that reveal images of the heart and blood vessels of the patient.  The training you will receive will give you the skill and knowledge to understand the images on digital equipment used to perform these tasks.  This work is generally done independently.

Cardiovascular technologist training can be done in as short as one year and can take as long as four years, depending on the type of profession you would like to practice.  To learn more about the exciting careers that are offered and the pay rate, do a little research online.

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An overview on cardiovascular technologist

A cardiovascular technologist is a person who works really close with medical personnel; comprising of general practice doctors and cardiologists. These technologists carry out procedures linked with the cardiovascular system and also analyze results which help doctors to determine a correct diagnosis of issues related with heart and vessels. They use a variety of equipments for viewing blood vessels and for determining circuitry and blood flow.

Cardiovascular technologists can specialize in a number of areas like echocardiography, electrocardiography and vascular technology. Echocardiography refers to an ultrasound of heart. This examination helps the technician to inspect chambers, vessels and valves of the heart. Individuals who specialize in this field are also called as echocardiographers or cardiac sonographers. The ultrasound is usually carried out while the person is lying. Certain tests are carried out while the person walks or runs on the treadmill for determining how stress is affecting the heart. These technicians also carry out transesophageal echocardiography which involves placement of a tubular scope in the esophagus for getting a close look of the heart. It’s a more advanced technique.  

Electrocardiography is about observing and measuring the electrical impulses that are produced and transmitted by heart. This examination is carried out for determining whether an individual had an attack or if he has accrued harm to the heart. Technician attaches electrodes to chest, feet and legs of the person and the electrocardiography reads out the pulses. This type of cardiovascular technologist also sets the person with a monitor in order to watch the heart for an extended time period.  

A cardiovascular technician who specializes in vascular technology cautiously measures the way heart affects the adjacent vascular system. For this the technician evaluates electrical pulses and assesses blood vessel and vein. This test is generally carried out before and after a major vascular or heart surgical procedure. 

The cardiovascular technician who carries out echocardiograms and EKGs is the one who carries out non invasive procedures. On the other hand cardiovascular technician who carries out electrophysiology test and heart catheterization is the one who performs invasive procedures.    

I hope by now you have a hang about cardiovascular technologist. According to the American medical association (AMA); cardiovascular technologists had starting salary of anything between $36,000 and $45,000 in year 2006.  This profession is without doubt a great option for those who want to make a career in medical field.

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Cardiovascular Technologist Salary (Starting Pay)

Cardiovascular technologists also known as cardiovascular technicians, carry out ultrasound and as well as other diagnostic procedures on cardiovascular systems. They explicate these procedures to the patients, maintain equipment and watch out for trouble areas for highlighting to the physician. Cardiovascular technologists can specialize in different fields like vascular technology, invasive cardiology or echocardiography.

Cardiovascular technologist salary depends a lot on the level of experience. As per the American medical association (AMA) starting salary of these technologists was between $36,000 to $45,000 in year 2006. According to a website called PayScale salary survey; median salaries of cardiovascular technologists with experience of 1to 5 years ranged from around $41,000 to $61,000 per annum in year 2009. Cardiovascular technologists who have an experience of 5 to 9 years can expect to earn anything from $61,000 to $79,000.

As per the U.S. bureau of labor statistics; the mid range of salary for these technologists was around $48,600 per annum in year 2008. Bottom ten percent of the lot was getting below $25,500 and while top ten percent earned over $74,700. The mid fifty percent of the lot were earning around anything from $32,800 to $61,600 yearly.

Majority of the cardiovascular technologists are employed in surgical and general medical hospitals; where these technologists get around $47,700 annually as said by U.S. bureau of labor statistics. If you are looking for a high cardiovascular technologist salary then you should opt in for diagnostic laboratories as they disburse average of around $58,000 yearly or for doctor’s offices that offer around $52,200 per annum.   

A website called salarylist.com collects information from real job listings. According to this website salaries proffered to these technologists in September 2009 ranged from around $28,400 to $65,000 annually. Most of the cardiovascular technologist’s earnings range from $41,000 to $55,000.

The U.S. bureau of labor statistics forecasts employment outlook for these technologists to augment much quicker than average by year 2016. The will happen because of two reasons; aging population and due to technical advancement which mean fewer requirements for costly procedures.

I hope by now you have complete know-how on cardiovascular technologist salary. The job of cardiovascular technologist is amongst the few career choices that can proffer you a long term growth. If you are looking out for a wonderful profession in the field of healthcare then do mull over this great option.

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Looking For Cardiovascular Technologist Jobs ?

Cardiovascular technologist jobs consist of medical professionals who help out doctors with invasive procedures which are related to heart, vessels and other parts of cardiovascular system. These technicians ensure that all machines and equipment are functioning in a proper manner.

Cardiovascular technologists might even carry out lab analyses, communicate with nurses, lab staff, doctors and also patients, manage inventory echelons of supplies and equipment, adhere to healthcare facility’s procedures and protocol, carry out safety and quality checks and participate in meetings of the department.  

Majority of cardiovascular technologist jobs call for minimum 2 to 4 years of training. Many colleges offer programs for becoming a cardiovascular technologist. There are certain medical facilities also that provide all-inclusive hands on training. Individuals who have interest in this profession must complete programs or courses which have an accreditation of the commission on accreditation of allied health processionals (CAAHEP). Once you have completed the program, you can go for an internship for gaining hands on abilities. Cardiovascular technologists can specialize in a certain kind of device utilized in healthcare facility. Various kinds of designations for these technologists comprise of echocardiographers, electrocardiograph technicians and vascular technologists.

Echocardiographers utilize ultrasound machine directly on heart for examining valves, vessels and chambers of the heart. Electrocardiograph technicians have the responsibility to monitor the electrocardiograph device, carrying out maintenance checks and ensuring that results obtained are correct. Vascular technologists make use of ultrasound machine to record and observe vascular information. They might also carry out tests and help doctors in diagnosing cardiovascular conditions.

Certain states need cardiovascular technologist to get a license. One can get certification from cardiovascular credentialing international (CCI) or American registry of diagnostic medical sonographers (ARDMS). The former provides the registered cardiac sonographer (RCS), registered cardiovascular invasive specialist (RCIS), certified cardiographic technician (CCT) and registered vascular specialist (RVS).  The latter on the other hand proffers registered vascular technologist (RVT) and registered diagnostic cardiac sonographer (RCDS) certifications    

I hope you now you know everything about cardiovascular technologist jobs. The best thing about this job is that you are part of a growing field and have a secure career. The average salary of these technologists can range anything from $35,000 to $65,000 annually; a lot depends on the level of experience. If you are looking out for an incredible profession in healthcare field then do think about this option.

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All Cardiovascular Technologist Requirements

There has been an increase in demand for trained medical professionals to assist physicians in a variety of diagnostic procedures and treatments in the area of heart and blood vessel disease.  Because heart disease is the number one killer among both men and women, it is important to those that treat the disease to have qualified personnel that can do some of the procedures that are used to diagnose what is wrong and help assist in treating the disease.   There are a few cardiovascular technologist requirements that allow someone to work in this area of health care. 

The first thing that is required is a high school diploma or equivalent and/or previous experience in the medical field.  If that is in order, the student can then choose what area of cardiovascular treatment they would like to train in.  There are a few different areas, all of which are under the direction of a cardiac physician. 

There are basically four areas of expertise to choose from when thinking about becoming a cardiovascular technologist.  The areas of expertise include cardiology, echocardiography, electrocardiography, and vascular technology.  Each of these specialties have their own responsibilities and types of training that insure that the medical personnel is very familiar with the equipment and procedures to diagnose medical problems with the heart and/or blood vessels.

Along with the proper training, it is suggested that the student have an understanding of the procedures and how to relay them to the patients and their families.  Being able to explain procedures and record medical histories is another cardiovascular technologist requirement.  Without having a great personality, the patient will not feel comfortable asking questions and getting information from the technologist.

There are a few more requirements by the technologist that allow them to do their job well.  Being able to stand for many hours is a basic need when it comes to the medical field, including being a cardiovascular technologist. 

This type of work also includes being able to lift heavy equipment and assisting patients get in position for the type of diagnostic procedure.  Without the strength to help patients move from one position to another, the medical professional would not be able to do some tests correctly.

Another very important requirement is to understand that what the technologist does can have an affect on the patients heart function.  There are some diagnostic tests that are performed that have direct contact with the heart and blood vessels, such as performing cardiac catheterizations.

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Interesting Facts about Becoming a Cardiovascular Technologist (CT)

Any time you consider going into the medical field, you should know there is going to be some training involved.  The amount of time spent in training and education directly depends on the field you want to get into.  To become a medical doctor it takes more than four years and can be the same for a registered nurse.  If you are considering becoming a cardiovascular technologist, it can take anywhere from one to four years of training and education, depending on the area of expertise you chose.

There are different areas that you can study when you decide to become a cardiovascular technologist.  Many of these are under the direct supervision of a licensed physician.  You can do anything from ultrasounds on the heart and the vessels around it to actually doing the heart catheters.

All areas of cardiovascular technologist expertise are very important to both the physicians and the patients.  Every area of the occupation is usually used to diagnose what is causing the problems and has a hand in helping to repair or treat it. 

Because heart disease is the number one killer of men and women in the United States, it is safe to say that there will always be a demand for this type of professional. 

There are many different programs and schools that are centered on teaching those that are interested how to perform the procedures that assist physicians in diagnosing and treating heart disease.  Some areas of expertise will take up to four years, but some only take one year.  There are many different areas that you can specialize in and the amount of time spent in training will help you to be prepared.

In order to get the training you desire, you must be a high school graduate or have a GED.  It does help to have some knowledge of the medical field but when you enter college courses or take training, you will learn what you need.

Make sure that the training you receive is accredited.  Some places do not require certification but for the most part, it is highly desired. 

The pay rate for a cardiovascular technologist is anywhere from $30,000 to $50,000 a year depending on where you seek employment.  Many times this rate will increase with experience and knowledge.

To find out more about the colleges and universities that offer courses to help students in becoming a cardiovascular technologist, talk to a counselor or do a little research online.  Having a great attitude towards your patients and directing physicians will also be necessary if you are planning on going into this line of work.

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More Aortic Chest Aneurysms Treated With Less-Invasive Stents

An estimated 60,000 Americans are walking around with time bombs in their chests called thoracic aortic aneurysms. At any time, their main chest artery could suddenly burst open, causing massive internal bleeding that is almost always fatal.

It’s possible to repair the defect before the artery bursts, but traditional surgery is highly invasive. The operation typically requires an 18-inch incision, a week or two in the hospital and three to six months to recover. There are several major risks, including stroke and paralysis.

At Loyola University Hospital, an increasing number of patients are being treated with a device called a stent graft, which is inserted without opening the chest. Stent graft patients typically go home in a day or two, and recover fully in about two weeks.

At Loyola’s Thoracic Aortic Disease Clinic, about 70 percent of patients who undergo surgery for aneurysms in the chest artery are receiving stent grafts rather than open chest surgery. “And as the technology evolves, we will be doing more and more stenting,” said Dr. Jeffrey Schwartz, associate professor in the Department of Thoracic and Cardiovascular Surgery at Loyola University Chicago Stritch School of Medicine.

The stent graft used in chest arteries is a polyester tube covered by metal webbing. It is delivered with a catheter (thin tube). The surgeon inserts the catheter in a groin artery, and guides it to the thoracic aorta (chest artery). Once the stent graft is deployed from the catheter, the device expands outward to the walls of the artery. Depending on the patient, the stent graft is roughly 1 inch to 2 inches wide and 4 to 8 inches long, said Dr. Michael Tuchek, who has conducted several clinical trials of aortic stent grafts. Tuchek is a clinical assistant professor in the Department of Thoracic and Cardiovascular Surgery at Stritch.

James Feehan of Bolingbrook, Ill. recently received a stent graft to repair a life-threatening aneurysm in his chest aorta. The aorta is the main artery from the heart. An aneurysm occurs when the walls of the aorta thin and balloon outward. As the bulge grows, there’s an increasing risk the aorta could suddenly burst. Feehan had undergone four earlier open-chest surgeries to repair other defects in his aorta. By comparison, the stent graft procedure was “a walk in the park,” he said.

Feehan, 78, probably could not have survived another open chest surgery, said Tuchek, who placed the stent graft. Now, thanks to the stent graft, “he can go home and see his grandkids,” Tuchek said.

The first-generation thoracic aortic stent grafts were approved in 2005. Feehan recently became one of the first patients in the country to receive the latest-generation stent graft, called Talent. The new device will make it possible for significantly more patients to have stent graft repairs rather than open surgery, Tuchek said.

The difference between the older stent grafts and the new one “is kind of like the difference between a Model T and a Ferrari,” Tuchek said.

In a study published recently in the Journal of Vascular Surgery, researchers compared 195 patients who received the new stent graft with 189 patients who underwent traditional open chest surgery. About 84 percent of the open chest surgery patients experienced major complications, compared with only 41 percent in the stent graft group. After 12 months, 11.6 percent of the open chest surgery patients had died of aneurysm-related causes, compared with 3.1 percent in the stent graft group. Tuchek is a co-author of the study, which was funded by the manufacturer of the stent graft.

Loyola’s thoracic aortic disease clinic follows more than 1,000 patients. About 80 percent of the patients have aortic aneurysms. Other conditions treated at the clinic include aortic dissection (the inner layer of the aorta’s artery wall splits open) and ulcerated plaques (irregular buildup of cholesterol and other deposits in the aortic walls).

Risk factors for aneurysms and other aortic defects include smoking, hardening of the arteries, diabetes, family history, high blood pressure and congenital disorders such as Marfan syndrome. Many people do not realize they have aneurysms until the bulges are detected on CT scans or MRIs.

Because aortic disease is relatively uncommon, many surgeons and cardiologists refer patients to specialty centers such as Loyola. Loyola’s aortic clinic treats patients from Illinois, Indiana, Wisconsin, Michigan and Iowa. Patients have come from as far away as Florida and Arizona.

The clinic is a collaborative effort. Schwartz, for example, specializes in open chest surgery, while Tuchek has helped pioneer the use of thoracic aortic stent grafts.

“My vision is that patients with aortic disease receive comprehensive, multi-specialty care for this unique condition,” Schwartz said.

Tuchek is a leading enroller in a second multi-center clinical trial of the new stent graft, which is made by Medtronic, and he is a consultant to the company.

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