Nuclear medicine or Radiation therapist. what are your job duties and who makes more $$$ of this two.?

I just want to have an idea of what are this jobs about and how much can u make.
Thank you

Is it sad Romney has spent millions more and still losing?

He spent millions in his loss in iowa and 17 million in Florida.

He and his super pacs spends millions attacking everyone and he has no real substance.

I’m looking for more info on career in radiology (mammography, ultrasound, etc) as a tech. Any insight?

I’ve searched the internet, the college catalog in my city, and a number of other places but haven’t been able to find the info I’m looking for. Does anyone know what the qualifications are, what the schooling is, etc.? I’d appreciate any help!
What about online certification? Is this an option?
I already have an associates degree in communications. Whether or not this matters I don’t know.

why does the state still allow schools to pump out more students?

Specially in Radiology field, just here in FL theres thousands of graduates a year and no jobs to fill. they are still required to pay for Continuing Education even if theres no job.

Would I make more money as an ultrasound technologist with a Bachelor’s degree in biology?

I am considering going to school to become an ultrasound technologist. I have a Bachelor’s degree in biology. Would this degree help me to get hired and earn more money in the sonography field? I do not want to pursue this career path if I would be wasting my 4 year degree.

What type of Angiogram is more accurate?

The cardiologist told my mom to get an Angiogram and I had read there are 3 types of them:

1. Catheter Angiogram
2. Computed Tomography (CT) Angiogram
3. MR Angiogram

I mainly wanted to know which of these is the most accurate vs the others. Is there any specific reason to chose one over another such as special risks.

I would ask my moms current cardiologist but he is not willing to take time to discuss a procedure and is not very helpful. His only answer was literally and i quote “do if you want to or don’t do it if you want to”. I wasn’t really impressed with that.

Which poses more of a danger to human health, very long wavelength radiation or very short wavelength radiatio?

A little bit of detail would be great please!

Radiology schools in Texas?? (read more detail)?

What schools in Texas offer a Bachelors of Science in Radiologic Science degree?

What job field pays more radiology technicians or echocardgraphy or sonography?

im currently searching to see which program is best and also pays best. can someone with experience or who is in any feild help me out

which is more in demand for jobs?

a CT (Computed tomography)
or
a RN (Registered Nurse)

and which makes the highest salary overtime?

I would like to know more about what it takes to be a radiology tech, and what the job requires.?

I am going back to school this summer, but really havent decided a career. i am 26 with 2 kids and 2 stepkids, going to school for a low paying job is not realistic for me. I have to concider daycare being so expensive, and with local schools, I dont have alot to choose from. I never would of thought about radiology but now it’s what i’ve got my heart set on. What exactly does this career involve. I like hands on jobs, I couldnt imagine sitting all day doing the exact same thing over and over. Another thing is I can’t stand difficult math, (calculus, hard algebra) is this something I would have to do everyday? Please respond if this is the path you have chosen and let me know anything and everything about your job! Thanks so much!

Which has more radiation bone scan or CT?

Which modality exposes patient generally to more radiation, bone scan or computed tomography?

which has more radiation bone scan or CT?

Generally speaking, which exposes the body to more radiation bone scan or computed tomography?

Im thinking on studying “Radiologic Technology”, can anyone give me some more info?

I would like to know, preferably from people in the field, the following things:
-are the classes hard?
-how hard is it to get the certification from the American Society of Radiologic Technologists?
-how much an hour? how are the prospects for advancement within the field?
-how do you go on to get “trained/certified” to use MRI and CAT scan machines?
thanks

Dicom Pacs Help Your Medical Office Run More Smoothly

Dicom pacs is the wave of the future at medical offices and hospitals of all sizes and specialties. An efilm workstation, along with a dicom viewer, allows your medical team to work more efficiently and enables you to provide better care for your patients.

A dicom pacs, or picture archiving and communications system, does a lot of the work that was once done tediously by hand instead by a computer. A pacs system utilizes the speed and maneuverability of the Internet to make life in the medical office much easier for everyone. You can take digital images and enhance them with an efilm workstation. You can archive the images, view them on your dicom viewer, and distribute them to authorized diagnosticians regardless of their locale as long as they have Internet access. Dicom pacs is also versatile. You can look at ultrasounds, MRIs, CT scans, mammograms, and x-rays of all types. All types of medical facilities can use dicom pacs, including dental, veterinary, mammography, radiology and chiropractic clinics. An efilm workstation utilizing dicom pacs offers storage and retrieval capabilities that were very costly in the past but now are much more cost effective by going digital. Because you are working online, you can send images to your colleagues down the hall in your office or around the world in the same amount of time. In times past, the physical storage of digital images was costly and burdensome, requiring a great deal of space and hours of physical maintenance. Now storage and retrieval can be done with the click of a mouse with dicom viewers.

Digital images can be downloaded to CDs for compact storage. Backing up digital images is also easier; they can be stored on a server both onsite as well as offsite, allowing you to keep a copy of all your records in a safe place should disaster strike at the office, and the records there are damaged by fire or water. A dicom viewer can be connected to a printer. This allows you to print images when there are times that you need a hard copy. A dicom viewers also offers other features impossible with film images. You can use the dicom viewer equipped with pacs to allow you to crop, rotate, or zoom in on a particular spot on the image. You can adjust the brightness or contrast easily. These types of adjustments can mean the difference between accurate and faulty diagnoses, so dicom pacs gives you a sharper image for more accurate diagnoses. Using pacs makes imaging, storing, retrieval and distribution easier for all medical personnel at your clinic.

Jonathon Blocker writes about dicom pacs. With installations at over 450 imaging centers and hospitals; Dicom Solutions is one of the leading distributors in the medical imaging industry.

Faster, More Accurate Diagnoses With Pacs Systems

More and more, health care facilities are discovering the benefits of PACS systems when it comes to diagnosing health disorders faster and more accurately than ever before. The reason is digital imagery, which allows us to see more clearly into the human body without the need to resort to invasive procedures than ever before. However, this is only one of the benefits of modern pacs systems.

A Short History Digital imagery is nothing new; it has been used in film and television since the mid-1980s. However, at the time, this technology was slow, cumbersome and extremely expensive. It did however lay the foundation of digital Picture Archive and Communications, or PAC systems that would revolutionize diagnostic medicine during the following decade.

The first such system to find its way into the health care industry was a Radiology Information System or RIS PACS at the Ohio State University Medical Center Radiology Department in 1991. At that time, only well-funded hospitals could afford PACS systems; the OSU system cost hundreds of thousands of dollars. However, the center’s RIS PACS more than paid for itself over the course of the next ten years. By 2001, the Radiology Department was able to replace their old photo development lab and its costly materials, toxic chemicals and labor intensive procedures with new PC-based pacs workstations.

In addition, their physicians were able to dramatically decrease the amount of time spent in diagnosing and dictating cases; the entire procedure could be completed in three hours. Since that time, there have been incredible drops in the cost of computer hardware, particularly processors, RAM and most importantly, storage media. A RIS PACS system can archive vast quantities of digital files on a server, eliminating the need for large storage rooms with endless rows of file folders. In addition, using their PACS workstations, clinic personnel can create complete patient archives that include not only image data from MRI or CAT scans, but also sound files of dictation, word documents and other data – all stored in one place and easily retrieved when needed. A New Era in Consultation Even television’s Dr. House gets stumped from time to time and needs to consult with faraway colleagues. A RIS PACS system allows you to make medical images available over a LAN or the World Wide Web, so if you run across a particularly challenging case, it’s easy to consult with a colleague anywhere on the globe in real-time.

The RIS PACS can be configured with numerous security protocols and with 128-bit encryption, so only authorized personnel will be able to access sensitive patient records. Finally, todays RIS PACS can be configured to make automatic backups that can be stored on portable media such as DVDs or on an offsite server – insuring that your clinic is in compliance with HIPAA regulations in case of a disaster. An Excellent and Affordable Investment The PACS systems that cost several hundred thousand dollars only ten years ago can be purchased for a small fraction of that amount today. Basic PACS systems now start at around $5000, and are easily upgraded as space and funding allow.

Wayne Hemrick writes about the advent of future technology. Pacs systems and the DICOM standard, patient information can be shared electronically and near-instantaneously by digital imaging users using a host of modality, computer hardware and imaging software vendors.

Who Gets Paid More In California, A Diagnostic Medical Sonographer Or A Mri Tech?

i live in southern cali and am looking into going to school at west coast ultrasound institute for either ultrasound or MRI. is it true if that if u go to school only for MRI then u can only get a job at an image center not a hospital?

Teleradiology â?? A More Effective Use of Resources

With an aging population, people delaying medical procedures because of the spiraling costs associated with a privatized system and more medical students going into more profitable fields such as cosmetic surgery, the number of practicing radiologists has been shrinking even as demand is rising. Teleradiology makes access to these medical professionals easier than ever. Through the use of web based PACS (Picture Archive and Communication Systems), medical images can be distributed securely over the Internet. This is the basis of teleradiology; thanks to this increasingly-affordable technology, radiologists are no longer limited by location.

The Web-Based PACS Story

The first Radiology PACS was used at the Department of Radiology at the Ohio State University Medical Center nearly twenty years ago. In those days, the cost was several times what it is today, so only such a major medical center with university (or corporate) funding could afford such a system.

Despite the quarter-million dollar price tag, it is estimated that since it was installed in 1992, OHU’s Radiology PACS has saved the center in excess of $2 million dollars.

As the cost of PC-based technology that makes teleradiology possible has continued to fall, radiology PACs have become increasingly affordable. Today, a basic system can be had for around $5000.

More On Teleradiology

As Web-based communications have become easier, faster and cheaper, it has enabled radiologists to practice their specialty from any location and at any time of the day. This also gives hospitals in small, under-served communities access to health care professionals who work in some of the less-common sub-specialties in the radiology field, such as MRI Radiologists, Neuroradiologists, Pediatric Radiologists, or Musculoskeletal Radiologists â?? physicians who are usually found practicing only in major metropolitan areas.

Modern radiology PACS (Picture Archive and Communication Systems) employ the same basic PC and Internet technology with which you are already familiar â?? meaning that you can be up and running quickly without having to invest large amounts of time and money training the staff on how to use new technology.

Radiology PACS also make it easier to keep records and comply with federal regulations in this regard. It will no longer be necessary to use a cumbersome file-folder system, as such teleradiology records can be stored digitally, using any system that works for your facility and system. It’s possible to store medical images on digital media with other patient records, such as health history, prescriptions, the all-important billing information â?? any records that can be digitized â?? in the same archive, using the same folder system as Windows or MacOS.

The Future of Diagnostic Medicine

Using teleradiology services remotely over the World Wide Web does not mean sacrificing speed or quality â?? in fact, most such services have a turnaround time of thirty minutes or less, which can mean the difference between life and death in an emergency situation. Radiology PACS offer flexibility, economy and efficiency â?? making teleradiology a large part of the future of health care.

In this article Jonathon Blocker writes about Teleradiology.

Teleradiology â?? A More Effective Use of Resources

With an aging population, people delaying medical procedures because of the spiraling costs associated with a privatized system and more medical students going into more profitable fields such as cosmetic surgery, the number of practicing radiologists has been shrinking even as demand is rising. Teleradiology makes access to these medical professionals easier than ever. Through the use of web based PACS (Picture Archive and Communication Systems), medical images can be distributed securely over the Internet. This is the basis of teleradiology; thanks to this increasingly-affordable technology, radiologists are no longer limited by location.

The Web-Based PACS Story

The first Radiology PACS was used at the Department of Radiology at the Ohio State University Medical Center nearly twenty years ago. In those days, the cost was several times what it is today, so only such a major medical center with university (or corporate) funding could afford such a system.

Despite the quarter-million dollar price tag, it is estimated that since it was installed in 1992, OHU’s Radiology PACS has saved the center in excess of $2 million dollars.

As the cost of PC-based technology that makes teleradiology possible has continued to fall, radiology PACs have become increasingly affordable. Today, a basic system can be had for around $5000.

More On Teleradiology

As Web-based communications have become easier, faster and cheaper, it has enabled radiologists to practice their specialty from any location and at any time of the day. This also gives hospitals in small, under-served communities access to health care professionals who work in some of the less-common sub-specialties in the radiology field, such as MRI Radiologists, Neuroradiologists, Pediatric Radiologists, or Musculoskeletal Radiologists â?? physicians who are usually found practicing only in major metropolitan areas.

Modern radiology PACS (Picture Archive and Communication Systems) employ the same basic PC and Internet technology with which you are already familiar â?? meaning that you can be up and running quickly without having to invest large amounts of time and money training the staff on how to use new technology.

Radiology PACS also make it easier to keep records and comply with federal regulations in this regard. It will no longer be necessary to use a cumbersome file-folder system, as such teleradiology records can be stored digitally, using any system that works for your facility and system. It’s possible to store medical images on digital media with other patient records, such as health history, prescriptions, the all-important billing information â?? any records that can be digitized â?? in the same archive, using the same folder system as Windows or MacOS.

The Future of Diagnostic Medicine

Using teleradiology services remotely over the World Wide Web does not mean sacrificing speed or quality â?? in fact, most such services have a turnaround time of thirty minutes or less, which can mean the difference between life and death in an emergency situation. Radiology PACS offer flexibility, economy and efficiency â?? making teleradiology a large part of the future of health care.

In this article Jonathon Blocker writes about Teleradiology.

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