Benefits of Purchasing a CT Scanner

The next factor to consider is competitive position and healthcare firms can substantially ensure higher quality of care when pricing there products and services at an increased level. Aside from pricing, cost is another major aspect since it can drastically affect a company’s competitive position. A hard investment would involve a MRI device that insurance companies or healthcare organizations could reimburse the office at a higher rate for providing the patients of improved cost-efficient results. As a result, such benefits accrue primarily from savings in drug expenditures, improved utilization of radiology tests, better capture of charges, and decreased billing errors, (Wang et al., 2003). Physician providers are always in competition with the latest and greatest technology, EMR system, and most effective medication for patients.

Patients should be given an opportunity to shop quality healthcare providers, prices and services. We provide competitive prices and services at our radiology practices, patients are able to find this information with their local insurance company or online. The organization takes all measures not to violated HIPPA guidelines, by implement technology that will share patient information across the web without fear of violation of HIPPA. Patients seem to be very satisfied with this system; it saves them a trip to the office and provides immediate results of their exam. They’re able to follow-up or make decisions with their doctors to expedite the needed care. Transparency also has an competitive advantage. Organizations that list their services and prices, prompts other similar entities to match or beat prices, making it affordable for the

Hospitals seeking to outsource their diagnostic imaging services: they demand service reliability, access to the diagnostic equipment 24 hours per day, seven days per week and reasonable cost

When it comes to medical imaging, there are several different options to choose from for different testing. There are similarities and differences; pros and cons to each. This paper will discuss MRI, CT, and ultrasound. They each have important things to know regarding radiation dose, cost, and reasons to use one over another.

X-rays are electromagnetic waves of very short wavelength and high frequency, in the range 0.001nm to 10nm. Due to their high frequency (therefore meaning high energy), x-rays penetrate flesh and may cause ionization of atoms they encounter. The body tissue absorbs energy and the intensity of the beam is reduced when x-rays pass through the body. Denser material, such as bone, absorbs more X-radiation.

While the fate of the Affordable Care Act is unknown amid the current political climate, its establishment has expanded the pool of insured patients. With a greater insured population base available, the probability of imaging utilization is more likely. Forman's article establishes a rather pessimistic view of the future of radiology reimbursements based on the identified three key legislative concerns. Krishnaraj et al., in turn, identify appropriate strategies for radiologists to become leaders in clinical excellence initiatives with regard to improving patient experience, developing radiology value proposition, and promoting radiology's contribution to public and population health. Overall, with regard to the current practice, as a result of the new health care reform legislation that is focused on expanding healthcare access for the uninsured and cost reductions, as well as the large percentage of uninsured Americans and a consistent increase in health care spending, the implementation of organizational strategies within the healthcare industry that focus on a more efficient and effective delivery system must be recognized as a

The first opportunity for Texas Health Care Imaging is the business slant with the development towards coordinating computerized imaging and electronic restorative records. The move in the medical services industry is consistently acknowledged to advance toward an electronic restorative record and part of that includes a total digital solution of imaging examinations. U.S. Federal government regulations are forcing the industry towards direct digital imaging solutions by 2017 to maintain current Medicare reimbursement rates. The “Consolidated Appropriations Act of 2016 (American, 2016) will reduce Medicare reimbursement rates by 30% for any non-direct digital radiology imaging. Texas Health Care Imaging arrangements are for the most part

August 28th, 1919 is when the man who would impact the lives of millions of people for years and years to come. His name was Godfrey Hounsfield, born in Newark, United Kingdom and he was the engineer, along with a few others responsible for coming up with the CAT scan machine. Mr. Hounsfield wasn’t actually a doctor or physician or anything, he was an English electrical engineer he physically made the machine, but even with him not being a doctor he was still able to make an impact in the medical field because he was able to make the machine physically so the doctors could use it to diagnose people. He started off as studying electronics and radars as someone in the Royal Air Force in World War II. Later, he went to study at an electrical

For this Discussion, you will appraise the benefits of health information technology applied to Radiology. In most health care settings radiology departments have been leaders of clinical information technology. Radiology information systems have been transforming clinical and business practices in view of the advancements and versatility of radiology innovations. For decades, radiologists’ interpretations were available only on paper. Transcriptionists converted dictation tapes into text, hence no voice recognition software was available and usually clinical reports were received via fax or by mail, medical orders and notes were written with pen and paper in contrast to actual computerized order entries. In fact,

“CT unit provide cross-sectional views of the body and is able to obtain several dozen images for information with one exposure”. (Gurley, Callaway, 2011, 87). In USA, first clinical trial of CT scan was conducted in 1973 by Mayo clinic. Current CT scanners generate very less radiation comparing to old units. They also have a capability to create 3D images. The new scanners are 320 slices and complete one 360° rotations in 275 milliseconds. Both contrast and non contrast studies are performed with CT. “The median effective radiation dose for non-contrast studies is 0.93 millisieverts (mSv) compared to 2.67 mSv for the first generation units”. (Yang, et al, 2014, 41). Depending on the facility the average cost of routine non contrast study is $850-$1500, and for contrast and any special procedure ranges from $2500-$6000. GE healthcare is also a major manufacturer of CT

CT scanning is one of the most widely used digital imaging techniques, and it has many benefits. Though a CT scan typically costs more than an ultrasound, it is more sensitive in picking up soft tissue, blood vessels, and bone simultaneously, making it the preferred

Through time, technology has proven to be a beneficial driving force for providing quality patient care and assisting physicians with complex cases. The first discovery of imaging technology was in 1895 by a German scientist named Wilhelm Roentgen, who won the first physics Nobel Prize in 1901. (Morris, 1525-1527) (Frie) His discovery opened the door for progressing developments in medical imagery such as the use of contrast agents to better visualize organs and the testing of the first magnetic resonance imaging (MRI) device in the 1980’s. (Morris, 1525-1527) (Frie) We have moved away from the primitive use of film cassettes and fluorescent screens, and to high-quality and innovative techniques of

Medical imaging is a field that is in constant development. Chances are that you or someone you know has been scanned using technology that’s dependent on radiation. While the first X-Ray was done as early as 1895 (British Library), today’s popular Computed Tomography scans, or “CT Scans”, first originated in the 1970’s and since then, have been improved dramatically, as far as speed, power, and image quality is concerned (Beckmann). With the rapid development of these CT Scanners, comes the dangers of the radiation emitted by these machines, which has not been given its due attention throughout history. According to Dr. David Brenner, a leading radiology expert from Columbia University:

because they are a technological advancement that have a high level of injury or illness detection, they make it easier for doctors to detect potentially fatal injury or illness that is sometimes otherwise undetectable with out a scan.

Modern medicine has undergone major advancements over the past years. One of these developments include the capacity to retrieve crucial information about the human body and its health beyond the use of manual diagnostic techniques. This is referred to as Medical or Diagnostic Imaging.