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2018 CPC Practice Exam Answer Key 150 Questions With Full Rationale (HCPCS, ICD-9-CM, ICD-10, CPT Codes) Click here for more sample CPC practice exam questions with Full Rationale Answers

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Different types of medical diagnostic imaging

Diagnostic imaging is an umbrella term for a wide variety of scans, examinations and images that are used in the field of medicine. Technology today is extremely advanced and now physicians can call upon a variety of imaging techniques to help examine the inside of the body and therefore make an accurate diagnosis. Scans and images of the body can enable a host of health problems and abnormalities be seen that might otherwise go unnoticed as symptoms of serious illness does not always appear immediately. For anyone wishing to know more about the different type of diagnostic imaging used today and how they can help a patient, this article is for you.

Radiologic technology

This is much more commonly known as X-ray technology, and this is probably the most well known type of image taken of the body. A radiologic technologist is responsible for carrying out x-ray examinations, a procedure where a small dose of radiation passes through the body, some of the rays being absorbed as they go and all traveling at different speeds. These rays are projected onto special film which produces an image of the inside of the body. X-rays are most commonly used to look for fractures and broken bones although other conditions can be spotted from an X-ray. If a doctor notices something unusual in an X-ray then usually a further test such as an MRI scan or CT scan may be carried out. None of these are invasive procedures, and the patient can receive them on an outpatient basis. Scans such as these are often undertaken following a serious accident or trauma.

Ultrasound technology

Usually an ultrasound is the imaging solution for examining fetuses within the womb. Ultrasound technology can view body structures in a way that X-rays cannot and provides a clearer and more in depth picture. Although pregnancy is a common reason for using ultrasound technology, it can also be used to examine the muscles, joints, tendons, ligaments and internal organs within the body.

CT Scans

Also known as CAT Scans, these are a more advanced type of scan that can be used to examine the whole body from the brain to the ligaments. It too uses radiation in the same way that traditional X-rays do, however the multitude of images that get taken are processed by CT software to provide doctors with a 3D image of the body. In this way it is a very effective type of scan, capable of detecting most serious illnesses including the majority of cancers and tumors. It is a non-invasive procedure just like the X-ray and is particularly appropriate and often the imaging solution for anyone who has been involved in a serious trauma where there are no outward signs of serious injury. Internal bleeding or swelling of the brain could easily have occurred but would need a CT scan to detect.

MRI Scan

An MRI stands for magnetic resonance image and this too provides an incredibly accurate and effective way of scanning the body. Rather than using X-rays, an MRI consists of creating a magnetic field through which radio waves travel to the area of the body being examined. This makes the nuclei of the atoms in the specific region emit energy which can be detected by a computer. An image is created on the computer that can then be interpreted by a radiologist.

There are further examples of medical diagnostic imaging that are used every day by doctors throughout the world. There is no doubt that medical imaging solution technology plays a vital role in the diagnosis and treatment of patients suffering from serious illness. Scans such as those outlined above are important components of oncology solutions in particular as they may enable the cancer to be caught early and therefore treated more successfully. Scanned images coupled with modern technology and software are an efficient and reliable way to clearly see the interior of the body and are increasingly assisting medical teams in carrying out successful diagnoses and treatment .

Kathryn Dawson writes articles for Mirada Medical Limited, a leading provider of professionally developed medical diagnostic imaging solutions for a comprehensive and quantifiable analysis for the diagnosis, staging, treatment planning and assessment of treatment response in oncology. Mirada develops oncology solutions to help clinical oncologists understand and characterise a patient’s condition through a simple, yet powerful medical imaging solution

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Radiology PACS Are the Command Center For Your Medical Digital Imaging

If you are looking for the best way to store, view and distribute the digital medical images produced at your hospital, medical center, small or medium-sized medical facility, dental or veterinary office, then what you want is a fully functional radiology PACS system. Web based PACS systems allow for teleradiology, which enables you to send digital images over the World Wide Web, saving time and money. There are flexible and cost-effective solutions for every type of medical environment that uses a radiology PACS system.

Digital images offer a wealth of cost advantages over traditional film imaging. You will save on the costs of film and development chemicals when you make the switch to digital imaging. You will no longer need the personnel to maintain those digital images either, another cost advantage to your medical facility when you utilize the power of a PACS system.

A radiology PACS system works much like a computer network. There is a server that is host to your database of digital medical images. These images are accessed by individual workstations via a LAN or WAN. Security is achieved with a web based PACS that utilizes a virtual private network or secure socket layer protocol.

By combining the speed of the Internet with the functionality of a radiology PACS solution, the ultimate in ease of use and flexibility is achieved in every medical environment, whether large or small. Multiple modalities can be accommodated by a quality DIDOM PACS system, making a radiology PACS a key component in office efficiency.

A PACS system will also allow for text to be incorporated with digital image reading. This makes it very easy for radiologist to complete records and reports utilizing this customizable PACS system software and hardware.
Storage is one of the key features of importance in any DICOM PACS system. Archival systems must be secure, and must be expandable. They must meet HIPPA standards for backup and disaster recovery as well. Radiology PACS systems are outstanding in this regard, because you can send images daily and automatically to both on- and off-site backup locations for ease of retrieval in case of a fire, flood or earthquake. Records can be kept safe because individual usernames and passwords are put in place, and that, along with 128-bit secure socket layer encryption or VPN security features will ensure that your records are kept in a controlled environment.

When all of this is taken into account, and other amazing features are added to increase the customization of the systems, many medical facilities turn to a radiology PACS solution to meet their needs for viewing, distributing and archiving their medical digital images.

In this article Jonathon Blocker writes about radiology PACS.

Breast Imaging Coding for Medicare in 2018

The Centers for Medicare & Medicaid Services (CMS) no longer requires use of dedicated G codes when reporting breast imaging services for Medicare beneficiaries, per MLN Matters Number: MM10181. In 2017, the CPT® codebook deleted breast imaging codes 77051-77057 and replaced them with three new codes: 77065 Diagnostic mammography, including computer-aided detection (CAD) when performed; […]
AAPC Knowledge Center

The Role Of Medical Imaging Software

There is no doubt that medical imaging software is a vital part of modern medicine. Today doctors rely heavily on imaging software to provide diagnoses of a whole variety of illnesses. In nearly all fields of medicine, scans and imaging software are used by doctors to see the body’s interior for accurate diagnosis. This article discusses the role of medical imaging software in medicine and why advancements in technology are important and research should continue into the technology used.

Medical imaging software in particular is crucial to MRI scans. MRI stands for magnetic resonance imaging and it involves a magnetic field being directed to the part of the body that needs investigating for problems and abnormalities. Through the magnetic field radio waves are sent. When the waves hit the body, the nuclei of the atoms in the cells give off energy. The software used detects this energy and converts the data into images for a doctor or radiologist to view. These images show any abnormalities with the cells and can detect a host of problems such as tumours. It is the scan itself that creates the information, but it is the medical imaging software that presents the data in a way that it can be used.

Imaging software is also used in other scan types (or modalities). A CT scan is another valuable and commonly used scan to help doctors gain a good understanding of what is wrong with a person’s health. It is most often used to explore the brain further and will be prescribed after someone has suffered a serious head trauma. During a CT scan a very large number of pictures or images are taken at the same time. Imaging software is then used to interpret this web of pictures into one 3 dimensional image of the body or the brain. Just like with MRI scans, without imaging software neither of these scans would exist. It is one thing gathering the data, but unless it is displayed in a helpful way the data is totally useless.

Another type of scan that uses medical imaging software is an x-ray. Most people have heard of an x-ray and can picture the images produced from it. It is used mostly to detect broken bones as it is not usually able to provide a very clear picture of more intricate parts of the body like cells and tissue. It does show up broken or fractured bones however very well. During the procedure, the body receives a dose of radiation. The radiation travels through the body being absorbed in small amounts as it does so. The waves travel at different speeds and it is this data that is interpreted by software to be projected onto film. The film holds a clear image of the bones in the body. An x-ray can detect other abnormalities in the body, but will not display them as clearly as a CT or MRI scan would. If a shadow or dense area is spotted on the x ray then further scans will be required.

An ultrasound scan is another type of scan that relies heavily on medical imaging software. This can be used to detect many things in the body but is most commonly used during pregnancies. It does provide a clear picture however and therefore can be used to investigate the organs in the body and even the bones.

If it wasn’t for medical imaging software, none of these scans would be possible. Although the data would be collected, without software it would not be displayed in a format that was possible to understand or interpret. Researching technology and ensuring medical imaging software is as good as it can be is vital to the field of medicine. Oncology software in particular is vital in the fight against cancer. Medical image fusion takes these scans even further by enabling the images to be viewed at the same time for an even clearer picture.

Kathryn Dawson writes articles for Mirada Medical, a developer of cutting edge medical imaging software including powerful medical image fusion tools and oncology software, designed to support the clinician in the diagnosis and management of cancer.

How often can you report diagnostic imaging

Patient was seen 3 months ago for initial chemoembolization for hepatoma where diagnostic imaging was performed. Patient returns for 2nd treatment with doctors notation of partial response to therapy on the H&P. Patient has chemoembolization performed again with diagnostic arteriograms. Is there a time frame where diagnostic imaging would be medically necessary and reportable during subsequent chemoembolization procedures?

Thank you in advance!

Medical Billing and Coding Forum

Guide To Diagnostic Medical Imaging

What is diagnostic medical imaging? This is actually quite a broad term used to describe a number of different processes that result in scanned images used by doctors and surgeons to make accurate diagnoses of their patients. Medical imaging involves taking pictures of the inside of the body and looking out for abnormalities or in the case of x-rays for broken bones, amongst other problems. It is a very important aspect of making good diagnoses and more and more doctors rely upon scans to provide them with the data and information they need to help make an accurate diagnosis. If medical imaging didn’t exist a host of illnesses could be left untreated such as cancer as they often don’t display outward signs for a number of years. Internal bleeding after a trauma is another condition that makes medical imaging so important and life-saving.

There are several different types of diagnostic medical imaging. X-rays are one of the most common and well known, also known as radiologic technology. During an x-ray, the body is exposed to a small amount of radiation that passes through it. Some of the rays are absorbed as they travel, and they all travel at different speeds. Because of this they are able to be projected onto a special film which provides a picture of the inside of the body. If anyone has seen an x-ray, you will see that the picture is not very detailed or clear which is why it is best for detecting fractures and breaks in the bones. These show up well in x-rays. Sometimes another shadow may be spotted. In this instance another scan may be required for the patient if the doctor thinks there may be something further to investigate other than a fractured bone. An x-ray is a completely painless experience and takes just a few minutes to obtain the pictures.

An ultrasound is another technology used for creating scans. These are most commonly used to show a baby in the womb. It provides a more in depth picture than an x-ray does, when looking at a baby it is possible to see the different parts of the body well. Although primarily used for this purpose it is also suitable for examining muscles, joints, tendons and all the internal organs in the body. Ultrasound is the safest imaging modality available today.

Yet clearer still, a CT scan or CAT scan as it is sometimes called provides an even greater insight into the body’s interior. This is more advanced than either an x-ray or an ultrasound as is often used when a patient has been involved in a serious injury. It is often used to explore the brain – looking for signs of abnormality or swelling but it can be used to see the whole body. It works a little like an x-ray but a large number of images are taken at the same time. Software is used to interpret this multitude of images into one 3D image of the body. It is capable of assisting detection in all sorts of problems such as cancerous growths, tumors and blocked arteries and for that reason a scan is often the first port of call for a doctor wanting to make a diagnosis.

Last but not least, an MRI scan is a very accurate way of looking at the inside of the body. By sending radio waves through a magnetic field and interpreting the way energy is released from the atoms in the area being targeted, radiologists can determine a number of illnesses and diseases. Broken bones to tumors and internal bleeding can all be detected easily with an MRI scan.

Diagnostic medical imaging is an effective way of scanning the body to look for health problems. Medical computer software such as that used for PACS imaging is crucial to its success and allows multiple physicians on a tumor board for example to examine the images produced. All of the scans are useful, each with its own set of advantages and disadvantages.

Kathryn Dawson writes articles for Mirada Medical Limited, a developer of diagnostic medical imaging applications for seamless tumor board meetings, coupled with pacs imaging integrated solutions to support workflow across all departments.

The Coastal Imaging Success Story Part 1: The Transition

What does it take to unite three radiology groups and 38 providers into a new entity, secure favorable terms across a complex carrier mix, and serve a diverse patient population at four hospital locations? Working relationships. That’s how Coastal Imaging came to be from the merger of three independent groups. That’s the reason their collective KPIs improved across the board immediately following the transition. And that’s all because Coastal teamed up with a true business partner, not a billing vendor, to empower their financial future…

 


Radiology Billing and Coding Blog

The Coastal Imaging Success Story Part 1: The Transition

What does it take to unite three radiology groups and 38 providers into a new entity, secure favorable terms across a complex carrier mix, and serve a diverse patient population at four hospital locations? Working relationships. That’s how Coastal Imaging came to be from the merger of three independent groups. That’s the reason their collective KPIs improved across the board immediately following the transition. And that’s all because Coastal teamed up with a true business partner, not a billing vendor, to empower their financial future…

 


Radiology Billing and Coding Blog

The Coastal Imaging Success Story Part 1: The Transition

What does it take to unite three radiology groups and 38 providers into a new entity, secure favorable terms across a complex carrier mix, and serve a diverse patient population at four hospital locations? Working relationships. That’s how Coastal Imaging came to be from the merger of three independent groups. That’s the reason their collective KPIs improved across the board immediately following the transition. And that’s all because Coastal teamed up with a true business partner, not a billing vendor, to empower their financial future…

 


Radiology Billing and Coding Blog

The Coastal Imaging Success Story Part 1: The Transition

What does it take to unite three radiology groups and 38 providers into a new entity, secure favorable terms across a complex carrier mix, and serve a diverse patient population at four hospital locations? Working relationships. That’s how Coastal Imaging came to be from the merger of three independent groups. That’s the reason their collective KPIs improved across the board immediately following the transition. And that’s all because Coastal teamed up with a true business partner, not a billing vendor, to empower their financial future…

 


Radiology Billing and Coding Blog