5 Reasons to Get Your MRI or CT Scan at Doctors Imaging

Do you need an MRI, CT or ultrasound scan? Whenever you do, most doctors’ practices assume you’ll have the test performed in their hospital or affiliated facility. After all, it’s convenient for them. On the other hand, you may have different ideas about what’s convenient, comfortable, and affordable for you.

Here are five reasons to choose Doctors Imaging for your next MRI or CT scan.

  1. 100% Transparent. Be careful. The staff at your doctor’s office may be under pressure to schedule you at their own hospital imaging center — even if it costs you more. Most hospitals are reluctant to tell you about the total cost of your test. In contrast, service specialists at Doctors Imaging are friendly, accessible, and transparent about the lower cost of our services.
  2. We can save you money. Many hospitals fail to tell you that you may be charged separate reading fees from their radiologists — another 15% to 25% on top of their high prices. At Doctors Imaging, we have one low fee. Does your insurance plan have a high deductible? If so, ask us about our discounted prices for patients who don’t have insurance or prefer not to use it.
  3. High Quality. Doctors Imaging is committed to advanced technology that is meticulously maintained and frequently updated. Our radiologists are board-certified. Our imaging staff is registered and certified. At the end of the day, we produce medical imaging that is as good or better than the exams produced in a busy hospital. And we think you’ll appreciate our calm office environment; it’s nothing like a hospital.
  4. Insurance. We accept every major insurance including Medicare, Medicaid, and Workers Compensation plans. At Doctor Imaging, you may also enjoy significantly lower costs for the portion of your test not covered by insurance.
  5. Convenience. Unfortunately, it’s not unheard for patients to wait weeks for routine tests at other facilities. But at Doctors Imaging, we provide easy scheduling. We can usually offer you an appointment for the same day or the next day. The hospital staff has to juggle scheduled patients as well as sick and critically ill patients. But at Doctors Imaging, you’ll walk through a quiet waiting room on your way to your exam. We also have plenty of free parking on the first floor, just steps from our front door. You’ll be in and out of our Metairie office before you know it. And we get your exam results to your doctor fast – usually the next day. When your results are ready, you’ll have 24/7 access to our online Patient Portal so you can read your reports and see your pictures for yourself.

Here’s a reminder: It’s OK to talk to your doctors and staff about skipping the hospital for your next outpatient X-ray or any other imaging exam. You have the right to choose your imaging facility. You can even choose a different imaging facility after leaving your doctor’s office. It’s true. You can take your written orders wherever you like or simply ask your doctor to send your imaging order to Doctors Imaging.

By choosing Doctors Imaging, you’ll save time and money while you take charge as an active participant in your health care. So, what are you waiting for? Call us to start getting quality, convenience and the service you deserve. You can also request your next appointment online.

Interested in learning more about what it’s like to visit Doctors Imaging? Try these resources:

What is the Difference Between MRI and MRA?


Did you know that if you took the blood vessels of an average adult and spread them out, they would be over 100,000 miles long? That is a lot of arteries, vessels, veins, and capillaries to look through when a patient comes to us needing vascular imaging. That is why both the patient and the doctor appreciate the benefits that MRA technology allow.

Because they are so closely related, trying to understand the difference between MRI and MRA procedures can be difficult for the average patient. But when we look closer, there are actually a lot of differences but a lot of similarities as well.

What is an MRA?

An MRA or magnetic resonance angiogram is when MRI technology is used to image the blood vessels of the body. Without making a single incision, physicians can see the many minuscule and convoluted pathways of blood through the body clearly. Why is this important? The way blood moves through the body is telling of the body’s current state. Is blood moving too quickly? The patient could have high blood pressure that could lead to a cardiovascular episode. Is the blood moving too slowly? There could be a blockage in the body that if left untreated, could become a coronary thrombosis, or in layman’s terms, a heart attack.

In many cases, other methods of imaging like CT scans and ultrasounds cannot obtain the same kind of information that an MRA can. An MRA is a form of MRI testing, meaning it uses radio waves along with a rotating magnetic field in order to image the blood vessels of the body. So in many ways, MRI and MRA are similar but MRA is used primarily for the imaging the vascular system. MRIs are used for multiple reasons like imaging the musculoskeletal system and soft tissue examination.

The difference between an MRA and MRI become more clear when we understand what an MRA can see and how it is administered. MRAs examine the blood pathways between the brain, kidneys, and legs and often use contrast material to help vessels and potential blockages to be highlighted. Contrast material is not used in every MRI that is performed and MRIs usually have a larger area to examine rather than a single vein or vessel. Contrast material is useful to help highlight problem areas and to help physicians perform other procedures with a clear image of the area. Contrast material assists physicians and technicians when they are searching for the following:

  • Clots, bulges or aneurysms or fatty buildups in the blood vessels leading the brain.
  • Tears or aneurysms in the aorta leading away from the body
  • Stenosis or narrowing of the blood vessels in the body
  • Other anomalies and abnormalities in the blood vessels

MRAs and MRIs do not use radiation in order to make images and they take about the same amount of time, about 30 minutes, depending on the patient’s movements and what is being examined. Be sure to take out all metallic objects in the body and tell your doctor if you think you may be pregnant.

So you can see there are a few differences between an MRI and MRA but they both help patients live healthier lives and help doctors provide high-quality treatment.

Ready to make your appointment, you can request an appointment online or call our office at 504-833-8111 Monday through Friday 8 AM to 6 PM to speak with a representative.

How DTI Is Aiding Studies of Concussions, Chronic Fatigue and Autism

Diffusion Tensor Imaging (DTI) exams are receiving more and more attention in the public and medical field because of the light they have shed on certain neurological and mental conditions. DTI is an advanced form of MRI technology that is able to closely follow the flow of water throughout the brain’s pathways giving doctors a better understanding of brain injuries and connectivity.


DTI is used for determining the extent of brain damage from causes such as concussions. Concussions can happen during car accidents and other serious head injuries.

MRIs vs DTI for Concussions

Unlike conventional MRIs that use magnetic fields and computer technology to excite and then map the hydrogen atoms of the body, DTI machinery tracks the pathway of water throughout the brain. Because water in the brain only goes in one direction, it is easier to track this motion and thus map the different nerve paths of the brain as they are very complex and convoluted.

Once the nerve pathways are clearly mapped, neurologists can see if there is damage, bleeds or symptoms of other neurological or mental conditions.

Thanks to DTI, concussions are now being more thoroughly imaged. Before the advanced technology of DTI, concussions could be examined through conventional MRIs but small bleeds and nerve damage were always difficult to identify — especially in the white matter areas of the brain. Now, doctors can track the nerve pathways in the brain with high clarity and understand the genetic and biological causes of some medical conditions.

DTI and Chronic Fatigue Syndrome

Recently, DTI has been used to identify brain abnormalities that lead to chronic fatigue syndrome (CFS). Feeling fatigued is not an unusual symptom to have, but for some people, fatigue cannot be fought with adequate sleep or stress-relieving activities. Thanks to imaging techniques, the causes of chronic fatigue syndrome have finally been identified.

In a 2014 study published online in the journal Radiology, researchers found that those complaining of CFS symptoms had “lower white matter volume” as well as high FA values (measurement of diffusion of water in the specific tract within the right hemisphere), suggesting that this is the area of the brain where “the more abnormal the tract, the worse the fatigue.”

DTI, Fragile X and Austism

In another 2014 study, DTI was instrumental in uncovering the area of the brain that possibly contributes to autism. Scientists determined that Fragile X syndrome is the leading cause of mental developmental issues and the most frequent cause of autism spectrum disorders. Their conclusion found that FMRP (fragile X mental retardation protein) is critical in brain development and that if the correct positioning of brain cells during the development of the cortex is not made, autistic traits can emerge as a child becomes older. Source: Scientists at VIB and KU Leuven (Belgium), in collaboration with Tor Vergata University (Italy) and VU University of Amsterdam (The Netherlands).

DTI Now Available at Doctors Imaging

These factors could not have been studied in such high detail without the help of DTI. This advanced imaging technology could help scientists find the causes and cures for more diseases and conditions in the years to come.
Doctors Imaging is the first facility in Louisiana to offer DTI exams. If you have more questions about the symptoms of concussion, loss of sensation after a head injury or how DTI works, please visit the dedicated website TheConcussionGroup.com.

The History of Medical Imaging

The first X-RayMedical imaging is a form of technology that has revolutionized the medical field in the past century.  With these new innovations, doctors were able to elevate the standard of practice and the experience of the patient. Now, areas of pain or trouble can be non-invasively examined and treatment can begin without the patient even needing to go under. But when did the innovation of medical imaging begin?

Read below to take a trip down memory lane and find out how the medical field and the technology industry have been working together to build a better, healthier world.

Röntgen performs X-Ray in 1895

Professor Wilhelm Röntgen accidentally discovers the ability to look through the skin and see the bones of the body while performing experiments on another project. While working with a cathode ray generator, he noticed an image that was left when the cathode rays came into contact with the vacuum tube. He performed the first X-ray on his wife’s hand and even gave the technology the name we use today, calling this discovery “X” rays because they were unsure what exactly they were. This invention was eventually standardized by William Coolidge and his X-ray known as the “Coolidge tube” is what all modern X-ray machines are based from.  The first X-rays required at least 11 minutes of exposure to produce a quality image. Now X-rays take only a few seconds and they use about 2% of the radiation amount seen in the early 20th century machines.

Scientists Use Ultrasounds in the 1960s

The basics of sonar had been discovered and utilized during World War II as a form of maritime warfare. In the early 1960s, scientists discovered that sending sound waves into the body would bounce off the internal structures and then returned to the ultrasound machine to be reformatted into images for doctors to see. This allowed doctors to non-invasively search for tumors and other growths.

Damadian Discovers MRI in 1970

Dr. Raymond Damadian discovers that different animal tissues emit different signals, as well as that cancerous tissues, take much longer to return the signal sent through them. This is the basis for magnetic resonance imaging. In 1977, Dr. Damadian created the first full-body MRI machine which he named the “Indomitable.”

Hounsfield Invents CT Scans in 1972

The 1970s showed the first instance of computer technology mixing into the medical field with Sir Godfrey Hounsfield’s invention of the CT machine. He theorizes that you could see into an object if you took X-rays from different angles of the object through a machine that would appear as “slices” which could then be put together to form an image. With his idea, he formed the first “axial tomography” machine which we now know as the CT machine. In 1979, he received the Nobel Prize in Medicine and was later knighted by the British Royal Family.

Since then, all of these machines have entered into the digital age and are now updated with the latest technology available. This means that there is less potential risk for patients as well as a greater ability to diagnose and treat.

Looking for medical imaging in Louisiana? At Doctors Imaging, we’re Radiologists concerned with patient care. Meet our Radiologists or request your next medical impaging appointment online.

A Look at Doctors Imaging’s Medical Equipment

At Doctors Imaging, we like to provide the best service, staff, and equipment along with the best price for our patients. We believe that everyone should have access to these machines so that they can be confident in their treatment plans and knowledgeable about their health conditions.

We have a 3T MRI and we offer an open MRI for the patients that feel uncomfortable or claustrophobic in the traditional MRI. A 3T MRI is the most powerful MRI machine for every part of the body and we are the region’s first freestanding center to offer its capabilities. There are other facilities and hospitals that use the 1.5T MRIs, but at Doctors Imaging, we want the most powerful equipment and since insurance companies usually charge the same price no matter what the equipment is, you can have the best equipment and images for a lower price than you would pay at a hospital.

In addition to our MRI machines, we also offer the 64-slice CT machine, a powerful CT machine with the lowest radiation settings possible. We use the Toshiba Lightning Aquillon CT scanner with Adaptive Iterative Dose Reduction 3D software. With this technology, 64 different “slices” or pictures of the examined area can be provided to doctors allowing them to see further and deeper into the body so they can give a thorough diagnosis and treatment plan. This machine allows for 68% reduction rate in radiation as opposed to many other CT machines on the market. We understand that radiation exposure is a concern for many of our patients which is why we dedicate ourselves to providing the best and safest care possible.

At Doctors Imaging, we also provide digital X-rays so there is less radiation exposure from this as opposed to the traditional X-ray machines. We also offer 3D and 4D ultrasounds so that expectant mothers, as well as medical patients, can have the most in-depth and detailed images of their babies and bodies available to them. At our facility, we also have the GE PET-CT Fusion which is manufactured by one of the most trusted companies on the market.

We want people to know that if you need a medical imaging procedure, you are not required to go to a hospital. Instead, you can come to Doctors Imaging in Metairie and have an immediate appointment, almost no waiting time, fast results and a great affordable price.

Visit our Make an Appointment page or call 504-883-8111 for the best days and times for your imaging procedure.  

Using Medical Imaging to Diagnose Multiple Sclerosis

Multiple sclerosis (MS) is an autoimmune disease that attacks the protective layers surrounding the nerve tracts in the brain and can cause difficulty walking as well as pain performing everyday movements. Every case of MS and MS symptoms are different. Some people have symptoms that resolve in a few weeks or months. But for others, the condition has a much more permanent presence in their life.

Multiple Sclerosis is a common disease, yet difficult to track. Because global health institutions do not mandate that doctors report new cases and because symptoms can be invisible for many years, there is no definitive number of those diagnosed with MS every year. Some experts estimate that there are about 2.3 million people with MS around the world with 200 new cases diagnosed every week. That is almost as many people as the entire city of Houston.

With such high numbers of people diagnosed, what causes multiple sclerosis? No one is sure, but most point to a genetic factor or some type of environmental contributor — the cause of MS is still debated. MS symptoms include sensational disruptions, problems controlling movement, lethargy and visual complications. As stated previously though, these symptoms can be minimal and inconsistent, making it harder for patients to recognize their symptoms and for doctors to diagnose.

One of the best exams for doctors needing to diagnose MS is using MRI. MRIs use a combination of magnetic fields and radio waves in order to create images of the internal organs. MRIs are particularly adept at imaging the tissues and nervous structures of the body as well as identifying musculoskeletal disorders. MRIs can detect the subtle changes in the brain and spinal cord that are indicative of MS. MRIs are extremely safe, noninvasive and require no radiation, making them the preferred method for MS diagnosis.

At Doctors Imaging, we also use
NeuroQuant to better examine patients suspected of having memory loss, Multiple Sclerosis, brain trauma other neurologic conditions. NeuroQuant is FDA-cleared software that is a part of the routine MRI protocol that is available upon request from referring physicians that need volumetric analysis when making clinical assessments for any disease that may cause alterations in brain anatomy.

If you have other questions about MRIs, NeuroQuant, or other services at Doctors Imaging, feel free to contact our offices at 504-883-8111 or Request an Appointment.

How Does a Head Injury Result in Sensory Loss?

Whenever accidents or injuries occur, there is always a concern for the residual effects. Prospects of surgery, rehabilitation, or discomfort are never welcome. But for many people, the problems that come after a traumatic injury can be even more debilitating. Ask any physician and they will readily tell you that the worse kind of injuries to treat are those that affect the head. Because the brain is such a complex and unpredictable organ, the effects and ramifications of injuries to the brain can be difficult to determine or map with consistency.

There are a number of factors that help doctors determine the extent and condition of the brain after an injury occurs including:

  • the severity of the injury
  • the location of the injury
  • the medical response to the injury (response time / procedures / medicines)
  • the rate of recovery

There are five senses and each can have different effects after a traumatic brain injury occurs. Sight, taste, smell, hearing, and touch are the ways that our brain receives information and then interprets that information for us to use. But when the brain is the injured body part, any one of these senses can be impacted.

Sometimes the direct impact is not even needed to create an injury. Sometimes just the shaking or rattling of the brain inside the skull can be enough to cause damage. When this occurs, the brain can begin to swell or bleed. Because of the limited area within the cranial cavity, the brain has no space to relieve the pressure or release the blood and as such, damage ensues — or worse, death occurs.

Types & Causes of Sensory Loss After Brain Injury

To begin, the brain is divided into different sections. The different sections control different functions of the body and interpret different signals so certain injuries will exhibit themselves in different parts of the brain. The parietal lobe, located at the top of the head, is the part of the brain that interprets sensational signals and tells us where our body is in location to different objects in our surroundings. Injury to this area can be the cause of a sensory loss, particularly in terms of our translation of touch.

Let’s take a closer look at the types and causes of sensory loss that can happen after a brain injury.

  1. Loss of sight or disruption of sight is a common side effect of a traumatic brain injury. The occipital lobe, located at the back of the skull, is the part of the brain that controls one’s ability to see. When the occipital lobe is damaged, effects such as eye muscle weakness or double vision can occur known as diplopia. The sudden inability to optically tolerate light is a common occurrence known as photophobia. Other presentations of an occipital lobe injury include involuntary eye movements (nystagmus) or the loss of vision in one eye (hemianopsia). The loss of sight differs from other senses in that there is a slightly larger possibility of it returning as opposed to hearing or smell that are usually permanent injuries.
  2. Hearing problems are another sensory problem that often occurs after an accident or fall. Sometimes normal daily activities can sound unbearably loud. Other common symptoms of brain damage are the inability to filter or recognize sounds or prolonged ringing in the ears, a condition called tinnitus. Luckily with the advancement of technology, devices such as cochlear implants and hearing aids can help those who are dealing with hearing problems.
  3. Smell and taste are two senses that heavily influence each other. Almost 70% of taste is contributed to smell and the smell is the strongest sense in connection with our memories. So when one becomes damaged, the other usually suffers as well. Usually, if there is a frontal lobe injury, the resulting nerve damage can contribute to a loss of taste. The olfactory bulbs lie beneath the frontal lobe and can be the cause of anosmia (or loss of smell) if injured.

For those that do experience a loss of one of their senses, options such as surgery, physical therapy, and counseling should be considered in order to help combat the problem or learning to adjust to life without that sense. If you or someone you know has experienced a serious injury and is complaining of sensory disruption of loss, please seek medical supervision immediately.

The physician may order an MRI in order to determine if there is bleeding in or around the brain. Newer MRI techniques are now being developed to evaluate traumatic brain injuries. DTI is an advanced brain imaging procedure that can measure the extent of a brain injury when other tests are negative and symptoms persist. Learn more about these exams at theconcussiongroup.com.

If you have other questions about sensory loss, brain injuries or medical imaging procedures, speak to your physician or radiologist about scheduling a consultation. For more help, call 504-883-8111.

Car Accident Head Injuries, Safety and Precautions

Car accidents can be some of the scariest moments of one’s life. Despite the innovations and advances in automobile safety technology, human error is still hard to beat. About 20 percent of all reported head injuries are the result of an automobile accidents. Buckling seatbelts is a major preventative measure that everyone should apply when riding in a car. However, car accident head injuries can still come from steering wheel collisions, airbag deployment as well as window, windshield and debris injury.

Head injuries can vary in the degree of seriousness. Some people walk away with a bump on the head often referred to as a contusion, others suffer from conditions like concussions, and some have more traumatic brain injuries such as memory loss. In the event of a car accident, having the proper body and brain imaging can be a major protective measure against the progression of the injury.

At Doctors Imaging, we have lots of experience helping those who have suffered from car accident head injuries. Whether it is our digital X-ray capabilities for broken bones or more advanced exams to determine the extent of brain injury, at Doctors Imaging we are committed to providing high-quality imaging services for the greater New Orleans area.

Our most detailed exam for brain injuries is diffusion tensor imaging (DTI). Because car accident head injuries are so common, we are proud to be offering this service to the Gulf South region because of the numerous benefits it provides. Diffusion tensor imaging is an advanced form of MRI that traces the movement of water and hydrogen atoms in the nerve pathways of the brain.

A DTI exam measures brain injuries that are not seen on MRI and CT scans performed elsewhere.

Conventional MRI scans are the best for determining internal or soft tissue damage in the body. However, CT scans and MRI are not adequate for tracing the nerve pathways in the white matter of the brain and highlighting otherwise unseen brain injuries. DTI goes further than a conventional brain scan. Water molecules follow a certain pattern in the brain along the nerve pathways. When you can see that the path has been disrupted, physicians know to look further into this area to find possible injury. Because head injuries can appear non-threatening, they can develop into more serious conditions in the weeks and months after the accident.

DTI is especially useful for patients who have suffered a concussion. Some concussions can heal in a few days while others can leave more lasting injuries. The only way that diffusion tensor imaging can be performed is with a 3.0 Tesla MRI and special software capabilities. Doctors Imaging is the only facility in the Gulf South. For this reason, we see patients from all over the region who are looking to determine the extent of their sport, work injuries and car accident head injuries.

If you have more questions about head injuries, diffusion tensor imaging or other injuries that require imaging, please contact Doctors Imaging at 504-833-8111 or visit the website of The Concussion Group for more information. If you would like to set up an appointment for imaging, you can use our Request Appointment page any time.

Do You Have Concussion Symptoms?

Concussions (Mild Traumatic Brain Injury or mTBI) have long been a mysterious and worrying injury for doctors to examine. Concussion symptoms can range anywhere from unconsciousness to memory loss to a slight headache. There is such a range of symptoms that it can be a difficult task for physicians to medically diagnose a concussion.

Most head injuries are minor — bumps, headaches or the occasional fall. These types of injuries happen with few repercussions. When they’re not, though, they can lead to serious short-term and long-term problems, including dizziness, headache, memory loss and slurred speech, to name a few.

Sometimes concussions are immediately apparent. Other times, the symptoms are not as obvious. Here are a few signs you should look for in a concussion:

  1. Not thinking clearly
  2. Slow reaction time
  3. Lack of concentration
  4. Loss of memory
  5. Headache(s)
  6. Blurred vision
  7. Nausea or vomiting
  8. Dizziness
  9. Sensitivity to light or noise
  10. Feeling tired or lacking energy
  11. Increased sadness
  12. Nervousness
  13. More emotional
  14. Change in sleep patterns

If you think you might have a concussion, it is crucial that you contact a professional as quickly as possible. This is far easier said than done, though. The signs and symptoms of a concussion can be subtle and may not be immediately apparent. Some symptoms may last for days, or even longer.

Many concussion symptoms may occur without a concussion, which means they can be especially difficult to diagnose. If you have several of these symptoms, though, you should contact a physician immediately. Even if immediate attention isn’t needed, having a concussion without proper medical attention can lead to long-term problems.

How Concussions Happen

In layman’s terms, a concussion is a type of traumatic brain injury that is caused by a blow to the head or body. This can come from a fall, a hit or any other injury that violently shakes the brain inside of the skull.

Basically, your brain is surrounded by spinal fluid and protected by your skull. The fluid normally acts as a cushion, but when your head gets hit too hard, the brain can crash into the skull and get injured. This typically results in a concussion.

Concussions are unusual for most people but for athletes, some workers, and extreme sports enthusiasts, concussions are more common. The problem with this is that as more research is being done on the long-term effects of concussions on professional athletes, we are learning that these bumps on the noggin can have a much deeper consequence.

DTI Exams Measure Brain Injuries Unseen on Other Exams

Any kind of traumatic brain injury is cause for concern but now Doctors Imaging has a beneficial new technology that can help determine the extent of brain injury and nerve damage due to a concussion. It’s called Diffusion Tensor Imaging or DTI.

Doctors Imaging was the first to introduce New Orleans to a 3.0T MRI and we added Diffusion Tensor Imaging to our services in 2016. Where standard MRIs are well-equipped to obtain useful and comprehensive images of brain tissue, DTI is an advanced form of MRI technology that improves diagnostic practices, particularly in the diagnosis of and recovery from concussions.

Most MRIs can tell if there is tissue damage or bleeding, but DTI exams measure whether there is nerve damage in specific areas of the brain’s white matter. Along with internal bleeding, nerve damage is the primary concern for physicians when dealing with a concussed patient. If you were to look at the health histories of former football players or boxers, you would notice that they have a higher prevalence of Parkinson’s, Alzheimer’s, ALS (Lou Gherig’s Disease) and other neurological disorders as they age. Many people believe the increased incidence of these diseases in these athletes comes from repeated exposure to head and back trauma.

DTI exams are able to focus on the connecting circuits of the brain and localize nerve damage. By recognizing this nerve damage, doctors can keep a close eye on their patient and help them during the recovery from their injury.

One factor that most doctors are very concerned about when they are seeing a concussion patient is an axonal injury. An axonal injury happens when a brain injury causes extensive lesions in the white matter tracts in a widespread or localized area. Diffuse axonal injury (DAI) is so worrying because it can be indicative of long-term brain deficiency. DAI occurs in almost half of all concussion cases. And now with a DTI exam, doctors will be able to make diagnoses and recoveries easier and more beneficial.

As with MRI exams, DTI exams do not use radiation. It is a non-invasive exam and has extremely high success rates. So if you or someone you know has concussion symptoms, be sure learn more about DTI exams from our medical partners at The Concussion Group.

Can I Have an MRI During Pregnancy?

When we become injured or sick, it can be troubling, but with support and medicine, we can treat ourselves and our symptoms. However, when a woman is pregnant and becomes sick or injured, there are more lives than hers to consider during treatment. There are lists of activities and products that pregnant woman have to avoid but should medical imaging be one of these? We are going to discuss the precautions and protections in place to help keep both mommy and baby healthy.

The first thing that probably comes to mind when considering the danger of medical imaging while pregnant is radioactive substances and procedures that utilize this kind of medicine. And when we think of radioactive medical procedures, the first that come to mind are X-rays, CTs, and PET-CT scans. All of these procedures have a radioactive element. But before expectant mothers become worried, they should know that there are safety guidelines for their benefit.

Expectant mothers should not be barred from accessing potentially life-saving imaging procedures. As such, medical imaging equipment manufacturers and researchers work hard to give the best quality equipment along with the safest for all potential patients. Being the oldest form of medical imaging technology, X-rays have been used by pregnant women since their invention. Having your X-rays performed at a facility like Doctors Imaging means that your doctor and our radiologists will seek alternatives to radiation and, if unavoidable, will work to reduce the dosage of radiation exposure. As with all medical procedures, if you think that you might be pregnant, be sure to let your doctor or the radiology technician know.

At Doctors Imaging, the procedures that seem to cause mothers the most worry are CT scans and MRIs. Please know that CT scans use X-rays combined with computer technology in order to compose images for medical use. Pregnant women: Please talk to your doctor about the risks and benefits of CT scans.

The other procedure we hear the most concern about from expectant mother is an MRI. Fortunately, we can often alleviate these concerns because MRIs are one of the safest procedures for pregnant women. Having an MRI during pregnancy is safe because MRIs, or magnetic resonance imaging, only use the magnetic mechanical components along with radio frequencies in order to map the interior of the body. There are absolutely no radioactive components for mothers to worry about and the detail that can be gleaned from MRIs during pregnancy is both valuable and necessary. At Doctors Imaging, our 3T MRI technology is the most powerful MRI in clinical use for every part of the body. For MRI patients with claustrophobia, we also have an open MRI machine this tends to be much less intimidating.

Finally, please know that we don’t recommend PET-CT scans for pregnant or breastfeeding mothers. PET (positron emission tensor imaging CT scans) use nuclear medicine in order to highlight differences between healthy and diseased tissue in the body and brain. This test utilizes a radioactive drug that is administered directly into the body. This drug can be harmful to the baby. Often, physicians will find an alternative diagnostic method in these cases.

We are committed to keeping both mom and baby as comfortable and healthy as possible at Doctors Imaging. If you have more questions about X-rays, CT scans or MRIs during pregnancy, please feel free to call our offices in Metairie at 504-883-8111, Monday through Friday.