Medicare Procedure and Patient Information
2017 Medicare Patient Data
Information about Medicare patients treated by Dr. Ahmad I. Alomari, MD, MSc, FSIR.
| From 65 to 74 | |
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| From 75 to 84 | |
| 85 and over | |
| Less than 65 |
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Dr. Ahmad I. Alomari, MD, MSc, FSIR is a diagnostic radiologist in Boston, MA specializing in diagnostic radiology. He graduated from Jordan University of Science and Technology, Faculty of Medicine in 1995 and has 31 years of experience. Dr. Ahmad I. Alomari, MD, MSc, FSIR is affiliated with Boston Children's Hospital and CHILDREN'S HOSPITAL RADIOLOGY FOUNDATION, INC.
Angiogram (Angiography)
Angiography is the use of x-rays to examine blood vessels, especially in order to identify any blocked or misshapen vessels that may cause problems. The test itself is called an angiogram. Some of the disorders that angiograms can be used to diagnose include:
During an angiogram, the doctor inserts a very thin, flexible tube called a catheter into a blood vessel through an opening in the groin or arm. The catheter is threaded through the body to the site of the suspected problem, where a small amount of dye is injected into the bloodstream and x-rays are taken. The dye makes the surrounding blood vessels visible via x-ray.
If necessary, certain procedures can be performed after an angiogram while the catheter is in place. Angioplasty is the use of a catheter to widen narrowed or blocked arteries. Stents are like tiny coiled springs that hold blood vessels open, and they can be placed during a catheterization. Damaged heart valves can also be repaired or replaced.
A typical angiogram takes about an hour to perform, but it may be longer if the catheterization is used to perform procedures on the blood vessels. It may be uncomfortable at times but is usually not painful. Afterwards, patients may be monitored for up to six hours to make sure any bleeding from the insertion site has stopped. They are given fluids to help flush the dye from their body. For a day or two after an angiogram it is important for patients to drink plenty of fluids and keep strenuous activity to a minimum.
Angioplasty
Angioplasty is a common, minimally invasive procedure performed to restore blood flow in arteries and veins that have become narrowed or blocked. Age or illness can cause plaque to build up at certain spots within the veins and arteries, and if enough collects, it can restrict the flow of blood. Angioplasty uses a tiny balloon at the end of a small, flexible tube to inflate within the narrowed section and open it up again.
Angioplasty may be performed in several different areas of the body and for a variety of reasons, most often:
During angioplasty, a patient is given a sedative while lying on a table under an x-ray machine. A catheter (a thin, flexible, and hollow tube) is inserted into the patient's skin in the arm or groin and guided into the blocked artery. Dye is injected via the catheter, and x-rays are used to position the tip of the catheter exactly at the blockage. The tiny balloon is guided through the catheter and inflated with saline. It pushes the plaque out of the way, squishing it against the walls of the artery. The balloon may be inflated and deflated several times to let blood pass by. A stent, a tiny tube of metal mesh like a spring, may be inserted to help keep the artery open. Then the x-ray is used again to check that blood is flowing properly, the catheter is removed, and the tiny incision is bandaged.
There are no nerves within veins and arteries, so an angioplasty is generally not painful. However, there may be some discomfort at the site of the incision and when the balloon is inflated. Overall, angioplasty is a very effective and low-risk procedure, useful for helping patients avoid more difficult bypass surgery.
Lung Transplant
Patients who have very severe lung disease may need a lung transplant. The diseased lung is entirely removed and replaced with a healthy lung, usually donated by a person who died. Either one or both lungs can be transplanted.
Contrary to popular belief, lung transplant is rarely used to treat lung cancer. It is a more common treatment for patients with other advanced lung diseases, such as cystic fibrosis, sarcoidosis, pulmonary fibrosis, and chronic obstructive pulmonary disease (COPD). Lung transplant is a serious operation and is generally used as a last resort for patients who have only a short time to live without surgery.
During a transplant, an incision is made on the side of the chest (for a single lung) or in the middle (for both lungs). Patients may be hooked up to a heart-lung bypass machine, which will do the work of moving blood and oxygen through the body during the procedure. After the diseased lung is cut away from the main airway and blood vessels, the donor lung is stitched into place. Surgery may take as long as twelve hours, and a hospital stay of two to three weeks after surgery is not uncommon. For the first hours or day after surgery, patients use a ventilator, or a machine to help them breathe. Tubes will be inserted into the chest to help drain excess air and fluid. During recovery, physical therapy and breathing exercises are used to help the new lung work as well as possible.
Lung capacity is carefully monitored for several months after surgery. Patients who have had a transplant will also have to take anti-rejection drugs for the rest of their lives. These drugs stop the body's immune system from attacking the new lung. The main risks after a transplant are infection and rejection (when the immune system attacks the 'foreign' lung). A healthy lifestyle, including maintaining a diet high in vegetables and lean protein, not smoking, and getting enough exercise, is important to keeping the lungs functioning as well as possible. With proper care, many patients can live ten or even twenty years after a lung transplant.
Information about Medicare patients treated by Dr. Ahmad I. Alomari, MD, MSc, FSIR.
| From 65 to 74 | 0 |
|---|---|
| From 75 to 84 | 0 |
| 85 and over | 0 |
| Less than 65 | 11 |
Information about Medicare patients treated by Dr. Ahmad I. Alomari, MD, MSc, FSIR.
| 85 and over | 0 |
|---|---|
| 75 to 84 | 0 |
| Less than 65 | 11 |
| 65 to 74 | 0 |
Dr. Ahmad I. Alomari, MD, MSc, FSIR graduated from Jordan University of Science and Technology, Faculty of Medicine in 1995. He completed residency at Children's Hospital. He is certified by the Certifications: American Board of Radiology (Interventional Radiology) and has a state license in Massachusetts.
Medical School: Jordan University of Science and Technology, Faculty of Medicine (1995)
Residency: Children's Hospital
Board Certification: Certifications: American Board of Radiology (Interventional Radiology)
Licensed In: Massachusetts
Dr. Ahmad I. Alomari, MD, MSc, FSIR is associated with these hospitals and organizations:
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These charts describe general payments received by Dr. Ahmad I. Alomari, MD, MSc, FSIR. Doctors may receive payments for a number of reasons, including meal compensation, travel compensation, and consulting.
| Siemens Medical Solutions USA, Inc. |
$6,188
AX - Angiography Fluoroscopy/Radiology $6,188 |
|---|---|
| Novartis Pharmaceuticals Corporation |
$3,316
$3,316 |
| GUERBET LLC |
$150
Lipiodol $150 |
| Travel and Lodging | $6,630 |
|---|---|
| Consulting Fee | $2,800 |
| Food and Beverage | $224 |
Dr. Ahmad I. Alomari, MD, MSc, FSIR has received 1 research payments totaling $25,000.
Dr. Ahmad Alomari is a diagnostic radiology specialist in Boston, MA. For his residency, Dr. Alomari trained at Jordan University Hospital and Children's Hospital. He speaks Arabic. Dr. Alomari welcomes new patients at his office inBOSTON, MA as reported by Doctor.com.