Recently Diagnosed or Relapsed? Stop Looking For a Miracle Cure, and Use Evidence-Based Therapies To Enhance Your Treatment and Prolong Your Remission
Multiple Myeloma an incurable disease, but I have spent the last 25 years in remission using a blend of conventional oncology and evidence-based nutrition, supplementation, and lifestyle therapies from peer-reviewed studies that your oncologist probably hasn't told you about.
Click the orange button to the right to learn more about what you can start doing today.
“In a patient-based analysis, a Cochran’s Q test showed that there are no significant differences in the proportion of (multiple myeloma) patients with bone disease detected by the different scanning techniques…”
Imaging tests for possible bone involvement is central to our health for the rest of our lives as multiple myeloma survivors.
Ahhh, that quoted statement above isn’t true in my experience. It may have been accurate when the statement was first written but that statement is no longer true.
Imaging or scanning technologies for managing multiple myeloma are frequently advancing, changing. Keeping a close eye on your MM, on the amount of monoclonal cells IN your bones is critical to your life as a myeloma survivor.
Research, analysis and personal experience has taught me that newly diagnosed multiple myeloma (MM) patients must learn and draw on both conventional (FDA approved) and evidence-based non-conventional MM therapies to achieve the longest, highest quality of life possible. Multiple myeloma diagnostics are central to that idea.
Concern for your bone health will also be a significant portion of your Multiple Myeloma management. To learn more about how to optimize your bone health with multiple myeloma diagnostics as well as both conventional and non-conventional therapies, please watch the short video below:
Imaging studies for multiple myeloma fall into the categories below-
multiple myeloma MRI (magnetic resonance imaging)
multiple myeloma CT scan (computed tomography)
multiple myeloma x-ray (simply called “x-ray”)
The study linked and excerpted below seems to come to two different conclusions. My personal experience is that the best combination of:
radiation dose and
is whole-body x-rays (WBXR). Meaning, my many x-rays were cheap and easy for me. Unfortunately, my oncologist may have misdiagnosed me. Dr. Berger told me that I had a single bone plasmacytoma.
Dr. Makely, the pathologist reported that I definately had MM elsewhere in my iliac crest. Dr. Makely’s diagnosis was confirmed by a PET scan.
“Doctors may use X-rays and other imaging tests to diagnose and assess multiple myeloma. For example, MRI scans can provide detailed images that may help doctors detect multiple myeloma in its early stages.
This article looks at how doctors use X-rays and other imaging tests to diagnose and monitor the severity of multiple myeloma…
X-rays can detect bone damage from multiple myeloma, but they lack the precision of certain other tests. Doctors may perform X-rays on most of the body, which they refer to as bone or skeletal surveys.
X-rays can show:
bone loss or thinning
lesions, which are holes in the bones
X-rays are a quick and easy type of imaging test, but they are poor at detecting bone damage from multiple myeloma. They also lack the sensitivity to show the difference between recent and older bone damage, such as active versus inactive myeloma sites…
CT scans combine X-rays with computer imagery to provide more detailed 3D images inside the body. They can detect bone damage from multiple myeloma and show precise images of bone lesions…
X-rays are a cheap and effective way of diagnosing a bone disease and may also be helpful for diagnosing multiple myeloma. However, X-rays have some limitations and are unable to detect early-stage lesions. Doctors may also use other imaging tests for more precise results, such as MRI and CT scans…”
[…] Best Imaging for Detecting Bone Involvement […]Reply