You can't tell either because you named a rare disease with entirely different symptoms aside from one. So by that logic we should all get MRIs and CT Scans of everything all the time because it could be a rare disease based on one symptom. |
No, that’s why I listen to the recommendations of the doctor who did med school and residency and has more knowledge than me about when proceeding with a CT is worth the risks. Because if I ignored the expert and something was missed that needed to be found, I would never, ever forgive myself. Your comfort level may vary. |
Doctors order unnecessary tests all the time. Party to cover them, partly to improve patient satisfaction that their doctor is “doing something” about their concern. No, I would absolutely not get a CT for a stuffy nose in a teenager. If the ENT couldnt see much bc her sinus were inflamed, she likely has an infection or allergies. Wait until those clear and look again. But she likely is having “breathing issues” due to the inflammation, nothing else. I highly doubt the ENT thinks it is imperative she gets this CT. He is just suggesting since he doesn’t see anything. |
+1. |
| OP if you don't get the scan come back in 5 years and tell us how kid did. |
| Some CT scans for sinuses (with allergists or ENTs) are lower radiation. |
Define "safe"? There is no "safe" level of ionizing radiation. Every bit you are exposed to harms you a little more. |
Exactly. |
Those are mostly used in CT not MRIs. |
Meant to add this chart showing comparisons.
The URL if picture isn't large enough to read. https://infobeautiful4.s3.amazonaws.com/2011/03/2552_IIB_Radiation-Chart_Feb19.png There are many similar charts online to make comparisons. Of medical procedures, CT's are one of the most radioactive due to the tracers such as Barium dyes they use. |
Thank you. |
Seriously. Particularly when a huge % of cancer patients have radiation therapy. |
This is not true. Radiation is in our everyday environment. If you wear a dosimeter inside a building and walk outside, it will start ticking from the radiation from sunlight. We have evolved to live with radiation. Environmental regulators decided that, unlike any other substance known to man, the curve for damage from radiation was "linear no threshold" (meaning there is no dose that is harmless) based upon zero scientific evidence. How do I know this? I talked to one of the guys who wrote the regs. They had no evidence of harm from radiation at lower doses, so they just drew a straight line to zero. Every other substance known to man has a threshold beneath which there is no harm, and he agreed that is the case with radiation. If no level of radiation were safe, people who live in Colorado would have a higher incidence of cancer, not a lower one. This is just used to scare people. If you really believe this, then never fly in an airplane or live at altitude (or go inside any building in DC made of granite, which are literally radioactive). |
+1 |
You don’t know what you’re talking about. CT’s use ionizing contrast and MRI’s these days (especially for head things, breast things, and pelvic organ things) are given with the contrast gadolinium, a toxic heavy metal that doesn’t fully leave the body and can cause long term issues. Some people become incapacitated after just one dose, others after several doses as it builds up. |