We've been to the Simon Cancer Institute. The dept heads hadn't even treated someone with her condition. They ran some labs and said "We can't help". Wasted a 3 hr drive.
She has Castleman's disease. Super rare, and often associated with end stage HIV/AIDS. She has neither...which is wht the IU Med guy said he couldn't help.
If you decide to come done here for treatments let me know. I'll make sure to throw a bucket of fresh particles in the machine for you.Proton Therapy is available in Bloomington... the specialists in Indianapolis and Shelbyville never mentioned it as a option.
I'm guessing it had something to do with their pocketbook.
If you decide to come done here for treatments let me know. I'll make sure to throw a bucket of fresh particles in the machine for you.
Sorry, after you've worked around a particle accelerator for 26 years, your sense of humor gets a bit twisted.Thanks... I appreciate that.
I think.
Thank you, that answered a bitI still want to know how a proton can do this selectively and what the cost will be.
I have no idea as to cost. That would vary depending on the patient and treatment involved.
Protons dump all of their energy in water or tissue at a very specific depth depending on their initial energy due to a property known as the Bragg peak.
I'd also like to know where these particles are coming from?
The protons come from, at least in our facility, from hydrogen atoms.
and what unstable byproducts they will create??
Not sure what you're asking here. If you're asking if the tissue itself is made radioactive, then no it is not.
The big advantage of Proton Oncology is the fact that there is very little damage to surrounding tissues like there will be in traditional Radiotherapy. This allows the doctors to successfully treat tumors in locations where damage to surrounding tissue is a concern,or places where surgery is not a viable option, such as the eyes, head, neck, spine, and prostate, We can treat with an accuracy of about +/_ 1mm here.