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This is now the least desirable field in medicine currently. Anybody going into it has questionable judgement at best.
Nuc Rad: The professional side is meh. The money is in the technical side and especially if you can get 340b pricing.Anybody planning on doing this? What resources are needed to implement? Probably will bill poorly..?
beta emitor right? I read an articleThere is no evidence that it is better than xofigo and the administration is more nursing and physics intensive. At least how it was done on trial. There is also higher exposure to staff given the higher energy photons.
Yeah so i guess it will only be profitable for set ups where people get technical. In academics, someone will have to do it, probably the new excited deer in headlights new grad. Great task for them!Nuc Rad: The professional side is meh. The money is in the technical side and especially if you can get 340b pricing.
The CPT is 79101. It’s like 0.7 rvu.
Obviously I hope it works really well for patients' sake, but this would just decimate both urology and rad onc.There's a trial running in Australia testing it in the primary, localized setting...
If this FAPI tracer can be conjugated to a therapy isotope, it’s radiochemo for everyone.Obviously I hope it works really well for patients' sake, but this would just decimate both urology and rad onc.
I'm surprised that trial got through ethics committees. I wouldn't be interested in trying it.There's a trial running in Australia testing it in the primary, localized setting...
ralph of all times to tiptoe...we WANT to hear the criticism of ASTRO, ACR etc, don't be afraid!
Any idea the name of the trial?There's a trial running in Australia testing it in the primary, localized setting...
PRINCE - LinkAny idea the name of the trial?
I did some googling but did not come up with it. If there's the potential for it to be an upfront treatment it might be prudent for us to start a program sooner rather than later.
I did find this... but when Palex80 said "localized" I was thinking there is a trial for non-metastatic patients. That would potentially be a death knell for many groups, ours including.PRINCE - Link
"LuTectomy study (NCT04430192) looking at 177Lu-PSMA-617 in patients with high-risk localized prostate cancer as presurgical treatment, a proof-of-concept phase 1/2 trial investigating whether patients can receive high doses of radiation to the prostate before surgery"I did find this... but when Palex80 said "localized" I was thinking there is a trial for non-metastatic patients. That would potentially be a death knell for many groups, ours including.
That is it. Thank you."LuTectomy study (NCT04430192) looking at 177Lu-PSMA-617 in patients with high-risk localized prostate cancer as presurgical treatment, a proof-of-concept phase 1/2 trial investigating whether patients can receive high doses of radiation to the prostate before surgery"
If pCRs, you better believe the surgery will then be omitted.
Are we actually going to inject a radionuclide with dose factors for kidneys and parotid glands roughly equivalent to tumor and deposit like 110 Gy? This seems impossible to me. But would love to learn how its not impossible."LuTectomy study (NCT04430192) looking at 177Lu-PSMA-617 in patients with high-risk localized prostate cancer as presurgical treatment, a proof-of-concept phase 1/2 trial investigating whether patients can receive high doses of radiation to the prostate before surgery"
If pCRs, you better believe the surgery will then be omitted.
Yes. Doesn't seem likely. Not sure why else they'd be doing it for "presurgical "treatment"" however.Are we actually going to inject a radionuclide with dose factors for kidneys and parotid glands roughly equivalent to tumor and deposit like 110 Gy? This seems impossible to me. But would love to learn how its not impossible.
There is no evidence that it is better than xofigo and the administration is more nursing and physics intensive. At least how it was done on trial. There is also higher exposure to staff given the higher energy photons.
Actually, not opposed to the trial. Seems like only rational circumstance where they can go and fetch treated prostate and LN for correlating in-vivo dosimetry with pathologic findings. I don't think they're expecting pCrs in prostates. Will certainly treat micrometastatic disease.Yes. Doesn't seem likely. Not sure why else they'd be doing it for "presurgical "treatment"" however.
This open label, phase I/II non-randomised clinical trial will evaluate the dosimetry, efficacy and toxicity of Lu-PSMA in men with high PSMA-expressing high-risk localized or locoregional advanced prostate cancer (HRCaP) undergoing radical prostatectomy (RP) and pelvic lymph node dissection (PLND). Patients will receive one or two cycles of 177Lu-PSMA followed by surgery. The primary objective is to determine the radiation absorbed dose in the prostate and involved lymph nodes. Secondary objectives include evaluating imaging response to therapy using PSMA-PET, biochemical response, pathological response, adverse effects of Lu-PSMA and surgical safety, and health-related Quality of Life (QoL).
Doesn't Lutathera have pretreatment infusions of amino acids precisely for that reason?Are we actually going to inject a radionuclide with dose factors for kidneys and parotid glands roughly equivalent to tumor and deposit like 110 Gy? This seems impossible to me. But would love to learn how its not impossible.
Lutathera has it for renal protection. Doesn’t do much to protect salivary glands to my knowledge.Doesn't Lutathera have pretreatment infusions of amino acids precisely for that reason?
Even if RVU value is low seems like this should be radiation oncology...because we are a vital part of the treatment team.
Look, I’ve always argued we need to be a fellowship after general radiology residency. The speciality is not quite there yet but I suspect it will be before too long.Maybe you guys can merge back with another dying specialty: Nuc Med. At my academic institution, the Nucs are getting a clinical service started in anticipation of PSMA therapies. At least they are creating new treatments 😛
Sometimes two bad ideas are better then one!Maybe you guys can merge back with another dying specialty: Nuc Med. At my academic institution, the Nucs are getting a clinical service started in anticipation of PSMA therapies. At least they are creating new treatments 😛
Two wrongs don't make a right, but three lefts do!Sometimes two bad ideas are better then one!
Look, I’ve always argued we need to be a fellowship after general radiology residency. The speciality is not quite there yet but I suspect it will be before too long.
Just to devils advocate: spending years memorizing clinical trial minutia and whether to give chemo that you don’t administer is more relevant?The idea that some of you think it’s important we waste years learning mostly about knee tears, lung blebs, and brain bleeds is so wild to me!
We are cancer doctors.
So is learning about the pathology that can present on their routine restaging exams that you could be interpreting when there’s no new consults or OTVs.People get tested on minutae their entire educational lives. We can argue about standardized testing and the way education works all day; that’s a good conversation and important one. But at the end of the day learning about the trials that affect how we generally treat patients and knowing about systemic therapies that affect our patients is way more relevant than anything else.
So is learning about the pathology that can present on their routine restaging exams that you could be interpreting when there’s no new consults or OTVs.
This is the same argument ad absurdum as “why do Med students destined for radonc have to do OBGYN”?
Is an incidental brain bleed not a “toxicity”?
culturally, radonc goes “overboard” stressing minutiae (ie radiobiology). Oncology was way ahead of other fields in championing EBM over bioplausibiIity (think ortho) but radonc takes it to an unhealthy level. I attribute this to insecurity among many of the “leaders” of the older generation who were probably not the cream of the crop when they fell into the specialty. (And why they had a fetish for md/phds). Talmudic study of the data somehow provides equalizing legitimacy for the one trick pony at tumor boards?People get tested on minutae their entire educational lives. We can argue about standardized testing and the way education works all day; that’s a good conversation and important one. But at the end of the day learning about the trials that affect how we generally treat patients and knowing about systemic therapies that affect our patients is way more relevant than anything else.
Radiobiology is the biggest dumpster fire of radiation oncology.culturally, radonc goes “overboard” stressing minutiae (ie radiobiology).
Learning about studies is important.People get tested on minutae their entire educational lives. We can argue about standardized testing and the way education works all day; that’s a good conversation and important one. But at the end of the day learning about the trials that affect how we generally treat patients and knowing about systemic therapies that affect our patients is way more relevant than anything else.
I agree with this with every inch of my soul. This data worship (which you appropriately label Talmudic study) is a great defense mechanism for those who feel insecure about their position. It's like that Feynman quote of "if you can't explain something in simple terms, you don't understand it". Just talking fast and throwing out statistic after statistic - of things that are easily looked up on Google - really sets off my BS radar that someone is either trying to sell me something or they are trying to appear much more confident than they really are.culturally, radonc goes “overboard” stressing minutiae (ie radiobiology). Oncology was way ahead of other fields in championing EBM over bioplausibiIity (think ortho) but radonc takes it to an unhealthy level. I attribute this to insecurity among many of the “leaders” of the older generation who were probably not the cream of the crop when they fell into the specialty. (And why they had a fetish for md/phds). Talmudic study of the data somehow provides equalizing legitimacy for the one trick pony at tumor boards?
This could actually worsen as we go to 1-5 fractions and adopt an IR like footprint in pt care of gettting -in -and -getting-out, yet continue to view ourselves as equals to surg and medonc because we bring minutiae to the table.
I agree with this with every inch of my soul. This data worship (which you appropriately label Talmudic study) is a great defense mechanism for those who feel insecure about their position. It's like that Feynman quote of "if you can't explain something in simple terms, you don't understand it". Just talking fast and throwing out statistic after statistic - of things that are easily looked up on Google - really sets off my BS radar that someone is either trying to sell me something or they are trying to appear much more confident than they really are.
Very relevant is this Tweet from yesterday:
View attachment 344378
And this recent study:
Changes in Length and Complexity of Clinical Practice Guidelines in Oncology, 1996-2019
While generally true in all specialties, I feel a sense of urgency about how we're handling complexity of knowledge in Radiation Oncology. Training programs, on balance, long ago shifted away from emphasizing clinical skills vs valuing memorizing trivia. We desperately need to course correct medical education in RadOnc by getting away from vomiting p values out of 30 year old trials and instead focus on learning how to be excellent doctors in an environment where we can carry literally all the knowledge of the world on a 5 inch device in our pockets.
Learning about studies is important.
Getting tested like this:
“What was the pCR rate in the German Rectal Study?
A 8%
B 9%
C 10%
D 12%”
Is why #radoncrocks
“Jondunn gets a ‘Strawman’ sticker”
This is understandably how we've always been IMO. It is definitely how I am presently. Once medonc started getting off the ground, I believe that a common "goal" of cancer care from the medical oncology perspective was to eliminate XRT when possible based on the visceral understanding that "radiation is bad for you". This is clearly manifested in the treatment of lymphomas, where present day XRT is fairly benign in older patients but sort of excluded "based on principle". Back when I was in residency, a lymphoma specialist medonc would come down every 1-2 years to give an update on lymphoma treatment. He explicitly told us that he refused to refer most patients to our lymphoma specialist up front because "he would confuse the patient with data".This data worship (which you appropriately label Talmudic study) is a great defense mechanism for those who feel insecure about their position.
When I think about data onanism, it is more about sites like prostate and breast than lymphoma. With breast and prostate radonc it seems like thought leaders create and often cite exponentially accruing retrospective crap. Ontologically, there is just not much depth to prostate and breast radiation vs the systemic treatment of those diseases. Pumping out hundreds of papers as a breast radonc just seems like desperation to stay academically relevant to med/surg onc peers. It almost feels like data is so heavily emphasized because there is just not that much to the delivery and management of these pts.This is understandably how we've always been IMO. It is definitely how I am presently. Once medonc started getting off the ground, I believe that a common "goal" of cancer care from the medical oncology perspective was to eliminate XRT when possible based on the visceral understanding that "radiation is bad for you". This is clearly manifested in the treatment of lymphomas, where present day XRT is fairly benign in older patients but sort of excluded "based on principle". Back when I was in residency, a lymphoma specialist medonc would come down every 1-2 years to give an update on lymphoma treatment. He explicitly told us that he refused to refer most patients to our lymphoma specialist up front because "he would confuse the patient with data".
Agree with the exponential knowledge growth rates....in medical oncology. Check out the Aggrego Oncology newsletter every damn week. I did see a study looking at the robustness of MRI guided alignment as a function of treatment time in a recent update. Meanwhile Keynote 522 just massively reduced the applicability of CREATE-X. We should actually know the later so we can at least be coordinators of care out in the community. We don't need to know the former for the most part.
When I think about data onanism, it is more about sites like prostate and breast than lymphoma. With breast and prostate radonc it seems like thought leaders create and often cite exponentially accruing retrospective crap. Ontologically, there is just not much depth to prostate and breast radiation vs the systemic treatment of those diseases. Pumping out hundreds of papers as a breast radonc just seems like desperation to stay academically relevant to peers. It almost feels like data is so heavily emphasized because there is just not that much to the delivery and management of those pts.
Learning about studies is important.
Getting tested like this:
“What was the pCR rate in the German Rectal Study?
A 8%
B 9%
C 10%
D 12%”
Is why #radoncrocks
“Jondunn gets a ‘Strawman’ sticker”