Quoting: Shibbal18
well that 5% was a guess and it was wrong, they provided the chart (
Table 4): 134 failures out of 841 patients for a 16% failure average overall, 3 studies being omitted as they did not have that data available (one of those studies was the Meir et al. which was using a faulty device that accounted for the majority of its re-ops. That device was later discontinued). 31 of those failures were related to the physical act of the surgery (which is a risk in literally every surgery), and 23 were related to a faulty device, one such device that the article notes was discontinued. That leaves 80 patients of the 841 where the treatment itself was just a failure in alleviating the pain and increasing mobility, for a failure rate of 9.5%. Significantly smaller failure rate on a much larger scale, proving my point that the first study was statistically irrelevant, and even this is a small sample size compared to all of the surgeries that have been preformed.
OMG are you serious right now?! You can't throw out the surgeries that failed because of device failures (even the discontinued devices because all of the devices had some failure) or surgery complications just to lower the failure rates in your favor. These risks still apply, they will not magically disappear JUST because you want them to.
Quoting: Shibbal18
No that was just an aside as you tried to move from 26% failure to 15-25% failure. ACL reconstructive surgery is probably the most common surgery in the NHL I would guess, no one argues with it, so it seems like a good contrast
My original statement was 15-25% then you questioned my numbers so I provided the data saying 26% and you questioned that study saying it was a small sample size and data was irrelevant as it was 4 years old and blah blah blah. Then I provided a report that took into account 13 independent studies that looked at the mid to long term recovery rates which showed a much wider failure rate of 0-35%. I maintain that you have to toss out moth ends of the spectrum because there is absolutely no way there can be 100% success rates as all surgeries have failures. Also there is no way a doctor can have a career with a 35% failure rate, he wouldn't be able to find patients to preform surgery on with slightly over 50% success rates lol.
You are the one who keeps changing his narrative as you get educated on the subject. From your first comment of:
Quoting: Shibbal18
There is no risk, its not as big a deal as the rumor community has morphed it into
To your latest of:
Quoting: Shibbal18
well that 5% was a guess and it was wrong, they provided the chart (
Table 4): 134 failures out of 841 patients for a 16% failure average overall, 3 studies being omitted as they did not have that data available (one of those studies was the Meir et al. which was using a faulty device that accounted for the majority of its re-ops. That device was later discontinued). 31 of those failures were related to the physical act of the surgery (which is a risk in literally every surgery), and 23 were related to a faulty device, one such device that the article notes was discontinued. That leaves 80 patients of the 841 where the treatment itself was just a failure in alleviating the pain and increasing mobility, for a
failure rate of 9.5%. Significantly smaller failure rate on a much larger scale, proving my point that the first study was statistically irrelevant, and even this is a small sample size compared to all of the surgeries that have been preformed.
BTW even a failure rate of 9.5% means that 1 out of every 10 surgeries fail to alleviate pain or increase mobility. It's not like we are talking about 1 in 100 or 1 in 1000 failure rates here its 1 in 10. That is not "
Quoting: Shibbal18
There is no risk, its not as big a deal as the rumor community has morphed it into
" as you are trying to make it our to be.