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Laura, I just want to say thank you for bringing up a controversial topic like this. Censorship is wrong. I completely agree that everyone has the right to voice an opinion; with the little add-on that they acknowledge it to be an opinion and not fact.
Mike and others about the “division” discussion, I can kind of see both sides. I agree that there shouldn’t be a division of massage, but I can see an argument for different types of massage. But having different types of massage doesn’t make any one “type” better than any other. And we should all work together to promote each “type” of massage for what it’s useful for. For instance, I don’t do relaxation massage (I do more orthopedic type). So when new people call, I explain this to them. But I also explain to all my clients and strangers that what we call “relaxation” massage is still therapeutic and then I explain why. It’s just not what I do and if that’s what they need I send them to another associate I know.
I also in some ways, agree with you, Mike, about the science discussion. One of my big arguments is; if science can disprove a therapy then okay call it a sham. But just b/c science hasn’t proven it doesn’t mean it’s disproven it either. Science is flawed and current research methods just can’t prove everything b/c of those flaws.
So these negative terms we’re using to describe other techniques such as Reiki are inappropriate. And it’s exactly the type of thing people said about massage years and years ago. . . “oh, it’s a sham”. . .yet, now there is more research and better science for proving what massage does. Maybe 10 years down the road science will actually be able to explain how Reiki and other techniques work.
Kat- can you elaborate on this? "Science is flawed and current research methods just can’t prove everything b/c of those flaws."
I'm just curious what you mean by it, or anyone else who agrees with it.
Hi Kim,
What I was trying to say is that science simply doesn't explain everything that exists. And current research is flawed in that the ways we do research simply can't be applied to everything; for instance it really can't prove the effectiveness of a multi-disciplinary approach to medicine b/c we have to boil everything down to base components to test. I understand why we do it; otherwise how would we know what was working and what wasn't. But it still creates areas that don't test well.
So I say again; if science can actually prove the claim of a therapy or drug or anything else to actually be inaccurate, then so be it. But just b/c science doesn't prove it doesn't automatically mean it's invalid or, as we seem to be fond of saying, a sham. For instance, our sense of smell. We don't actually know how we distinguish between so many smells (science can't currently explain it). . .yet we do it all the same (it's not a sham). So bringing it closer to home, maybe science can't yet explain how Reiki works, it may still work all the same.
Kim Goral said:Kat- can you elaborate on this? "Science is flawed and current research methods just can’t prove everything b/c of those flaws."
I'm just curious what you mean by it, or anyone else who agrees with it.
Laura says what she has to say and she says it with passion. I hereby deem her an honorary New Yorker.
If you don't like what she has to say, then say so, or just ignore it. Why delete part of the discussion? If you think she is making an a__ of herself, then that is her problem, not yours. If you just disagree, well, make your case.
Kat Farber: What I was trying to say is that science simply doesn't explain everything that exists.
Hi Kat.
No one can disagree with that statement, but then science doesn't claim to explain everything. It is, however, definitely the best system we have for increasing our understanding of natural phenomena.
And current research is flawed in that the ways we do research simply can't be applied to everything; for instance it really can't prove the effectiveness of a multi-disciplinary approach to medicine b/c we have to boil everything down to base components to test.
This is a common misconception. We certainly can study the effectiveness of multidisciplinary approaches to treatment, and this is what all clinical research does.
What I believe you may be trying to imply - that the more variables involved, the less precisely we can make conclusions about any specific one - is true. But it is also true that we can study how a blend of treatments interact to produce outcomes.
For example, say we wanted to know if folks who visit your massage therapy clinic experience a reduction in anxiety after you treat them. If we find that folks are less anxious after being at your clinic, that's great - we can conclude, with reasonable confidence, that Farber's clinic reduces anxiety. But how does it do that? We might not be sure. It could be the massage that they receive, or it could be the nice music you play for them, or it could be that you have a terrific receptionist who puts everyone at ease, or it could be the nice pastel colors you have used to paint your walls... It can even be the interaction of these discrete features (e.g., the combination of a great massage X hearing great music X chatting with the terrific receptionist all combine to create a superlative anxiety-reducing experience that is greater than the sum of its parts). In this study, we can only generalize to "Farber's clinic." We could, if we chose, design a subsequent study to find out which details of the clinic are providing the effect we are interested in.
Does that make sense?
Kat Farber: What I was trying to say is that science simply doesn't explain everything that exists.
Hi Kat.
No one can disagree with that statement, but then science doesn't claim to explain everything. It is, however, definitely the best system we have for increasing our understanding of natural phenomena.
And current research is flawed in that the ways we do research simply can't be applied to everything; for instance it really can't prove the effectiveness of a multi-disciplinary approach to medicine b/c we have to boil everything down to base components to test.
This is a common misconception. We certainly can study the effectiveness of multidisciplinary approaches to treatment, and this is what all clinical research does.
What I believe you may be trying to imply - that the more variables involved, the less precisely we can make conclusions about any specific one - is true. But it is also true that we can study how a blend of treatments interact to produce outcomes.
For example, say we wanted to know if folks who visit your massage therapy clinic experience a reduction in anxiety after you treat them. If we find that folks are less anxious after being at your clinic, that's great - we can conclude, with reasonable confidence, that Farber's clinic reduces anxiety. But how does it do that? We might not be sure. It could be the massage that they receive, or it could be the nice music you play for them, or it could be that you have a terrific receptionist who puts everyone at ease, or it could be the nice pastel colors you have used to paint your walls... It can even be the interaction of these discrete features (e.g., the combination of a great massage X hearing great music X chatting with the terrific receptionist all combine to create a superlative anxiety-reducing experience that is greater than the sum of its parts). In this study, we can only generalize to "Farber's clinic." We could, if we chose, design a subsequent study to find out which details of the clinic are providing the effect we are interested in.
Does that make sense?
Chris,
It makes sense until the last sentence:
"We could, if we chose, design a subsequent study to find out which details of the clinic are providing the effect we are interested in."
The parts often act synergistically. An example would be the nutritionist telling us B-carrotine is the 'part' that is the anti oxidant cancer preventing substance in say, carrots or Thyme. Well there are more than 25 carrotine compounds in Thyme that some now believe act synergistically. B-carrotind supplements have since been shown to have no cancer reducing effect, but eating whole foods that are high in anti oxidants have. You cannot separate the parts as if they were additive or acted independently and expect reliable, much less conclusive results
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