Open Label Placebos: How Starting a Treatment Can Still Produce Pain Relief

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SUMMARY

The discussion centers on the efficacy of open label placebos, highlighting that initiating a treatment with opiates and subsequently substituting it with a placebo can still yield pain relief. This phenomenon is supported by the work of Ted Kaptchuk, who emphasizes the role of expectation in pain management. The conversation also references a neurological trick involving visual and sensory conditioning, demonstrating how repeated associations can lead to physiological responses without direct stimuli. Additionally, the discussion underscores the importance of personal interaction and humor in enhancing placebo effects.

PREREQUISITES
  • Understanding of open label placebo concepts
  • Familiarity with pain management techniques
  • Knowledge of neuroplasticity and conditioning
  • Basic grasp of sympathetic nervous system responses
NEXT STEPS
  • Research the mechanisms of open label placebos in clinical settings
  • Explore the role of expectation in pain perception
  • Study neuroplasticity and its implications for pain relief
  • Investigate the physiological effects of sympathetic activation on skin conductance
USEFUL FOR

This discussion is beneficial for healthcare professionals, psychologists, neuroscientists, and anyone interested in the psychological aspects of pain management and the mechanisms behind placebo effects.

brainpushups
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TL;DR
Placebo doesn't need to be kept secret to have an effect on subjective symptoms
An interesting news article.

Part of it describes how starting a treatment (say, opiates for pain) and then substituting placebo afterward (with the patient knowing) can still produce a pain relieving effect. This aligns with an interesting thing I learned from a neuroscientist several years ago which I guess is a well known 'trick.' Goes something like this: Look at your hand and say "turn red" then place your hand in a bath of warm water for several minutes. Take your hand out and it will be red. Repeat about 28 times. Then do it again without the water and your hand will turn red. Apparently doing things like this in sequence connects neurons in a way that the intermediate step can be bypassed with the same result.

Unfortunately I don't remember the proper name of this type of thing. All I can find when I search is the other trick about putting someone else's hand in warm water (still amusing, but not very nice).
 
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Placebo is a tricky matter to study, especially since the expected effect has no lower limit: thus many other causes can compete for anything observable.
For example, in many cases simple personal interaction (!) can be a help. Or even a laugh.

Nonetheless it's kind of an interesting idea to study placebo-placebo ( o_O ).

The original source (Ted Kaptchuk) definitely does not looks like a crackpot, but that 'Vox' thing has very limited scientific value and this makes interpretations based on them really vulnerable. Be extremely careful.
 
brainpushups said:
This aligns with an interesting thing I learned from a neuroscientist several years ago which I guess is a well known 'trick.' Goes something like this: Look at your hand and say "turn red" then place your hand in a bath of warm water for several minutes. Take your hand out and it will be red. Repeat about 28 times. Then do it again without the water and your hand will turn red. Apparently doing things like this in sequence connects neurons in a way that the intermediate step can be bypassed with the same result.
Another robust result that I've seen myself and on myself many times is how not only pain, but the expectation or just "thinking of it", can induce the same symphatetic activation. It is easily measured by skin condutance response. Symphatetic activation of the sweat capillary channels in the skin are under direct symphatetic control and 1-4 seconds after a pain/shock or just "thinking about pain", it is robustly measurable in peripheral skin conductance as a transient and you can't miss it.

The test is, to pinch yourself, or someone else, note the reaction. The try it again and just THINK you should pinch yourself, but you stop and don¨t do it. You get a similar reaction as the real stimuli.

It shows clear how the body-brain connections and how conscious and subconscious expectations alone actually determines physiological reactions.

/Fredrik
 

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