REST Float Therapy Can Improve Creativity

The experience of flotation-REST (Restricted Environmental Stimulation Technique: Consciousness, Creativity, Subjective Stress and Pain

The purpose of the presented investigations was to study the influence and effects of altered states of consciousness (ASC) induced through the flotation tank restricted environmental stimulation technique (flotation-REST) in a laboratory setting. The results from the present investigations indicate that flotation-REST may offer a safe and practical method of inducing altered states of consciousness in a controlled laboratory setting. Throughout, flotation-REST was experienced as a positive event by the participants. In order to optimize the conditions of flotation-REST, possible differences in the type of experiences due to different settings (strict/fantasy) applied in the laboratory were examined; no such differences were obtained. Nor were experiences in the flotation tank affected by participants earlier experiences of altered states of consciousness. Mental experiences reported from flotation-REST include deep relaxation, experiences of leaving or losing contact with the body, visual and auditory pseudo-hallucinations and transpersonal experiences. Comparisons between chamber-REST and flotation-REST indicated that the flotation-REST group experienced a significantly higher degree of ASC as compared to the chamber-REST group. The instrument, EDN-scale, was developed to allow these measures. Investigations of creativity indicated that flotation-REST induced more originality and impaired deductive thinking, in comparison to chamber-REST. Chamber-REST induced more realistic and elaborated thinking compared to flotation-REST. Comparison of these two conditions indicated that both flotation-REST and chamber-REST were equally effective in reducing subjectively experienced stress. An experimental pain procedure was arranged in order to study the experience of pain in connection with individuals experiencing ASC (induced by flotation-REST). A higher level of pain and stress was obtained in those individuals with high ASC in the flotation-group compared with those with low ASC (as measured with the EDN-scale). The individuals presenting high ASC also experienced duration of experimental pain as shorter compared with low ASC individuals, within the flotation-REST condition. Within the chamber-REST condition, there were no differences between the low ASC and high ASC individuals. To study the possible pain-alleviating effects of flotation-REST upon existing, chronic pain, a series of flotation-REST treatments over a three-week period was carried out. It was found that the participants most severe perceived pain intensity was significantly reduced, whereas low perceived pain intensity was not influenced by the floating technique. Further, the results indicated that the circulating levels of noradrenaline metabolite MHPG (3-methoxy-4-hydroxy-phenylethyleneglycol) were reduced significantly in the experimental group but not in the control group following treatment, whereas endorphin levels were not affected by flotation. Flotation-REST treatment also elevated the participants' optimism and reduced the degree of anxiety or depression; at nighttime, patients who underwent flotation fell asleep more easily. These findings describe possible alleviations in patients presenting with chronic pain complaints. Taken together, these studies on the flotation-REST technique offer a promising avenue of future research on stress reduction, pain treatment and personal development, hopefully elucidating regional brain implicit and explicit processes.
 

Treating ADHD by Floating in Salt Water?

Can Floating in Salt Water Near Body Temperature be Used as an Effective, Natural ADHD Treatment?

One of the things I enjoy most about researching and writing this blog is that I get a chance to review the literature of some pretty zany diagnostic and treatment methods for ADHD. I often wonder what is going through the minds of some of these researchers as they concoct these seemingly eccentric modes of treatment for the disorder.

This blog has covered some of these seemingly bizarre treatments, including treating ADHD with mirrors, EEG manipulated ADHD treatment, light therapy for ADHD with seasonal affective disorders, and the effectiveness of behavioral therapy measures for ADHD, and hinted at other treatments such as vestibular stimulation for ADHD.

A recent article in Cases Journal on treating a patient with ADHD and Asperger's by flotation sessions in a tank of salt water struck me as particularly bizarre, but piqued my curiosity. However, the justifications and apparent effectiveness of these measures suggests that further investigation may be warranted. Before we all decide to take a prolonged trip to the Dead Sea, we should investigate the methods of this treatment process and check for scientific evidence behind its claims. Below is a summary of the process, and some of the major points the article's authors conjured up to validate the effects of this form of ADHD treatment.

• As the name of the journal title suggests, this was a case report on a single individual, and not a controlled clinical study. However, I have repeated given my opinion on how case studies, although statistically inferior to controlled trials, should retain a place in novel medical treatments.


• The patient was a 36 year-old woman co-diagnosed with ADHD and Asperger's (although keep in mind that many diagnostic methods forbid the co-diagnosis of ADHD with anything along the Autistic Spectrum, including Asperger's. However, many clinicians often ignore this guideline and have no problem with diagnosing a person with these two comorbid disorders).


• The study authors noted that a number of the alternative treatments which previously showed promise hinged on triggering arousal levels (mirrors, EEG, etc.). It is well documented that deficiencies within arousal levels are common in the ADHD population. Hence, a sensory stimulation via flotation in a water tank may possibly show promise as an alternative ADHD treatment.


• The flotation device is essentially a covered tank (to minimize the impact of outside sources of stimulation) containing highly concentrated salt water (to enable easier floating and buoyancy) at near-body temperature (to reduce tactile stimulation due to a temperature difference between the person's body and outside environment). Keep in mind that this water is typically only 8 inches to a foot (20 to 30 centimeters) deep, and its high salt content (much higher than the ocean) allows one to float easily without touching the bottom of the tank. This method, called flotation-Restricted Environmental Stimulation Technique or flotation-REST, has been shown to be an effective stress-reliever and relaxation method. A total of 19 flotation treatment sessions were done within the span of about a year.


• The authors found five key components (arousal control, inhibition/activity regulation, sensory integration and interpretation, cognitive abilities, and emotional abilities) of ADHD behavior to be positively affected by flotation.

1. Arousal control: As mentioned previously, arousal levels have been shown to be a significant component of ADHD (and it can be either over or under-arousal). The flotation-REST method apparently addresses the arousal problem and normalizes this state by providing an environment which screens out most visual and tactile environmental stimulants.


2. Activity regulation/inhibitory control of physical processes: Often a hallmark characteristic of ADHD is the difficulty with inhibition control or impulsivity with regards to physical movements, especially in younger children. Impulsively grabbing at objects or persons is a common occurrence among children with the disorder (as almost any parent of and ADHD child can attest!). The salt water/ADHD treatment case study highlights that the salt water flotation/isolation therapy may alleviate some of this behavior due to it's effect on allowing the individual to "internalize" their focus on their physical movements, which may build up more regulatory ability of motor control and enhance the ability to restrict inappropriate physical impulses.
    
3. Sensory integration: We have previously alluded to the possible connection between ADHD and sensory integration (in the context of balance impairment and inner-ear dysfunction on ADHD) disorders. Additionally, numerous studies on fine motor skill deficiencies, such as handwriting and ADHD have been covered this blog and studied in the literature. It appears (at least in theory, according to the case study and journal article) that the flotation experience in a sensory restricted environment enhances the patient's sensory integration abilities by depriving external sensory stimuli, leaving room for the person in the salt water tank more time to focus and coordinate his or her senses.
    
4. Improvements in cognitive abilities for ADHD patients: We have discussed cognitive abilities in ADHD (as related to pharmacological treatment strategies) in previous posts, and there are numerous studies on comorbid cognitive deficits in those with ADHD. Furthermore, some posit a cognitive energy deficiency as the underlying cause to ADHD, identified as a cognitive-energetic model of the disorder. These deficiencies are believed to be at least partially remedied or improved by the flotation in salt water treatment, mainly due to the distraction-free environment being conducive to periods of prolonged concentration and enhanced thinking without interruption. According to the article, many of these benefits continue after the individual is out of the tank even for a period of a few weeks (of which these effects then begin to taper off).
    
5. Imrovements in personal emotional abilities: Emotional abilities, especially as they relate to inter-personal interactions and relationships can also be a common deficit in individuals with ADHD. The flotation technique is believed to improve this aspect as well, as it provides an environment of personal self-acceptance which can then be transferred to improved relationships with others and their emotions.

In conclusion, we should probably not go running out to buy a big shark tank (minus the shark of course!) just yet. Remember, this was just one simple case study done in Sweden of a 36-year old woman with comorbid Asperger's. Obviously further study is warranted, and there are a number of loose ends that must be tied up before this alternative treatment method is accepted and goes mainstream. Future studies on the effectiveness of this treatment for children with the disorder would be especially useful. Nevertheless, this Flotation Restricted Environment Stimulation Technique (flotation REST) has shown to be useful in other areas of psychological function, including as a relaxation/stress reduction method.

Thus, (in this blogger's personal opinion) this flotation REST technique may be especially good for ADHD'ers who suffer from high levels or irritability or have comorbid anxiety or depressive qualities (perhaps not those with claustrophobia or hydrophobia though!). Individuals with ADHD who have responded well to Wellbutrin or other antidepressant medications may be especially good candidates for this flotation treatment, at least in theory based on our current observations at the time.

Additionally, it is worth the re-mention that the woman of the case study had co-morbid (co-existing) Asperger's and was already on an antidepressant medication throughout the whole course of the study. This may be good news for those who suffer from co-morbid disorders, as well as the fact that this flotation REST technique seems to be relatively compatible with medication treatment. Thus supplemental treatment by flotation in salt water near body temperature may be a good adjunctive measure for individuals with ADHD and a wide spectrum of comorbid disorders.

This article originally appeared on http://adhd-treatment-options.blogspot.ca/2009/10/treating-adhd-by-floating-in-salt-water.html