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Efficacy of Barabasz's Instant Alert Hypnosis in the Treatment of ADHD with Neurotherapy



Tested use of instant alert hypnosis on 16 children diagnosed with attention deficit disorder. Found that EEG beta-theta ratio means were significantly higher in trials of neurotherapy combined with alert hypnosis than neurotherapy alone. Beta was significantly enhanced, whereas theta was inhibited. Identified improved treatment efficacy and reduced time in treatment as clinical implications. (Author/DLH)
This efficacy study tested the effects of Barabasz's instant alert hypnosis (IAH), also known as
Instantaneous Neuronal Activation Procedure (INAP, Barabasz & Barabasz, 1995) used as an
adjunct to neurotherapy. Sixteen children, N = 16, who participated in this study, were diagnosed
with Attention Deficit Hyperactivity Disorder (ADD/ADHD). A two factor test of efficacy with
repeated measures on both factors was used. The results showed that EEG beta-theta ratio means
were significantly higher in the trials of neurotherapy combined with alert hypnosis in contrast to
neurotherapy alone. Beta was significantly enhanced while theta was inhibited. The clinical
implications of these findings with regard to improved treatment efficacy and reduced time in
treatment are discussed.
Attention Deficit Hyperactivity Disorder (ADD/ADHD) is a biologically-based behavioral
disability and if left untreated may persist into adulthood (Barabasz & Barabasz, 1996; Gualteri
& Hicks, 1985). It is one of the most frequently diagnosed disorders among school children. The
Diagnostic and Statistical Manual of Mental Disorders IV (American Psychiatric Association,
1994) noted that AD/ADHD affects 3% to 5% of the school-aged children, yet Whalen and
Henker (1991) noted that the prevalence rate ranged from 5% to 15% in community samples and
50% or higher among clinical referrals. Two main features of ADD/ADHD are a pervasive
pattern of inattention and an impulsivity more severe and frequent than other children at a similar
level of development. The impulsive and inattentive symptoms must appear before the age of 7
years and must appear in more than a single situation, causing interference in social, academic,
or occupational functioning (DSM-IV, 1994).
Psychologists have used behavior modification, and in concert with physicians, psychoactive
drugs, such as methylphenidate (Ritalin), to manage the symptoms of ADD/ADHD. Behavior
modification can be effective when both parents and teachers work together consistently and
continuously. Unfortunately, trained behaviors do not generalize to new situations, nor do they
generalize to nontrained behaviors (Gaddes & Edgell, 1994). Psychoactive drugs used to treat
ADD/ADHD have many side effects, and methylphenidate (Ritalin), for example, apparently
does nothing for 25% to 40% of those treated (Swanson et al., 1993). One problem with these
symptom management interventions is that when the medication and/or behavior modification
are stopped, ADD/ADHD pretreatment/baseline symptoms and level of dysfunction return
(reviewed by Barabasz & Barabasz, 1995, 1996a). Another limitation of stimulant medication is
that children on stimulants become more responsive to punishment and less responsive to reward
(Arnett, Fischer, & Newby, 1996), a situation which lays a weak foundation for adaptive
learning. Cognitive-behavioral therapy has greater treatment flexibility for rehabilitation, but in
the treatment of ADD/ADHD, cognitive-behavioral therapy has shown no evidence of any
lasting effects (Conte, 1991).
Neurotherapy (brain wave/EEG biofeedback) has become an alternative habilitative treatment for
ADD/ADHD (see other articles in this Child Study Journal issue). In this treatment, the slow
EEG theta waves, typical of the wandering mind, are inhibited and the faster EEG beta waves,
associated with learning and vigilance, are enhanced through feedback training. Pope and Bogart
(1996) note that training includes providing real-time beta-theta information to show the child
with ADD/ADHD how well he or she is producing brain wave activity associated with attention
and concentration. The goal of neurotherapy is permanent normalization of brain wave patterns
without continued dependence on drugs or behavior modification (Barabasz & Barabasz, 1996).
Neurotherapy treatment is based on research showing that ADD/ADHD appears to have a
neurological basis. Neurofeedback's effects on brain wave patterns have been explained on the
basis of (a) changing the firing rate of thalamic pacemakers, and (b) enhancing frontal lobe
function. Lubar (1997) conceptualized the neurophysiological underpinnings of ADD/ADHD
and how neurotherapy works to normalize brain wave patterns based on its effects on the
thalamic pacemakers. The cortex operates through communication between neocortical columns
of cells. As explained by Lubar (1997), the communication loops are known as resonances. The
gamma EEG wave (32+ Hz) is a very high frequency wave that occurs in local resonance loops
between two narrow macro columns. The alpha (8-12 Hz) and beta waves (1230 Hz) are
intermediate frequencies that occur in regional resonance that develops between two macro
columns that are several centimeters apart. Delta (1-4 Hz) and theta (4-8 Hz) EEG waves
develop between widely separated areas in global resonance. The thalamus produces pacemakers
(neuromodulators) which cause different brain rhythms by activating different cortical resonance
loops. Lubar (1997) notes that "learning, emotion, motivation, or neurofeedback ... can change
the firing rate of the thalamic pacemakers and, hence, change their firing pattern" (p. 116). If the
firing pattern is changed, the thalamus is activating different cortical resonance loops, resulting
in changes in EEG waves.
In addition, considerable evidence exists for frontal lobe dysfunction in ADD/ADHD (Chelune,
Ferguson, Koon, & Dickey, 1986; Gualteri & Hicks, 1985; Hynd, Hern, Voeller, & Marshall,
1991; Hynd, Semrud-Clikeman, Lorys, Novey, & Eliopulos, 1990; Lou, Henriksen, Bruhn,
Borner, & Nielsen, 1989; Schaughency & Hynd, 1989; Voeller & Heilman, 1988). The executive
nature of frontal lobe functions are critical in inhibiting attentional focus to irrelevant stimuli and
mobilizing inhibitory behaviors. The frontal lobe is also involved in planning and organization.
Posner and Raichle (1994), in Images of Mind, discuss their model of executive attention. They
hypothesized that the cingulate gyrus, found on the medial surface of the brain, organizes
executive attention which then activates the areas of the frontal lobe. Lubar (1997) noted that
neurofeedback "training is done right over this anterior cingulate region ... the cingulate gyrus
and that in turn may be enhancing the executive functions of the frontal regions" (p. 123). Also,
individuals with ADD/ADHD tend to show less right frontal mass as well as bilaterally smaller
anterior cortexes, especially the right anterior, than individuals without ADD/ADHD which
could point to a frontal lobe dysfunction, especially a right frontal lobe impairment (Barabasz &
Barabasz, 1996a; Hynd et al., 1990; Hynd et al., 1991). The intent of neurotherapy is to help
individuals with ADD/ADHD overcome these handicaps by increasing beta activity while
simultaneously reducing theta activity (Barabasz & Barabasz, 1996a; Mann, Lubar, Zimmerman,
Miller, & Muenchen, 1992).
Neurotherapy can be lengthy, taking up to 40 to 80 sessions to complete. However, Barabasz and
Barabasz (2000, this issue) have shown that the number of neurotherapy sessions required may
be cut by half at least when instant alert hypnosis is used as an adjunct to neurotherapy.
Hypnosis as an Adjunct
Hypnosis is used as an adjunct to many therapeutic interventions. In a meta-analysis, Kirsch,
Montgomery, and Sapirstein (1995) examined a wide range of hypnosis interventions used in
conjunction with cognitive-behavioral therapy. They found that 70% of patients exposed to a
combination of hypnosis and cognitive-behavioral therapy had significantly greater improvement
than those patients exposed to the identical cognitive-behavioral therapy techniques without
hypnosis. The disorders successfully treated with hypnosis are too numerous to mention here.
For current reviews see the April 2000 special issue of the International Journal of Clinical and
Experimental Hypnosis.
There is almost universal agreement that hypnosis involves the participant's attentional processes
(Barabasz, 1980, 1982, 1985; Barabasz, Baer, Sheehan, & Barabasz, 1986; Barabasz & Barabasz,
1989, 1992, 1993, 1994, 1995, 1996a, 1996b; Barabasz, Crawford, & Barabasz, 1993; Barabasz
& Lonsdale, 1983; Brown & Fromm, 1986; Crawford & Gruzelier, 1992; Hilgard, 1975, 1992).
Depending upon the instruction, hypnosis may focus attention to exclude distractors (Hilgard,
1975, 1992) or may "serve to facilitate the more general attentional processes involved in
vigilance" (Barabasz & Barabasz, 1996a, p. 278). Barabasz (1980) found that using alert
hypnosis enhanced military radar detection in a radar simulator. Barabasz (1985) also found that
alert hypnosis improved military pilots' flight reliability through greater situational awareness
with regard to cockpit navigation cues.
Alert hypnosis with attentional instructions has also been used to speed normalization in
response to neurofeedback (Barabasz & Barabasz, 1993, 1996a, 1996b; Barabasz, Crawford, &
Barabasz, 1993). Background direction relevant to the present study is provided by two
interesting case studies (Barabasz & Barabasz, 1996a). Neurotherapy for ADD/ADHD in one
case ("Mike") was compared to neurotherapy with the addition of alert hypnosis for a more
symptomatically severe case ("Juan"). The two cases were chosen because of matching gender
and hypnotizability scores, their closeness in age, and their similarity in verbal and performance
IQs. Despite greater ADHD severity, Juan required a total of only 32 sessions; whereas, Mike
required a total of 67 sessions. Both cases showed significant improvement in beta-theta
normalization. Another interesting aspect of this clinical trial was that a A-B-A test was
incorporated into Juan's treatment which showed that when INAP was not used (session 13-15),
"progress in the enhancement of frontal beta and reduction of theta stagnated ... and resumed
upon reinitiation of INAP" (p. 285). Barabasz and Barabasz (1996a) concluded that the use of
instant alert hypnosis appeared to facilitate the production of EEG beta during EEG feedback
Neurotherapy plus instant alert hypnosis has the potential to become the treatment of choice for
ADD/ADHD. Promising results of case studies (Barabasz & Barabasz, 1995, 1996a, 1996b) have
led to research with larger numbers of participants which shed light on the effectiveness of this
adjunctive treatment (Barabasz & Barabasz, 1999, 2000); Warner, Barabasz, & Barabasz, 2000).
On the basis of the review of literature, the purpose of this efficacy study was to determine
whether neurotherapy trials, with an enhance beta and inhibit theta feedback protocol combined
with instant alert hypnosis, would show significantly enhanced beta over theta ratios in contrast
to neurofeedback trials alone.
Sixteen children's records were independently and randomly drawn from a pool of patients
treated with neurotherapy from the practice of Arreed Barabasz, Ph.D., ABPP. All patients treated
in Dr. Barabasz's practice agree that their treatment data can be used for research/educational
purposes as part of a signed pretreatment disclosure/consent process. Hence, there was no
systematic effect that could be produced by non-volunteering versus volunteering behavior.
Thirteen of the participants were males and three were females. All of the participants met the
DSM-IV criteria for ADD/ADHD. All participants had histories of 4 to 10 years psychostimulant
drug use (M = 6.3 years), and behavior modification treatment prior to beginning neurotherapy
with instant alert hypnosis treatment. All the children were moderately to highly hypnotizable on
the basis of the Stanford Hypnotic Clinical Scale: Child Form (Morgan & Hilgard, 1978) (mean
score = 5.6, median score = 5.5, range 4-7).
Neurotherapy is described in detail elsewhere (see article by Sterman, 2000, this issue). In the
present study, EEG feedback was provided to participants on a computer monitor screen which
showed how well they were producing brain wave patterns associated with attention. EEGs were
essentially real-time analyzed for characteristics of frequency, amplitude, and artifact.
Stereophonic auditory feedback was provided through speakers to augment the visual feedback.
Participants were positively reinforced for producing beta while simultaneously inhibiting theta.
A red light, accompanied by a buzzer-like tone appeared when the children produced muscle
movement related artifacts (typically eye muscle movement).
Electrode sites, according to the international 10-20 system, common to all 16 participants
included Fp1, Fp2, Fz, Cz, Pz. First, each participant completed 5 feedback trials per site to
assure familiarity with neurofeedback and to allow participants adequate experience in the
management of movement artifact. Then the next trial sets, balanced between the neurofeedback
plus alert hypnosis condition and the neurofeedback only conditions, were used to provide data
for the present study. Data provided by the NRS-24 (see next section) consisted of average
microvolts per trial for EEG beta and theta frequency bins. For each site, all neurofeedback plus
alert hypnosis trials and neurofeedback only trials were averaged and then converted into
beta/theta ratio data for statistical analysis.
The EEG measures were obtained using the Lexicor Medical Technology (Boulder, CO)
Neurosearch 24 (NRS-24) system and a modified IBM 486 PC. Scalp electrode to reference
electrode resistances were kept below 7000 ohms. EEG was amplified 32,000 times, between
0.5-64 Hz with a notch filter at 60 Hz. EEG was digitized at 256 samples per second with a
resolution of 0.1 microvolt. The electroencephalogram recordings were obtained for referential
monopolar sites according to the international 10/20 system. Artifacts due to eye movement,
breathing, or electromyography were identified by the computer system. No data was acquired
nor reinforcement provided for periods coincident with such artifact.
A two-factor analysis of variance (ANOVA) with repeated measures on both factors was chosen
for data analysis as described by Neter, Kutner, Nachtsheim, and Wasserman (1996). Treatment
(neurotherapy only, neurotherapy with alert hypnosis) was one factor and the electrode sites
(Fp1, Fp2, Fz, Cz, Pz) was the other factor, thereby creating a 2 x 5 factorial design.
The ANOVA revealed a significant effect for treatment, F (l, 15) = 59.56, p <.0001.
Neurotherapy with INAP produced significantly higher beta-theta ratios than neurotherapy only.
The means and standard deviations for site and treatment are reported in Table 1.
No significant differences were found among electrode placement sites, F (4,15) = 2.26, p = .
065. The interaction between treatment and sites was not significant, F (4,15) = 0.51, p = .727.
The results are presented in Figure 1.
The inability to regulate attention is a principle feature of Attention Deficit Hyperactivity
Disorder. Lubar (1997) noted that people with ADD/ADHD produce theta rather than beta EEG
brain waves, which negatively affects attention and concentration. Hypnosis involves attentional
process. As reviewed by Barabasz and Barabasz (1996a): "... consideration of these data
(hypnosis affecting attentional processes) in the broader context of the neurological basis of
attention deficit led to our hypothesis that INAP could serve as an adjunct to standard
neurotherapy" (p. 284). The very promising findings of the earlier case studies provided the
impetus to test the effect of Barabasz's Instant Alert Hypnosis on beta production with an N
sufficient for statistical analysis. This study satisfied this missing link and established that
beta/theta ratios were significantly higher when alert hypnosis was employed as an adjunct to
neurotherapy. When combined with the results of the Warner et al. (2000, this issue) study, the
results show that Barabasz's Instant Alert Hypnosis increased beta production while inhibiting
theta which resulted in the decreased symptomatology associated with ADD/ADHD.
Our findings clearly support the hypotheses that neurotherapy only significantly enhanced beta
over theta ratios and that neurotherapy combined with alert hypnosis trials significantly enhanced
beta over theta ratios in comparison to neurotherapy without instant alert hypnosis. The
neurotherapy with hypnosis beta/theta ratio means were typically over twice that of the
neurotherapy only beta/theta ratio means. If alert hypnosis was used as an adjunct to standard
neurotherapy treatment, length could be decreased thereby, decreasing the cost. Also, when
inattentive, impulsive, and hyperactive symptoms are decreased with increased beta production,
the cost of treatment is also decreased since an ongoing behavioral modification and
psychopharmacologic program may no longer be necessary. In the present study, only one of the
16 participants remained on medication at the conclusion of treatment and this was at a greatly
reduced dosage. No participants were treated with behavior modification subsequently.
A limitation to this study is that all participants were treated by Arreed Barabasz. Therefore, there
is no evidence, yet, of the degree to which other therapists will be successful in using this
technique. The neurotherapy clinical outcomes and the recent controlled studies look promising,
but more research is needed to establish the generalizability and potential of instant alert
hypnosis as an adjunctive procedure to standard neurotherapy in the treatment of ADD/ADHD.
We believe that our findings are significant enough to encourage other therapists to add
neurotherapy and alert hypnosis as techniques to offer clients in the treatment of ADD/ADHD.
Beta-Theta Ratio Means and Standard Deviations for Neurofeedback Only and Neurofeedback
Plus Alert Hypnosis
Site Treatment M SD
Fp 1 Neurofeedback only 1.49 0.83
Fp 1 Neurofeedback & Alert Hypnosis 3.31 2.34
Fp2 Neurofeedback only 1.17 0.40
Fp2 Neurofeedback & Alert Hypnosis 2.50 1.14
Fz Neurofeedback only 1.06 0.52
Fz Neurofeedback & Alert Hypnosis 2.17 0.84
Cz Neurofeedback only 1.10 0.88
Cz Neurofeedback & Alert Hypnosis 2.76 2.03
Pz Neurofeedback only 1.59 1.03
Pz Neurofeedback & Alert Hypnosis 2.86 0.98
All 5
Sites Neurofeedback only 1.28 0.52
All 5
Sites Neurofeedback & Alert Hypnosis 2.72 1.46
Note. N = 16.
GRAPH: Figure 1. Beta-theta ratio findings for neurofeedback with instant alert hypnosis
(INAP) and for neurofeedback only (no INAP).
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By Kathryn Anderson; Marianne Barabasz; Arreed Barabasz and Dennis Warner, Washington
State University
Kathryn Anderson Attentional Processes/Hypnosis Laboratory Washington State University PO
Box 642136 Pullman, WA 99164-2136
... In children with attention deficit disorder or hyperactivity, there is some evidence that relaxation training (Denkowski & Denkowski, 1984;Dunn & Howell, 1982;Raymer & Poppen, 1985) and hypnotherapy (Calhoun & Bolton, 1986;Copeland, 1980) may be effective. In paediatric studies by Barabaszs' and their colleagues (Anderson et al., 2000;Barabasz & Barabasz, 1995;Warner et al., 2000), instant alert hypnosis used in conjunction with neurotherapy (EEG feedback) yielded improvements quicker than neurotherapy alone. Hypnosis has also been found to be effective in improving academic performance and self-esteem in children with learning disorders (for a review see Russell, 1984). ...
This is the first controlled randomized study investigating the effectiveness of hypnothera-py in treating adults with attention-deficit/hyperactivity disorder (ADHD). Results of the nine hypnotherapy participants and 10 controls are presented. Self-report questionnaires, independent evaluations, and computerized neurocognitive testing were used before and after the treatment to evaluate change. As assessed by the self-evaluations, seven of the nine participants comprising the hypnotherapy group and two of the 10 controls improved. Using independent evaluations, six of the hypnotherapy and three participants of the control group improved. There was no treatment-related improvement in cognitive performance. These promising results warrant further studies with more participants and with longer treatment duration.
... In summary, from my own and other colleagues experience, it is better to say to the patient (and have the patient say to her/himself) to stay calm, indifferent, feeling serenity, temperance, experiencing the welfare, inner peace, etc. We can feel those affects and emotions without being relaxed that technically means to be physiologically de-activated… Other authors use alert and active alert methods such as Wark (1996;1998), Vingoe (1968), Donk, Vingoe, Hall & Doty (1970), Iglesias & Iglesias (2005), and Barabasz (Anderson, M. Barabasz & A. Barabasz & Warner, 2000;A. Barabasz, 1980;1985) for different purposes. ...
... Myös hypnoterapian käytöstä on lapsilla mahdollisesti hyötyä (Calhoun & Bolton, 1986; Copeland, 1980); tutkimukset ovat kuitenkin olleet hyvin suppeita ja vain suuntaa-antavia. Barabaszien ja työryhmän tutkimuksissa hypnoosin yhdistäminen biopalautteen opetteluun tehosti biopalautteen oppimista (Anderson, Barabasz, Barabasz, & Warner, 2000; Barabasz & Barabasz, 1995;). Hypnoosia on myös käytetty onnistuneesti kohentamaan esimerkiksi lukemista, numeroiden vaihtumista, koulumenestystä ja itsetuntoa lapsilla, joilla on oppimisvaikeuksia (Russell, 1984). ...
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ADHD (attention deficit hyperactivity disorder) is developmental neurobiological disability. In adults, the prevalence of ADHD has been estimated to be about 4 %. In addition to the difficulties of attention, the problems in executive functioning are typical. The psychiatric comorbidities are common. The most extensively studied treatments are pharmacological. There is also evidence about the usefulness of the cognitive-behavioural therapy (CBT) in the treatment of adults with ADHD. There are some preliminary results about the effectiveness of cognitive training and hypnosis in children, but there is no scientific proof in adults. This dissertation is based on two intervention studies. In the first study, the usefulness of the new group CBT (n = 29) and the maintenance of the symptom reduction in the follow-up of six months were studied. In the second study, the usefulness of short hypnotherapy (n = 9), short individual CBT (n = 10) and computerized cognitive training (n = 9) were examined by comparing groups with each other and to the control group (n = 10). The participation in the group CBT and the participants' satisfaction were good. There were no changes in self-reports during waiting period of three months. After the rehabilitation, the symptoms decreased. Participants having symptom reduction during rehabilitation maintained their benefit through 6-month follow-up period. In a combined ADHD symptom score based on self-reports, seven participants in the hypnotherapy, six in the CBT, two in the cognitive training and two controls improved. Using independent evaluations, improvement was found in six of the hypnotherapy, seven of the CBT, two of the cognitive training and three of the control participants. There was no treatment-related improvement in cognitive performance. Thus, in the hypnotherapy and CBT groups, some encouraging improvement was seen. In the cognitive training group, there was improvement in the trained tasks but no generalization of the improvement. The results support the earlier results from the usefulness of CBT in the treatment of adults with ADHD. Also the hypnotherapy seems a useful rehabilitation. More research is needed to evaluate the usefulness of cognitive training. These promising results warrant further studies with more participants and with longer treatment duration. Also different measures of cognitive functioning and quality of life are needed. It is important in addition to the medication to arrange psychosocial interventions for the ADHD adults. ADHD (attention deficit hyperactivity disorder) eli aktiivisuuden ja tarkkaavuuden häiriö on kehityksellinen, neurobiologinen häiriö. Häiriön esiintyvyys aikuisuudessa on noin 4 %. Tyypillisesti ADHD-aikuisilla on tarkkaavuuden vaikeuksien lisäksi myös toiminnanohjauksen vaikeuksia. Psykiatriset liitännäisoireet ovat yleisiä. ADHD:n hoidoista lääkehoidot ovat kaikkein tutkituimmat. Tietoa on myös kognitiivis-behavioraalisen terapian (CBT) hyödyllisyydestä tarkkaavuushäiriöisten aikuisten hoidossa. Kognitiivisesta harjoittelusta ja hypnoosin käytöstä lapsilla on alustavia positiivisia tuloksia, mutta aikuisia koskevaa tutkimusnäyttöä ei ole. Tämä väitöstutkimus perustuu kahteen erilliseen interventiotutkimushankkeeseen, joista ensimmäisessä tutkittiin uuden kehitetyn kognitiivis-behavioraalisesti orientoituneen ryhmäkuntoutuksen (n = 29) hyödyllisyyttä ja mahdollisen hyödyn pysyvyyttä kuuden kuukauden seurannassa. Toisessa tutkimushankkeessa tutkittiin lyhyen hypnoterapian (n = 9), CBT:n (n = 10) ja tietokonepohjaisen kognitiivisen harjoittelun (n = 9) hyödyllisyyttä verrattuna toisiinsa ja kontrolliryhmään (n = 10). Ryhmäkuntoutuksessa osallistumisaktiivisuus ja kurssilaisten tyytyväisyys saamaansa kuntoutukseen osoittautuivat hyviksi. Kuntoutusta edeltäneen kolmen kuukauden seurannassa ei ilmennyt muutoksia osallistujien itsearvioiduissa oireissa. Kuntoutuksen jälkeen oireet sen sijaan vähenivät. Kuuden kuukauden seurannassa tavoitetuista (n = 25) ne, joilla oli tapahtunut kohentumista kuntoutuksen aikana (n = 11), pääosin säilyttivät saadun hyödyn. Yksilökuntoutustutkimuksessa itsearviointikyselylomakkeista muodostetun ADHD-oireita mittaavan summamuuttajan perusteella seitsemän hypnoterapiaan, kuuden CBT:hen, kahden kognitiiviseen harjoitteluun ja kahden kontrolliryhmään osallistuneen oireet vähenivät. Riippumattoman arvioijan mukaan kuuden hypnoterapiaan, seitsemän CBT:hen, kahden kognitiiviseen harjoitteluun ja kolmen kontrolliryhmään osallistuneen tilanne koheni. Millään ryhmällä ei ollut todettavissa muutoksia kognitiivisessa suoriutumisessa. Yhteenvetona voidaan todeta, että hypnoterapia- ja CBT-ryhmissä tapahtui oireiden vähentymistä. Kognitiiviseen harjoitteluun osallistuneilla tapahtui kohentumista harjoitelluissa tehtävissä, mutta tämä kohentuminen ei yleistynyt kognitiiviseen suoriutumiseen tai itsearvioituihin oireisiin. Tulokset vastaavat aikaisempia tutkimuksia CBT:n hyödyllisyydestä ADHD-aikuisten kuntoutuksessa. Myös hypnoterapia vaikuttaa soveltuvalta ja hyödylliseltä kuntoutusmuodolta. Kognitiivisesta harjoittelusta ei todettu olevan hyötyä, mutta siltä osin tarvitaan lisätutkimuksia. Jatkossa on tärkeää tutkia kuntoutusmuotoja pidemmillä kuntoutuksilla ja laajemmilla aineistoilla sekä käyttäen esimerkiksi elämänlaadun ja kognitiivisen harjoittelun erilaisia mittareita. Kliinisessä työssä on tärkeää järjestää ADHD-aikuisille lääkityksen lisäksi myös psykososiaalisia hoitoja.
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Hypnosis and neurofeedback each provide unique therapeutic strengths and opportunities. This paper provides an overview of some of the research on neurofeedback and hypnosis. The author’s perspective and recommendations are provided on the relative clinical utility of using either neurofeedback or hypnosis as the initial treatment of choice with various clinical conditions.
Deficits in attention and self-regulation are common complaints associated with a number of disorders across the lifespan. The need to address attentional deficits is based on the premise that attention is a precursor and prerequisite to information processing and related cognitive tasks as well as a key factor in the success of other rehabilitation efforts. Many treatment programs have been developed with the intention of restoring or rehabilitating the impaired components of attention; the number and variety of attention programs is increasing rapidly. The purpose of this article is to evaluate available empirical support regarding the efficacy of treatments for remediation of attention deficits across disorders and age levels. The search of the major databases yielded 83 studies that included treatment of attentional deficits. Empirical studies were reviewed and categorized by the type of trial, whether or not the study included a control group, and the nature of the control group. The methodology and results of each study were then rated. For each treatment identified, the aggregated studies were then considered by the disorder of the samples included in the studies. Results indicated that, regardless of the treatment program or population, the existing research does not provide sufficient evidence to reach any conclusions about the efficacy of programs designed to address attention deficits. Before any conclusions, positive or negative, can be drawn, there is a need for more rigorous study of available treatment programs across age levels and disorders, with sufficient baseline and outcome data as well as control or alternative treatment conditions.
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