• Skip to main content
  • Skip to primary sidebar

Tracking Health and Wellness Applications of Brain Science

Spanish
sb-logo-with-brain
  • Resources
    • Monthly eNewsletter
    • Solving the Brain Fitness Puzzle
    • The SharpBrains Guide to Brain Fitness
    • How to evaluate brain training claims
    • Resources at a Glance
  • Brain Teasers
    • Top 25 Brain Teasers & Games for Teens and Adults
    • Brain Teasers for each Cognitive Ability
    • More Mind Teasers & Games for Adults of any Age
  • Virtual Summits
    • 2019 SharpBrains Virtual Summit
    • Speaker Roster
    • Brainnovations Pitch Contest
    • 2017 SharpBrains Virtual Summit
    • 2016 SharpBrains Virtual Summit
    • 2015 SharpBrains Virtual Summit
    • 2014 SharpBrains Virtual Summit
  • Report: Pervasive Neurotechnology
  • Report: Digital Brain Health
  • About
    • Mission & Team
    • Endorsements
    • Public Speaking
    • In the News
    • Contact Us

Study: Does Mindfulness Meditation training help adults with ADHD?

December 10, 2013 by Dr. David Rabiner

MeditationAs aware­ness of ADHD in adults increas­es, so do efforts to devel­op effec­tive treat­ments for adults that can com­ple­ment, or sub­sti­tute for, med­ica­tion. One promis­ing treat­ment is mind­ful­ness med­i­ta­tion train­ing. In mind­ful­ness train­ing, indi­vid­u­als learn to ori­ent their atten­tion pur­pose­ful­ly towards the present moment and to approach their one’s expe­ri­ence with curios­i­ty, open­ness, and acceptance.

Mind­ful­ness med­i­ta­tion may be par­tic­u­lar­ly well-suit­ed to address ADHD in adults because it focus­es on pro­mot­ing the reg­u­la­tion of atten­tion. Pri­or stud­ies also sug­gest that mind­ful­ness train­ing can enhance aspects of exec­u­tive func­tion­ing and may con­tribute to bet­ter emo­tion reg­u­la­tion, areas where many adults with ADHD struggle.

A study recent­ly pub­lished online in the Jour­nal of Atten­tion Dis­or­ders, A pilot tri­al of mind­ful­ness med­i­ta­tion train­ing for ADHD in adult­hood: Impact on core symp­toms, exec­u­tive func­tion­ing and emo­tion dys­reg­u­la­tion, pro­vides the most rig­or­ous inves­ti­ga­tion to date of mind­ful­ness med­i­ta­tion train­ing for adults with ADHD.

Twen­ty-two adults with ADHD (aver­age age 38, 12 females) were ran­dom­ly assigned to an 8‑week group-based mind­ful­ness med­i­ta­tion train­ing pro­gram or a wait-list con­trol con­di­tion. This ran­dom assign­ment method­ol­o­gy had not been uti­lized in ear­li­er research on this approach and rep­re­sents an impor­tant strength of the study. Near­ly all par­tic­i­pants were on ADHD med­ica­tion and con­tin­ued with their treat­ment dur­ing the study.

Mind­ful­ness Training

Each ses­sion last 2.5 hours and was sup­ple­ment­ed with dai­ly at-home prac­tice. Week­ly ses­sions began with a brief open­ing med­i­ta­tion, fol­lowed by a dis­cus­sion of in-home prac­tice, intro­duc­tion of new exer­cis­es and prac­tice, a review of at-home prac­tice for the upcom­ing week, and a clos­ing med­i­ta­tion. As not­ed above, the over­all goal of mind­ful­ness train­ing is to help indi­vid­u­als learn to ori­ent their atten­tion pur­pose­ful­ly towards the present moment and to approach their one’s expe­ri­ence with curios­i­ty, open­ness, and acceptance.

You can learn more about this approach, and read an inter­est­ing inter­view with the psy­chol­o­gist who devel­oped the pro­gram, here.

Mea­sures

To eval­u­ate the impact of mind­ful­ness train­ing, mul­ti­ple mea­sures were col­lect­ed from inter­ven­tion and con­trol par­tic­i­pants before treat­ment began, dur­ing sev­er­al days in the 8‑week pro­gram, and imme­di­ate­ly after treat­ment end­ed. These mea­sures are sum­ma­rized below.

Core ADHD symt­poms — Adults com­plet­ed an ADHD symp­tom rat­ing scale in which all 18 core symp­toms of ADHD were rat­ed. They also rat­ed the extent to which ADHD symp­toms were impair­ing their func­tion­ing in dif­fer­ent domains, e.g., work, rela­tion­ships, etc. Rat­ings of core symp­toms were also obtained from trained clin­i­cians who inter­viewed par­tic­i­pants before and after treatment.

Exec­u­tive func­tion­ing (EF) — Rat­ings of EF were col­lect­ed using the Deficits in Exec­u­tive Func­tion­ing Scale (DEFS) and the Behav­ior Rat­ing Inven­to­ry of Exec­u­tive Func­tion­ing- Adult Ver­sion (BRIEF‑A). Items on the DEFS and the BRIEF‑A assess mul­ti­ple aspects of exec­u­tive func­tion­ing includ­ing self-man­age­ment, self-orga­ni­za­tion, self-dis­ci­pline, self-moti­va­tion, self-reg­u­la­tion of emo­tion, work­ing mem­o­ry, behav­ioral inhi­bi­tion, plan­ning skills, etc. As with core ADHD symp­toms, EF rat­ings were also obtained from clinicians.

Emo­tion Dys­reg­u­la­tion — Emo­tion dys­reg­u­la­tion was assessed via the Dif­fi­cul­ties in Emo­tion Reg­u­la­tion Scale (DERS), a 36-item scale that assess­es how often var­i­ous types emo­tion­al­ly dys­reg­u­lat­ed behav­ior occurs. A sec­ond scale — the Dis­tress Tol­er­ance Scale — was also admin­is­tered. These scales were com­plet­ed by par­tic­i­pants only.

Eco­log­i­cal Momen­tary Assess­ment (EMA) — A nov­el fea­ture of this study was the use of an expe­ri­ence sam­pling strat­e­gy in which hand-held com­put­ers were used to obtain adult­s’rat­ings of their ADHD symp­toms and EF dur­ing 2 days in the first and last week of the study. The com­put­er was pro­grammed to beep at ran­dom inter­vals dur­ing these days; the beep prompt­ed par­tic­i­pants to indi­cate their cur­rent sit­u­a­tion, affect, and to rate their lev­el of ADHD and EF symp­toms. This tech­nique pro­vides a valu­able addi­tion to the typ­i­cal rat­ing scale data by obtain­ing repeat­ed assess­ments of indi­vid­u­als in their nor­mal dai­ly environment.

Lab­o­ra­to­ry assess­ments of EF — In addi­tion to the self- and clin­i­cian report mea­sures sum­ma­rized above, a num­ber of lab­o­ra­to­ry tasks were includ­ed to mea­sure dif­fer­ent aspects of EF. These includ­ed a com­put­er­ized test of atten­tion, an assess­ment of work­ing mem­o­ry, as well as sev­er­al oth­er objec­tive assessments.

Results

Core ADHD symp­toms — Com­pared to con­trol par­tic­i­pants, adults who received mind­ful­ness med­i­ta­tion train­ing report­ed sta­tis­ti­cal­ly sig­nif­i­cant and clin­i­cal­ly mean­ing­ful declines in core ADHD symp­toms, both inat­ten­tive symp­toms and hyper­ac­tive-impul­sive symp­toms. Near­ly 64% of adults receiv­ing treat­ment report­ed at least a 30% decline in inat­ten­tive and hyper­ac­tive-impul­sive symp­toms com­pared to 0% in the con­trol group. Inter­ven­tion par­tic­i­pants also report­ed sig­nif­i­cant reduc­tions in the impair­ment caused by ADHD symp­toms. Rat­ings pro­vid­ed by clin­i­cians were con­sis­tent with adults’ self-reports as were rat­ings obtained via the expe­ri­ence sam­pling method­ol­o­gy described above.

Exec­u­tive Func­tion­ing — Adults receiv­ing mind­ful­ness treat­ment report­ed sig­nif­i­cant gains in mul­ti­ple EF domains rel­a­tive to con­trol par­tic­i­pants. These includ­ed gains in self-man­age­ment, self-orga­ni­za­tion, and self-dis­ci­pline. Clin­i­cians who inter­viewed inter­ven­tion and con­trol par­tic­i­pants report­ed sim­i­lar gains for the for­mer. How­ev­er, no treat­ment group dif­fer­ences were found for lab­o­ra­to­ry mea­sures of EF.

Emo­tion Dys­reg­u­la­tion — Inter­ven­tion par­tic­i­pants report­ed sig­nif­i­cant gains in their abil­i­ty to reg­u­late emo­tions and tol­er­ate dis­tress. The mag­ni­tude of group dif­fer­ences would be con­sid­ered large.

Fea­si­bil­i­ty and Sat­is­fac­tion — The mind­ful­ness treat­ment was fea­si­ble to imple­ment and high­ly accept­able to par­tic­i­pants. Inter­ven­tion adults attend­ed near­ly 90% of sched­uled ses­sions and the aver­age treat­ment sat­is­fac­tion rat­ing was 5.91 on a 7 point scale; this reflects a high degree of sat­is­fac­tion. Near­ly all par­tic­i­pants felt con­fi­dent that they would con­tin­ue to use the tech­niques they had been taught.

Sum­ma­ry and Implications

Results from this study sug­gest that mind­ful­ness med­i­ta­tion train­ing for adults with ADHD holds sig­nif­i­cant promise. Par­tic­i­pants attend­ed near­ly all ses­sions, were quite sat­is­fied with the treat­ment, and report­ed gains rel­a­tive to con­trol sub­jects on a vari­ety of mea­sures. This includ­ed core ADHD symp­toms, mul­ti­ple aspects of EF, and the abil­i­ty to reg­u­late affect and tol­er­ate dis­tress. These gains were echoed in rat­ings pro­vid­ed by clin­i­cian interviewers.

The only mea­sures for which treat­ment relat­ed improve­ments were not evi­dent was lab­o­ra­to­ry assess­ments of exec­u­tive func­tion­ing. This may reflect the fact that lab­o­ra­to­ry assess­ments of EF do not accu­rate­ly cap­ture the dai­ly deficits in EF that adults with ADHD expe­ri­ence. Because most adults were tak­ing med­ica­tion dur­ing the study, there may also have been lim­it­ed room for improve­ment on these mea­sures. On the oth­er hand, because these were the only ‘objec­tive’ mea­sures col­lect­ed in the study, the null find­ings raise ques­tions as to whether the self- and clin­i­cian report data accu­rate­ly reflects changes that actu­al­ly occurred.

Although these are promis­ing results, the study has sev­er­al lim­i­ta­tions that are impor­tant to rec­og­nize. First, the sam­ple is rel­a­tive­ly small and repli­cat­ing the find­ings with a larg­er sam­ple would be important.

Sec­ond, pos­i­tive find­ings were obtained only for self-report mea­sures and for rat­ings pro­vid­ed by clin­i­cians who were aware of par­tic­i­pants’ sta­tus. This is akin to test­ing a new ADHD med­ica­tion when every­one rat­ing par­tic­i­pants is aware that they took med­ica­tion. The study would have been strength­ened had clin­i­cians been blind to treat­ment vs. con­trol sta­tus and if infor­ma­tion had also been obtained from par­tic­i­pants’ spous­es or oth­er adults who knew them well.

It should also be not­ed that the com­par­i­son group was adults in wait­list con­trol con­di­tion rather than an active con­trol con­di­tion. As a result, whether it was mind­ful­ness train­ing specif­i­cal­ly that con­tributed to the appar­ent treat­ment gains, or sim­ply the extra atten­tion that treat­ment par­tic­i­pants received, can­not be deter­mined with any certainty.

While these lim­i­ta­tions will be impor­tant to address in future work, find­ings from this study add to a grow­ing lit­er­a­ture point­ing towards the ben­e­fits of mind­ful­ness train­ing for adults with ADHD. The results cer­tain­ly sup­port the val­ue of con­duct­ing a larg­er, ran­dom­ized-con­trolled tri­al that address­es the lim­i­ta­tions not­ed above. Hope­ful­ly, results from such a study will be avail­able shortly.

Rabiner_David– Dr. David Rabin­er is a child clin­i­cal psy­chol­o­gist and Direc­tor of Under­grad­u­ate Stud­ies in the Depart­ment of Psy­chol­ogy and Neu­ro­science at Duke Uni­ver­sity. He pub­lishes Atten­tion Research Update, an online newslet­ter that helps par­ents, pro­fes­sion­als, and edu­ca­tors keep up with the lat­est research on ADHD, and teach­es the online course  How to Nav­i­gate Con­ven­tion­al and Com­ple­men­tary ADHD Treat­ments for Healthy Brain Devel­op­ment.

Pre­vi­ous arti­cles by Dr. Rabin­er:

  • Sen­si­ble and per­plex­ing changes in ADHD diag­nos­tic cri­te­ria (DSM‑V)
  • Mind­ful­ness train­ing for chil­dren with ADHD and their parents
  • New Study shows Teens with ADHD helped by Cog­ni­tive Behav­ioral Therapy

Share this:

  • Tweet
  • Email
  • Print
  • More
  • Share on Tumblr
  • Pock­et

Filed Under: Attention & ADD/ADHD, Brain/ Mental Health Tagged With: ADHD-symptoms, ADHD-Treatment, executive functioning, meditation training, mindfulness-meditation

Primary Sidebar

Top Articles on Brain Health and Neuroplasticity

  1. Can you grow your hippocampus? Yes. Here’s how, and why it matters
  2. How learning changes your brain
  3. To harness neuroplasticity, start with enthusiasm
  4. Three ways to protect your mental health during –and after– COVID-19
  5. Why you turn down the radio when you're lost
  6. Solving the Brain Fitness Puzzle Is the Key to Self-Empowered Aging
  7. Ten neu­rotech­nolo­gies about to trans­form brain enhance­ment & health
  8. Five reasons the future of brain enhancement is digital, pervasive and (hopefully) bright
  9. What Educators and Parents Should Know About Neuroplasticity and Dance
  10. The Ten Habits of Highly Effective Brains
  11. Six tips to build resilience and prevent brain-damaging stress
  12. Can brain training work? Yes, if it meets these 5 conditions
  13. What are cognitive abilities and how to boost them?
  14. Eight Tips To Remember What You Read
  15. Twenty Must-Know Facts to Harness Neuroplasticity and Improve Brain Health

Top 10 Brain Teasers and Illusions

  1. You think you know the colors? Try the Stroop Test
  2. Check out this brief attention experiment
  3. Test your stress level
  4. Guess: Are there more brain connections or leaves in the Amazon?
  5. Quick brain teasers to flex two key men­tal mus­cles
  6. Count the Fs in this sentence
  7. Can you iden­tify Apple’s logo?
  8. Ten classic optical illu­sions to trick your mind
  9. What do you see?
  10. Fun Mental Rotation challenge
  • Check our Top 25 Brain Teasers, Games and Illusions

Join 12,562 readers exploring, at no cost, the latest in neuroplasticity and brain health.

By subscribing you agree to receive our free, monthly eNewsletter. We don't rent or sell emails collected, and you may unsubscribe at any time.

IMPORTANT: Please check your inbox or spam folder in a couple minutes and confirm your subscription.

Get In Touch!

Contact Us

660 4th Street, Suite 205,
San Francisco, CA 94107 USA

About Us

SharpBrains is an independent market research firm tracking health and performance applications of brain science. We prepare general and tailored market reports, publish consumer guides, produce an annual global and virtual conference, and provide strategic advisory services.

© 2023 SharpBrains. All Rights Reserved - Privacy Policy