What's New in Neurofeedback

A Monthly Summary of News and Events

Vol. 5 No. 6 - June 2002

This newsletter is sponsored by EEG Spectrum International Intl, Inc.,
a leader in providing clinical service and training professionals.

Past issues are available at www.eegspectrum.com/newsletter/
Information on how to subscribe or cancel a subscription appear at the end.
The opinions related in this newsletter reflect those of the author only.
Copyright (C) 2002 by EEG Spectrum International Intl, Inc. All rights reserved.



  • Announcements  - News
  • In the Spotlight     - The Future of Mind Control
  • News & Reviews - Books & journal papers
  • Events & Locations - Conferences, Courses
  • Last Word               - GING

  •  

    Announcements


     

    In the Spotlight

    The Future of Mind Control

    by Siegfried Othmer

    The cover article of the May 25 issue of The Economist Magazine is "The future of mind control," about the implications of emerging neurotechnologies for our future. The editors of The Economist are optimists with regard to the future of our species. For this reason, it is surprising that in their first look at the implications of neurotechnologies they would feature the potential down-sides: "People already worry about genetics. They should worry about brain science too." Several years ago, when the Economist last did a technology forecast for medicine, the brain was hardly mentioned.

    Even more so than genetics, which already has people up in arms, neurotechnologies can impact directly on who we are as individuals and as a species. "Genetics may yet threaten privacy, kill autonomy, make society homogeneous, and gut the concept of human nature. But neuroscience could do all those things first."

    What kind of dystopia do these editors conjure up in their imaginations that should give us pause? "The musicians on stage are on drugs that speed their reflexes, heighten their hearing and assuage their performance anxiety." Musicians are already massively medicating themselves with Inderal for their performance anxiety, so that threshold has already been crossed. Our neurofeedback training has done all of these things for people already. It has speeded up their physiological reaction times. It has extended their capacity for hearing. (One person had the capacity for stereoscopic auditory processing suddenly develop.) And neurofeedback is routinely used for the control of performance anxiety. All this has occurred without much hand-wringing about the ethics of what we were doing. Has the zeal about our work numbed our ethical sensitivities?

    Or is the issue fundamentally different if we achieve these results by training, rather than by drug administration? The latter has a threshold quality that training for enhanced performance does not have. This distinction is certainly unambiguous to people in the sports world. Train all you want, but don’t try to get away with performance-enhancing drugs. One cannot imagine neurofeedback being lumped with the drugs in this regard and proscribed along with them.

    "Just as with genetics, however, the specter that most terrifies many of those who fear the advance of neurotechnology is that it will one day be capable of ‘enhancing’ human beings." And what might the editors be talking about here? "Drugs to combat shyness, forgetfulness, sleepiness and stress are now in or close to clinical trials." We are already there! Neurofeedback is first and foremost a stress management tool. With some protocols it has the same results as Prozac and Paxil with respect to the subsidence of social anxiety. Neurofeedback trains the regulation of sleep, and thus combats daytime fatigue. Many of our clinicians assess progress in neurofeedback by means of memory tests.

    Most recently the victor in a memory contest was someone who trained his brain with neurofeedback. He was able to recall 48 successive decks of playing cards, and did so with only eight errors. One of top hitters in baseball in the United States attributes his performance rank to his neurofeedback training. It is difficult for me to see an ethical problem here. According to the editors of the Economist, the problem comes when the availability of these new techniques effectively "reduce[s] the number of ways acceptable to be a person." Once it is possible "to ‘fix’ faulty personality traits with drugs or implants" perhaps the range of what is considered acceptable in human discourse will change. Perhaps even the "mild cognitive impairment" now associated with aging, and referred to kindly as "senior moments" will become unacceptable. Again, with neurofeedback we have already crossed the threshold of possibility. For us, the issue is no longer abstract. We are able to address characterological disorders with our training, and we can help maintain cognitive function in the elderly.

    No doubt the ability to remediate such deficits will be generally welcomed when this becomes known. The real concern about "mild cognitive impairment" is that it is so universally distributed among the elderly as to be in effect a "normal" characteristic. To insist on remediation would be to make the normal treatable. Peter Kramer expressed concern about this in his book, Listening to Prozac. He found himself routinely administering the drug to people who were clearly not clinically depressed, and this posed an ethical dilemma to him as a psychiatrist. The existence of a dichotomous choice--to prescribe or not to prescribe--focused the debate within himself. The absence of the "threshold" in neurofeedback, of a dividing line between training for symptom reduction and for improved quality of life, as well as the absence of an external agent in neurofeedback, changes the debate qualitatively.

    Might there be a time when simply to grow old in the usual fashion becomes unacceptable? That remediation will be mandatory? One could imagine the development of a standard by which the elderly must pass a certain "brain scan" screen that would determine whether they retain their driver’s license. Given the current reality that the elderly beyond 75 years of age have an automobile accident rate that surpasses teenagers, I would personally welcome such a screening test. Such restrictions on the elderly are not fundamentally different from those placed on the young of our species. But such constraints on freedom of action could well be seen as effectively mandating remediation. It will hardly qualify our society as dysfunctional regardless of how this issue is decided.

    The matter of making the normal treatable is already well advanced. Fisher and Welsh point out that 75% of Americans are now officially "diseased," if hypertension and current standards of cholesterol loading are considered. Even as far back as 1994 Clifton Meador projected "The Last Well Person" as an issue in his JAMA paper. We are well on the way to having nearly everybody covered with a diagnosis. Mandatory treatment might not be far behind. Or we may simply be confronted with unattractive choices that amount to a kind of compulsion.

     


    News & Reviews NEW BOOKS

    Getting Rid of Ritalin: How Neurofeedback Can Successfully Treat Attention Deficit Disorder Without Drugs
    by Eduardo Castro, Robert W. Hill

    Reviews how EEG biofeedback (neurofeedback) is an effective treatment for ADHD in children. --www.amazon.com/exec/obidos/ASIN/1571742549/top100

    Brave New Brain: Conquering Mental Illness in the Era of the Genome
    by Nancy C. Andreasen
    A glimpse into new and future treatments for mental illness (imaging and biochemical tools) with a focus on schizophrenia, bipolar disorder, anxiety disorders, and dementia --www.amazon.com/exec/obidos/ASIN/0195145097/top100

    Cocaine: From Medical Marvel to Modern Menace in the United States, 1884-1920
    by Joseph F. Spillane, Joseph E. Spillane
    How American views about cocaine were transformed at the turn of the century. --www.amazon.com/exec/obidos/ASIN/0801862302/top100

    Cerebral Reorganization of Function After Brain Damage
    by Harvey S. Levin, Jordan Grafman
    Integrates basic research on neuroplasticity and clinical research on functional reorganization after brain injury. --www.amazon.com/exec/obidos/ASIN/0195120264/top100

    Communication Disorders Following Traumatic Brain Injury
    by Skye McDonald, Leanne Togher, Chris Code
    Reviews recent research on communication problems of people with TBI and its treatment. --www.amazon.com/exec/obidos/ASIN/0863777252/top100

    Concise Guide to Neuropsychiatry and Behavioral Neurology
    by Jeffrey L. Cummings, Michael R. Trimble
    Pocket-sized manual to evaluation and management of patients with neurological and psychiatric disorders. --www.amazon.com/exec/obidos/ASIN/1585620785/top100

     


    JOURNAL PAPERS

    Temporal binding deficit hypothesis of autism. : Autism may involve reduction in synchronization of high-frequency gamma activity between local networks processing local features. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=12030688

    Studies of altered social cognition in neuropsychiatric disorders using functional neuroimaging. : Autism, depression, schizophrenia, and PTSD all exhibit deficits in social behavior and all are associated with dysfunction in the amygdala and dorsal cingulate gyrus. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=12025431

    Reduced frontal white matter integrity in cocaine dependence : Cocaine dependence appears to involve alterations in orbitofrontal connectivity, circuitry critical to decision-making. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=12022962

    Methylphenidate-related growth impairment. : Influence of methylphenidate on growth hormone secretion with subsequent impaired growth is discussed. A case study of 10-year-old boy who developed an almost complete growth arrest during MPH treatment is reported. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=12014596

    Does resting electroencephalograph asymmetry reflect a trait? : Resting EEG asymmetries appear to reflect trait factors more than state factors. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=11999928

    Psychiatric aspects of intractable epilepsy. : Intractable temporal lobe epilepsy may be accompanied by a psychiatric syndrome, which may be responsive to antidepressant medications. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=11993729

    EEG differences between good and poor drug responders for ADHD : Good responders to methylphenidate had cortically hypoaroused EEG profiles compared to poor responders. Good responders to dexamphetamine appeared more maturationally lagged than poor responders. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=11856625

    Neural correlates of emotions in psychiatric patients: functional neuroimaging findings. : Neuroimaging suggests that posterior temporal cortex, orbital-frontal cortex, amygdaloid nucleus and insula regulate emotional behavior. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=11977337

    Behavioral neurobiology of alcohol addiction: recent advances and challenges. : Current addiction research has taken up functional neuroimaging in order to identify brain areas involved in susceptibility to relapse. www.ncbi.nlm.nih.gov/htbin-post/Entrez/query?form=6&db=m&uid=11978808

     


     

    Events & Locations

    Upcoming Courses

      4-Day Comprehensive
    • Woodland Hills, CA -Jul 18-21
    • Seattle, WA -Aug 15-18
    • Washington DC -Sep 26-29

    Prerequisites: All Adv. classes require successful completion of the 4 Day Comprehensive Beta/SMR.
    * Advanced Practicum requires 150 hours direct NF clinical experience.
    More info at www.eegspectrum.com/course

    Conferences for Neurofeedback Clinicians & Researchers

    CONFERENCELOCATIONDATES
    SNR - http://www.snr-jnt.orgScottsdale, AZ Sep 12-15


     

    Last Word

    GING!

    What is GING? GING is a game, as well as a possible tool for research. Google Image Name Game. How do you play this game (... or do research with it)?

    Nowadays most people are aware of the remarkable Google search engine which uses the Web's interconnectivity to determine site relevancy. Google's search engine ranks each webpage on its importance to a topic based on how many other related sites are linked to it. In one sense, Google's classification technique lets the information self-organize. At least it leverages the organizational abilities of all webpage creators.

    Recently, Google.com began the difficult task of indexing all the Web's pictures. Nearly every image on the web is now included in this vast referential database. The specifics of the image search engine algorithms (or are they heuristics?) is a protected secret, but presumably an image's content is determined by using its file name, nearby text, and page title and page description. The current technology is primitive, but is still very helpful.

    In the Google Image Name Game, you attempt to locate pictures of yourself or others by typing names into the search engine. In normal (text) searches, engines retrieve 10 to 20 links with supplement information like titles and a few sentences pulled from the page. It's not always clear until you manually check each link one by one whether a specific link is relevant to your search. But in the image search, the images themselves are retrieved. You can instantly scan through an array of 20 or so pictures per page and in seconds know if you've found what you sought.

    The other day I needed a photo of a specific Methodist church in Massachusetts. Had I used Google.com's webpage search engine, looking for the church's homepage, perhap they had one, perhaps none existed. If I found a promising site, I still had to scan through its pages looking for a usable photo. But with direct image searching, I entered "Cochituate Methodist Church" into Google's image search engine and a picture of the church popped up on my screen in nanoseconds.

    Type in names of friends, new and old, and see if you can find their photos online. GING them.

    GING, the research tool, works essentally the same way. GING the term neurofeedback or brain or EEG or whatever graphic you need. An image search of "Neurofeedback" pulls up an image of Jay Gunkelman as the 2nd entry. Not bad to have your face associated with your field. "EEG Biofeedback" GINGed up a variety of neurofeedback session stills, Loreta images, Lexicor screen captures, and equipment. A ging of "QEEG" reveals a variety of interesting EEG graphics. Note that you can search with or without quotes, e.g., "John Doe" or John Doe. Quoted words returns phrases (words in that exact order) and unquoted phrases returns essentially boolean AND searches (John AND Doe) where the two or more words are located near each other.

    GING can also be used to protect your personal (or company's) copyrighted images. GING the file names and topics your online images illustrate to ensure that only your site (and those who have obtained your permission) are using your artwork. Instant artwork policing. Now I'm all for fair use and public domain; I don't mind personal sites using my artwork (hopefully with some credit or link to the originator). But I don't want competitors taking advantage of my efforts. Nevertheless, if you like a photo or graphic you ginged, you can always click on the listing and ask the owner for permission to use it.

    Searchable videotape and audio streams are probably not far off. Until that day, there is always TiVo (a digitized VCR, www.tivo.com).