My inter­est in the brain stems from want­ing to bet­ter under­stand both how to make school more palat­able for stu­dents, and pro­fes­sional devel­op­ment more mean­ing­ful for fac­ulty. To that end, I began my Neu­rons Fir­ing blog in April, 2007, have been doing a lot of read­ing, and been attend­ing work­shops and con­fer­ences, includ­ing Learn­ing & the Brain.

If you agree that our brains are designed for learn­ing, then as edu­ca­tors it is incum­bent upon us to be look­ing for ways to max­i­mize the learn­ing process for each of our stu­dents, as well as for our­selves. Some of what fol­lows is sim­ply com­mon sense, but I’ve learned that all of it has a sci­en­tific basis in our brains. Read the rest of this entry »

There’s such a flood of very sig­nif­i­cant research stud­ies, edu­ca­tional resources and arti­cles related to brain health, it’s hard to keep track — even for us!

Let me intro­duce and quote some of the top Brain Health Stud­ies, Arti­cles and Resources pub­lished in March:

1) Cog­ni­tive Decline Begins In Late 20s, Study Sug­gests (Sci­ence Daily)

- “These pat­terns sug­gest that some types of men­tal flex­i­bil­ity decrease rel­a­tively early in adult­hood, but that how much knowl­edge one has, and the effec­tive­ness of inte­grat­ing it with one’s abil­i­ties, may increase through­out all of adult­hood if there are no patho­log­i­cal dis­eases,” Salt­house said.

- How­ever, Salt­house points out that there is a great deal of vari­ance from per­son to person

2) Cere­brum 2009: Emerg­ing Ideas in Brain Sci­ence — new book by the Dana Foun­da­tion that “explores the cut­ting edge of brain research and its impli­ca­tions in our every­day lives, in lan­guage under­stand­able to the gen­eral reader.”

A cou­ple of excel­lent chap­ters of direct rel­e­vance to everyone’s brain health are:
– Chap­ter 4: A Road Paved by Rea­son, by Eliz­a­beth Nor­ton Lasley

- Chap­ter 10: Neural Health: Is It Facil­i­tated by Work Force Par­tic­i­pa­tion?, by Denise Park, Ph.D

3) Stay­ing Sharp DVD Pro­gram: “Dr. Jor­dan Graf­man, chief of the Cog­ni­tive Neu­ro­science Sec­tion at the National Insti­tute of Neu­ro­log­i­cal Dis­or­ders and Stroke out­side of Wash­ing­ton, DC, and a mem­ber of the Dana Alliance for Brain Ini­tia­tives, is your guide as we cover what to expect from the aging brain and what we can do to ‘stay sharp.’

For a free DVD of this pro­gram you can con­tact stayingsharp@dana.org. (they say free in their web­site, I don’t know if that includes ship­ping & handling)

4) Dri­vers to be tested on cog­ni­tive abil­ity start­ing at age 75 (Japan Times)

The out­line of a cog­ni­tive test that dri­vers aged 75 or over will be required to take from June when renew­ing their licenses was released Thursday…The test is intended to reduce the num­ber of traf­fic acci­dents involv­ing elderly dri­vers by mea­sur­ing their cog­ni­tive level.

5) Phys­i­cal Fit­ness Improves Spa­tial Mem­ory, Increases Size Of Brain Struc­ture (Sci­ence Daily)

- “Now researchers have found that elderly adults who are more phys­i­cally fit tend to have big­ger hip­pocampi and bet­ter spa­tial mem­ory than those who are less fit.”

6) Brain Train­ers: A Work­out for the Mind (Sci­en­tific Amer­i­can Mind)

“I recently tried out eight of the lat­est brain fit­ness pro­grams, train­ing with each for a week. The pro­grams ranged widely in focus, qual­ity and how fun they were to use. “Like phys­i­cal exer­cise equip­ment, a brain exer­cise pro­gram doesn’t do you any good if you don’t use it, says Andrew J. Carle, direc­tor of the Pro­gram in Assisted Living/Senior Hous­ing Admin­is­tra­tion at George Mason Uni­ver­sity. And peo­ple tend not to use bor­ing equip­ment. “I remem­ber when Nor­dic­Track was the biggest thing out there. Every­one ran out and bought one, and 90 per­cent of them ended up as a clothes rack in the back of your bedroom.

The reporter used: Posit Science’s Brain Fit­ness Pro­gram Clas­sic, Hap­pyNeu­ron, Nin­tendo BrainAge, CogniFit’s MindFit/ Cog­niFit Per­sonal Coach, Lumos­ity, MyBrain­Trainer, Brain­Twister, Cogmed Work­ing Mem­ory Training.

7) The Lat­est in Men­tal Health: Work­ing Out at the ‘Brain Gym’ (Wall Street Journal)

- “Mar­shall Kahn, an 82-year-old fam­ily doc­tor in Fuller­ton, Calif., says he got such a boost from brain exer­cises he started doing at a “Nifty after Fifty” club that he decided to start see­ing patients again part-time. “Doing all the men­tal exer­cise,” he says, “I real­ized I’ve still got it.”

Debate Over Drugs For ADHD Reignites (Wash­ing­ton Post)

- “New data from a large fed­eral study have reignited a debate over the effec­tive­ness of long-term drug treat­ment of chil­dren with hyper­ac­tiv­ity or attention-deficit dis­or­der, and have drawn accu­sa­tions that some mem­bers of the research team have sought to play down evi­dence that med­ica­tions do lit­tle good beyond 24 months.”

- “The study also indi­cated that long-term use of the drugs can stunt children’s growth.”

Adap­tive train­ing leads to sus­tained enhance­ment of poor work­ing mem­ory in chil­dren (Devel­op­men­tal Science)

Abstract: Work­ing mem­ory plays a cru­cial role in sup­port­ing learn­ing, with poor progress in read­ing and math­e­mat­ics char­ac­ter­iz­ing chil­dren with low mem­ory skills. This study inves­ti­gated whether these prob­lems can be over­come by a train­ing pro­gram designed to boost work­ing mem­ory. Chil­dren with low work­ing mem­ory skills were assessed on mea­sures of work­ing mem­ory, IQ and aca­d­e­mic attain­ment before and after train­ing on either adap­tive or non-adaptive ver­sions of the pro­gram. Adap­tive train­ing that taxed work­ing mem­ory to its lim­its was asso­ci­ated with sub­stan­tial and sus­tained gains in work­ing mem­ory, with age-appropriate lev­els achieved by the major­ity of chil­dren. Math­e­mat­i­cal abil­ity also improved sig­nif­i­cantly 6 months fol­low­ing adap­tive train­ing. These find­ings indi­cate that com­mon impair­ments in work­ing mem­ory and asso­ci­ated learn­ing dif­fi­cul­ties may be over­come with this behav­ioral treatment.

9) Brain cor­tex thin­ning linked to inher­ited depres­sion (Los Ange­les Times)

- “On aver­age, peo­ple with a fam­ily his­tory of depres­sion appear to have brains that are 28% thin­ner in the right cor­tex — the out­er­most layer of the brain — than those with no known fam­ily his­tory of the dis­ease. That cor­ti­cal thin­ning, said the researchers, is on a scale sim­i­lar to that seen in patients with Alzheimer’s dis­ease or schizophrenia.”

Here you have 4 of the most pop­u­lar brain games in our blog, plus a bonus stress man­age­ment tip.

Brain Teaser 1. In which direc­tion is the bus pic­tured below traveling?

Read the rest of this entry »

My nat­ural rhythms are in cycle with the school cal­en­dar. Jan­u­ary 1st takes a back seat to my new year, which gets ush­ered in with the month of Sep­tem­ber when there is crisp­ness in the air that grad­u­ally shakes off the slower, more relaxed pace of summer.Conveniently, my career in teach­ing meshes with my nat­ural cycli­cal year. And as this year draws to a close, I am re-energized by the pace of sum­mer, know­ing that any­thing may pop in to my mind as I engage in activ­i­ties not directly related to school. But before that hap­pens, I’d like to reflect on this past year, in par­tic­u­lar as it was my first year of blog­ging about the brain.

My inter­est in the brain stems from want­ing to bet­ter under­stand both how to make school more palat­able for stu­dents, and pro­fes­sional devel­op­ment more mean­ing­ful for fac­ulty. To that end, I began my Neu­rons Fir­ing blog in April, 2007, have been doing a lot of read­ing, and been attend­ing work­shops and con­fer­ences, includ­ing Learn­ing & the Brain.

If you agree that our brains are designed for learn­ing, then Read the rest of this entry »

I just read a very inter­est­ing arti­cle in Newsweek: Exec­u­tive Func­tions: The School Skill That May Mat­ter More Than IQ. A few quotes:

- “But recent advances in psy­chol­ogy and brain sci­ence are now sug­gest­ing that a child’s abil­ity to inhibit dis­tract­ing thoughts and stay focused may be a fun­da­men­tal cog­ni­tive skill, one that plays a big part in aca­d­e­mic suc­cess from preschool on. Indeed, this and closely related skills may be more impor­tant than tra­di­tional IQ in pre­dict­ing a child’s school performance.”

- “EF (exec­u­tive func­tions) com­prises not only effort­ful con­trol and cog­ni­tive focus but also work­ing mem­ory and men­tal flex­i­bil­ity the abil­ity to adjust to change, to think out­side the box.”

- “When the teacher holds up a cir­cle they clap, with a tri­an­gle they hop, and so forth. The kids are taught to talk them­selves through the men­tal exer­cise: “OK, now clap.” “Twirl now.” This has been shown to flex and enhance the brain’s abil­ity to switch gears, to sup­press one piece of infor­ma­tion and sub in a new one. It takes dis­ci­pline; it’s the ele­men­tary school equiv­a­lent of say­ing “I really need stop think­ing about next week’s vaca­tion and focus on this report.”

The main points: exec­u­tive func­tions are cru­cial for suc­cess in life, AND they can be trained. I couldn’t agree more with the arti­cle in that cog­ni­tive train­ing should be part of the edu­ca­tion cur­ricu­lum and receive more research dol­lars to deter­mine exactly how to best do so.

I read another very inter­est­ing arti­cle on Alzheimer’s Dis­ease. Which may look like a com­pletely dif­fer­ent topic than the one above…but please bear with me. Read the rest of this entry »

The MIT Tech­nol­ogy Review September/ Octo­ber edi­tion brings an arti­cle by Daniel Den­nett titled Higher Games: It’s been 10 years since IBM’s Deep Blue beat Garry Kas­parov in chess. A promi­nent philoso­pher asks what the match meant (sub­scrip­tion required), which is cre­at­ing a lot of buzz on the sci­ence blo­gos­phere on whether humans or machines are “smarter”.

• Chess com­put­ers beat humans: Does this mean com­put­ers are “cre­ative”? (Cog­ni­tive Daily)
• Is Deep Blue Human? (The Frontal Cortex)
• The Intel­li­gence of Game-Playing Soft­ware (Aardvarchaeology)
• Chess and Arti­fi­cial Intel­li­gence (The Ques­tion­able Authority)

All this begs the ques­tion, what does “being smart” means? “Is it pos­si­ble to improve intel­li­gence and become “smarter” and what does it really mean to be “smarter?” (ques­tion asked by Patri­cia, one of our readers).

Today we bring you an answer to those ques­tions pro­vided by David Gamon, author of Build­ing Men­tal Mus­cle: Con­di­tion­ing Exer­cises for the Six Intel­li­gence Zones:

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As we age, our brains accu­mu­late an ever larger col­lec­tion of pat­terns. This gives us a kind of men­tal quick­ness that com­pen­sates for the slow­ing of pro­cess­ing speed. Instead of hav­ing to piece together the pat­tern bit by bit from scratch by asso­ci­at­ing indi­vid­ual pieces of data, you need only a few pieces of data to make you real­ize that they fit a pat­tern you already know, much the way a few bars of melody are all you need to rec­og­nize an entire song.

The more expe­ri­ence we accu­mu­late, the more of these pat­terns we hold in our brains, and the less effort we have to make to piece together new pieces of data in new ways. With that comes a dan­ger. We get lazy. It’s a lot eas­ier to Read the rest of this entry »

We hope you are enjoy­ing the grow­ing cov­er­age of Brain Fit­ness as much as we are. Below you have the Brain Fit­ness Newslet­ter we sent a few days ago-you can sub­scribe to this monthly email update in the box on the right hand side.

In this post, we will briefly cover:

I. Press: see what CBS and Time Mag­a­zine are talk­ing about. Sharp­Brains was intro­duced in the Birm­ing­ham News, Chicago Tri­bune and in a quick note car­ried by the Amer­i­can Psy­cho­log­i­cal Asso­ci­a­tion news service.

II. Events: we are out­reach part­ners for the Learn­ing & the Brain con­fer­ence, which will gather neu­ro­sci­en­tists and edu­ca­tors, and for the Dana Foundation’s Brain Aware­ness Week.

III. Pro­gram Reviews: The Wall Street Jour­nal reviewed six dif­fer­ent pro­grams for brain exer­cise and aging, and the one we offer is one of the two win­ners. A college-level coun­sel­ing cen­ter starts offer­ing our stress man­age­ment one. And we inter­view a Notre Dame sci­en­tist who has con­ducted a repli­ca­tion study for the work­ing mem­ory train­ing pro­gram for kids with ADD/ ADHD.

IV. New Offer­ings: we have started to offer two infor­ma­tion pack­ages that can be very use­ful for peo­ple who want to bet­ter under­stand this field before they com­mit to any par­tic­u­lar pro­gram: learn more about our Brain Fit­ness 101 guide and Exer­cise Your Brain DVD.

V. Web­site and Blog Sum­mary: we revamped our home page and have had a very busy month writ­ing many good arti­cles. We also hosted two “Blog Car­ni­vals”- don’t you want to know what that means?
Read the rest of this entry »

Con­tin­u­ing with the theme of a Week of Sci­ence spon­sored by Just Sci­ence, we will high­light some of the key points in: Appel­hans BM, Luecken LJ. Heart Rate Vari­abil­ity as an Index of Reg­u­lated Emo­tional Respond­ing. Review of Gen­eral Psy­chol­ogy. 2006;10:229–240.

Defin­ing Heart Rate Vari­abil­ity
Effec­tive emo­tional reg­u­la­tion depends on being able to flex­i­bly adjust your phys­i­o­log­i­cal response to a chang­ing environment.

“… heart rate vari­abil­ity (HRV) is a mea­sure of the con­tin­u­ous inter­play between sym­pa­thetic and parasym­pa­thetic influ­ences on heart rate that yields infor­ma­tion about auto­nomic flex­i­bil­ity and thereby rep­re­sents the capac­ity for reg­u­lated emo­tional responding.”

“HRV reflects the degree to which car­diac activ­ity can be mod­u­lated to meet chang­ing sit­u­a­tional demands.”

The sym­pa­thetic (SNS) and parasym­pa­thetic (PNS) branches of the auto­nomic ner­vous sys­tem (ANS) antag­o­nis­ti­cally influ­ence the lengths of time between con­sec­u­tive heart­beats. Faster heart rates, which can be due to increased SNS and/or lower PNS activ­ity, cor­re­spond to a shorter inter­beat inter­val while slower heart rates have a longer inter­beat inter­val, which can be attrib­uted to increased PNS and/or decreased SNS activity.

The frequency-based HRV analy­ses are based on the fact that the vari­a­tions in heart rate pro­duced by SNS and PNS activ­ity occur at dif­fer­ent speeds, or fre­quen­cies. SNS is slow act­ing and medi­ated by nor­ep­i­neph­rine while PNS influ­ence is fast act­ing and medi­ated by acetylcholine.

Read the rest of this entry »

For infor­ma­tion on the 2008 Con­fer­ence, and the dis­count for Sharp­Brains read­ers, visit: Learn­ing & The Brain Con­fer­ence: dis­count for Sharp­Brains read­ers.

The post below refers to the 2007 Conference:

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The orga­niz­ers of this amaz­ing con­fer­ence, whose reg­is­tra­tion is about to expire, just extended their very kind offer to Sharp­Brains read­ers: you can reg­is­ter at the reduced price of $475 (right now the nor­mal price is $545) if you do so by Feb­ru­ary 9nd. You can reg­is­ter here http://www.edupr.com/reg.html, mak­ing sure to write SharpBrains1 in the com­ments section

Update: we now have an in-depth inter­view with Yaakov Stern, lead­ing advo­cate of the cog­ni­tive reserve the­ory, and one of the authors of the paper we review below: click on Build Your Cog­ni­tive Reserve-Yaakov Stern. 

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In honor of the Week of Sci­ence pre­sented at Just Sci­ence from Mon­day, Feb­ru­ary 5, through Sun­day, Feb­ru­ary 11, we will be writ­ing about “just sci­ence” this week. We thought we would take this time to dis­cuss more deeply some of the key sci­en­tific pub­li­ca­tions in brain fitness.

Today, we will high­light the key points in an excel­lent review of cog­ni­tive reserve: Scarmeas, Niko­laos and Stern, Yaakov. Cog­ni­tive reserve and lifestyle. Jour­nal of Clin­i­cal and Exper­i­men­tal Neu­ropsy­chol­ogy. 2003;25:625–33.

What is Cog­ni­tive Reserve?
The con­cept of a cog­ni­tive reserve has been around since 1998 when a post mortem analy­sis of 137 peo­ple with Alzheimer’s Dis­ease showed that the patients exhib­ited fewer clin­i­cal symp­toms than their actual pathol­ogy sug­gested. (Katz­man et al. 1988) They also showed higher brain weights and greater num­ber of neu­rons when com­pared to age-matched con­trols. The inves­ti­ga­tors hypoth­e­sized that the patients had a larger “reserve” of neu­rons and abil­i­ties that off­set the losses caused by Alzheimer’s. Since then the con­cept of cog­ni­tive reserve has been defined as the abil­ity of an indi­vid­ual to tol­er­ate pro­gres­sive brain pathol­ogy with­out demon­strat­ing clin­i­cal cog­ni­tive symp­toms.
Read the rest of this entry »