Brain train­ing does not nec­es­sar­ily mean com­put­er­ized games. For instance, medi­a­tion may be a great tool to train your brain.

Dif­fer­ent parts of the brain sup­port dif­fer­ent func­tions. One func­tion, cen­tral to many of our actions, is “atten­tion”. Atten­tion can be defined as the abil­ity to sus­tain con­cen­tra­tion on a par­tic­u­lar object, action, or thought.
It can also be defined as the abil­ity to man­age com­pet­ing demands in our environment.connections between neu­rons, die. In the brain it is sup­ported mainly by neu­ronal net­works in the pari­etal (yel­low in the fig­ure) and frontal (blue in the fig­ure) lobes.

What can be done to main­tain and boost such a fun­da­men­tal ability?

Dr. Andrew New­berg (Asso­ciate Pro­fes­sor in the Depart­ment of Radi­ol­ogy and Psy­chi­a­try at the Uni­ver­sity of Penn­syl­va­nia), here inter­viewed by Alvaro Fer­nan­dez (CEO of Sharp­Brains) sug­gests that med­i­ta­tion may have cog­ni­tive ben­e­fits, espe­cially related to atten­tion: Read the rest of this entry »

The results of recently pub­lished stud­ies sug­gest that fit­ter chil­dren also have fit­ter brains. It looks like exer­cis­ing your body pro­motes brain health. Is this true at all ages? How does it work? How much exer­cise should we do?

Phys­i­cal activ­ity and brain health in children

An emerg­ing lit­er­a­ture sug­gests that phys­i­cal activ­ity and high lev­els of aer­o­bic fit­ness dur­ing child­hood  may enhance cog­ni­tion. In the 2 most recent stud­ies by Kramer and col­leagues (2010), the cog­ni­tive per­for­mance and the brains of higher-fit and lower-fit 9– and 10-year-old chil­dren were examined.

In one study, fit­ter chil­dren did bet­ter than less fit chil­dren in a task requir­ing to ignore irrel­e­vant infor­ma­tion and attend to rel­e­vant cues. Fit­ter chil­dren also had larger basal gan­glia (more specif­i­cally dor­sal stria­tum) than less fit chil­dren. The basal gan­glia play a key role in cog­ni­tive con­trol (e.g. prepar­ing, ini­ti­at­ing, inhibit­ing, switch­ing responses).

In another study, fit­ter chil­dren did bet­ter than less fit chil­dren in a task requir­ing to mem­o­rize infor­ma­tion. Read the rest of this entry »

Inter­est­ing arti­cle on The Dana Foun­da­tion web­site on how to mon­i­tor cog­ni­tive decline in the brain in the very early stages of Alzheimer’s: Func­tional MRI May Be Use­ful for Mon­i­tor­ing Cog­ni­tive Decline in the Elderly (Dana Foundation)

Alzheimer’s researchers have long wanted to find bet­ter ways not only to diag­nose the dis­ease but also to mon­i­tor its pro­gres­sion from the ear­li­est stages.

A new study sug­gests that func­tional mag­netic res­o­nance imag­ing (fMRI), a tech­nique cur­rently used mainly for neu­ro­science research or to guide brain surgery, could be use­ful in this clin­i­cal role.

[…] an ele­gant and thought-provoking study.

Alvaro and I had the good for­tune to attend a great con­fer­ence last week called Learn­ing & The Brain: Enhanc­ing Cog­ni­tion and Emo­tions for Learn­ing. It was a fas­ci­nat­ing mix of neu­ro­sci­en­tists and edu­ca­tors talk­ing with and lis­ten­ing to each other. Some top­ics were meant to be applied today, but many were food for thought — insight on where sci­ence and edu­ca­tion are headed and how they influ­ence each other.

Using dra­matic new imag­ing tech­niques, such as fMRIs, PET, and SPECT, neu­ro­sci­en­tists are gain­ing valu­able infor­ma­tion about learn­ing. This pio­neer­ing knowl­edge is lead­ing not only to new ped­a­go­gies, but also to new med­ica­tions, brain enhance­ment tech­nolo­gies, and ther­a­pies.… The Con­fer­ence cre­ates an inter­dis­ci­pli­nary forum — a meet­ing place for neu­ro­sci­en­tists, edu­ca­tors, psy­chol­o­gists, clin­i­cians, and par­ents — to exam­ine these new research find­ings with respect to their applic­a­bil­ity in the class­room and clin­i­cal practice.

Take-aways

• Humans are a mix­ture of cog­ni­tion and emo­tion, and both ele­ments are essen­tial to func­tion and learn properly
• Edu­ca­tors and pub­lic pol­icy mak­ers need to learn more about the brain, how it grows, and how to cul­ti­vate it
• Stu­dents of all ages need to be both chal­lenged and nur­tured in order to succeed
• Peo­ple learn dif­fer­ently — try to teach and learn through as many dif­fer­ent modal­i­ties as pos­si­ble (engage lan­guage, motor skills, artis­tic cre­ation, social inter­ac­tion, sen­sory input, etc.)
• While short-term stress can heighten your cog­ni­tive abil­i­ties, long term stress kills you — you need to find bal­ance and release
• Test anx­i­ety and sub­se­quent poor test results can be improved with behav­ioral train­ing with feed­back based on heart rate variability
• Dr. Robert Sapol­sky is a very very enlight­en­ing and fun speaker
• Allow time for rest and con­sol­i­da­tion of learned material
• Emo­tional mem­o­ries are eas­ier to remember
• Con­fer­ences like these per­form a real ser­vice in fos­ter­ing dia­logues between sci­en­tists and educators

Read the rest of this entry »

Wel­come to the Feb­ru­ary 19, 2007 edi­tion of brain fitness.

Today we want to high­light an excel­lent Inter­view with Aaron Beck on the His­tory of Cog­ni­tive Ther­apy sub­mit­ted by the Beck Insti­tute. Dr. Beck was 83 when he gave this inter­view. To the ques­tion “Do you have a view about age­ing?”, he responds “I can only speak for myself. I know that prac­ti­cally all my col­leagues from med­ical school days who are still around have retired. That is not some­thing that I think about. It is no more on my hori­zon now than it was when we first met a quar­ter of a cen­tury ago. I keep look­ing ahead.” He also says “I have always liked to unify dif­fer­ent fields. Given my back­ground in neu­rol­ogy I do not see a con­flict between neu­rol­ogy and psy­chol­ogy. But if you look at the train­ing of con­tem­po­rary psy­chi­a­trists, for exam­ple, the two domains are totally dis­tinct. If psy­chi­a­try is to sur­vive as a dis­ci­pline, a merg­ing of the con­cepts of neu­rol­ogy and psy­chol­ogy will need to occur.” Read the rest of this entry »

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 »

Given the grow­ing aware­ness of this emerg­ing field, let’s review some of the most rel­e­vant concepts:

Brain Fit­ness: the gen­eral state of good, sharp, brain and mind, espe­cially as the result of men­tal and phys­i­cal exer­cise and proper nutrition.

Brain Fit­ness Pro­gram: struc­tured set of brain exer­cises, usu­ally computer-based, designed to train spe­cific brain areas and func­tions in tar­geted ways, and mea­sured by brain fit­ness assessments.

Chronic Stress: ongo­ing, long-term stress. Con­tin­ued phys­i­o­log­i­cal arousal where stres­sors block the for­ma­tion of new neu­rons and neg­a­tively impact the immune system’s defenses.

Cog­ni­tive train­ing (or Brain Train­ing): vari­ety of brain exer­cises designed to help work out spe­cific “men­tal mus­cles”. The prin­ci­ple under­ly­ing cog­ni­tive train­ing is to help improve “core” abil­i­ties, such as atten­tion, mem­ory, problem-solving, which many peo­ple con­sider as fixed.

Cog­ni­tive Reserve (or Brain Reserve): the­ory that addresses the fact that indi­vid­u­als vary con­sid­er­ably in the sever­ity of cog­ni­tive aging and clin­i­cal demen­tia. Men­tal stim­u­la­tion, edu­ca­tion and occu­pa­tional level are believed to be major active com­po­nents of build­ing a cog­ni­tive reserve that can help resist the attacks of men­tal disease.

fMRI: func­tional mag­netic res­o­nance imag­ing (fMRI) is a non-invasive neu­roimag­ing Read the rest of this entry »