Category: Cognitive skills

The 2017 Smart Mom’s Toy Box


10 Classic Games from YOUR Childhood that Boost Brain Skills

If you’re like most of us, you feel torn between letting your child spend time on their technology and getting some free time of your own to get something done (even if that something is a nap).

But what if there was a compromise? What if you chose games and toys that are fun for your kids, but also boost cognitive skills, like memory, auditory & visual processing, attention, logic & reasoning, and processing speed? That’s exactly what you will find in our 2017 Smart Mom’s Toy Box …

LearningRx ( has put together a list of classic games that you’ll probably recognize from your own childhood—some with a modern spin. Chances are, you’ll bond with your child, have fun, and maybe boost some of YOUR brain skills in the process!


Try to repeat increasingly complex patterns with this fast-paced, handheld, electronic game.

Ages: 8+

Cognitive skills: auditory processing, visual processing, memory, attention, processing speed, executive processing, inductive reasoning, sustained attention

Rubik’s Cube

Challenge yourself to match up the colors on all six sides.

Ages: 8+

Cognitive skills: planning, visual processing, logic & reasoning, attention, working memory, problem solving


Use strategy to capture your opponent’s king before they get yours.

Ages: 6+

Cognitive skills: divided attention, executive processing, logic & reasoning, planning, problem solving, sequential processing, strategy


Locate your enemy’s ships and destroy all five before they sink yours.

Ages: 7+

Cognitive skills: logic & reasoning, planning, problem solving, working memory


Devise a plan to capture your opponent’s flag in this classic battlefield game of strategy.

Ages: 8+

Cognitive skills: logic & reasoning, planning, short-term memory, working memory


Get rid of all your cards first to earn points from other players.

Ages: 7+

Cognitive skills: logic & reasoning, short-term memory, sustained attention, visual processing, working memory


Jigsaw puzzles are relaxing, but they’re also working your brain skills!

Ages: 2+

Cognitive skills: deductive reasoning, inductive reasoning, planning, problem solving, short-term memory, visual processing, working memory


Group and play cards in combinations to gain points.

Ages: 7+

Cognitive skills: divided attention, executive processing, logic & reasoning, mental math, numerical concept, problem solving

Connect 4

Be the first to get four discs in a row.

Ages: 6+

Cognitive skills: divided attention, executive processing, logic & reasoning, planning, problem solving, sequential processing, strategy


Earn points by making high-scoring words out of your letter tiles.

Ages: 8+

Cognitive skills: deductive reasoning, inductive reasoning, long-term memory, problem solving, sequential processing, short-term memory, simultaneous processing, visual processing, word attack

Ready to head to the store (or online!) to do your holiday shopping? Take this list, or download a free Games for Skills Chart at:

It’s All Greek to Me! Understanding Specific Reading Comprehension Deficits (S-RCD) in Children


Specific Reading Comprehension Deficits (S-RCD) is like being able to read a foreign language — because you know how the words are pronounced — but having no idea what the words mean. Research shows that there’s even a difference in the brain of someone with S-RCD, which can be seen with neuroimaging. A recent study found that while children with dyslexia showed abnormalities in the occipital temporal cortex (the area of the brain associated with recognizing words on a page), children with S-RCD had abnormalities in the region associated with memory.


There’s a lot of research on dyslexia, which simply means “trouble with words.” But there’s not a lot about S-RCD, or Specific Reading Comprehension Deficits. Where dyslexia is about reading the words, S-RCD is about understanding them. It’s like being able to read a foreign language— because you know how the words are pronounced—but having no idea what the words mean.

S-RCD and a child’s brain

Research shows that there’s even a difference in the brain of someone with S-RCD, which can be seen with neuroimaging. According to a recent study collaboration between Vanderbilt University’s Peabody College of Education and Johns Hopkins School of Medicine/Kennedy Krieger Institute, children with dyslexia showed abnormalities in the occipital temporal cortex (the area associated with recognizing words on a page). But in children with S-RCD, the abnormalities are instead in the region associated with memory.

In a previous study, neuroscientists found that, compared to children with word recognition deficits, those with S-RCD performed more poorly on tests of planning and spatial memory.

This is the reason it is common for S-RCD not to be recognized until about third or fourth grade, when teaching shifts from decoding to comprehension.

An exercise to improve reading comprehension

Obviously, poor reading comprehension can spill over into many aspects of life, including homework, testing, college prep exams, leisure reading and, and more. And comprehension struggles affect not only grades in English class, but in all subjects. Just imagine reading written math problems (or answers) but not understanding the question or directions on how to arrive at the correct answer!

For anyone who is looking to help a child or students increase reading comprehension, try this fun approach called “Somebody Wanted But So” (SWBS). Label four columns with the following: Somebody (characterization), Wanted (plot events), But (problem/conflict) and So (resolution). Have the child or student fill out the columns as they read. Here’s a simple example:

Somebody: Wanted: But: So:
Cinderella wanted to stay at the but her carriage so she ran out
ball with the prince would turn into a
pumpkin at midnight

Brain training improves memory, logic, and more

Another way to improve reading comprehension is through a form of cognitive training call one-on-one brain training. LearningRx specializes in one-on-one brain training as a way of strengthening cognitive skills such as: memory, attention, logic & reasoning, and more.

LearningRx trains cognitive skills through game-like exercises that are both fun and challenging—and we do it with a unique personal trainer approach.

Born That Way? Why a Link Between Genetics and Math Struggles is Mostly a Myth


If you or your spouse struggled with math when you were in school, it might be tempting to chalk up your child’s dyscalculia (the technical term, which simply means “trouble with numbers”) to genetics. But the truth is, there’s no such thing as someone being born bad at math, and it’s certainly not a pre-determined destiny. But for most people, math struggles are caused by these two specific things.

In her book, The Smartest Kids in the World: And How They Got That Way, Time magazine journalist Amanda Ripley writes about Americans’ lackadaisical attitudes toward math, despite its thread being woven into practically every profession. From measuring floor covering to making change for customers, understanding math is crucial, and yet we sometimes downplay its importance. As she explains, part of the problem is that in the United States, many believe that math is an innate ability, like being double-jointed.

“There’s no such thing as someone being born bad at math, and it’s certainly not a pre-determined destiny,” says Tanya Mitchell, co-author of Unlock the Einstein Inside; Applying New Brain Science to Wake Up the Smart In Your Child ( “We do our kids a huge disservice by steering them away from the challenges of math to alleviate their fears. Instead, we should be eradicating those fears by targeting the fundamental building blocks to learning math: cognitive skills.”

According to Mitchell, although genetics can play a role, most people with dyscalculia have poor visual processing and memory skills. For example, weak visual processing skills might cause someone to transpose numbers (68 becomes 86). When working memory is weak, someone doing mental math (say, 23 +28) might forget that they “carried the one,” leading them to answer 41 instead of 51. She says most blocks to excelling in math aren’t about information, but are linked to the skills the brain uses to learn, process, understand, remember and apply that information.

Math in the United States

Ripley writes that part of the issue is that compared to other educationally successful countries, the United States places too much emphasis on sports rather than academics. It’s not uncommon to see children, teens and parents at sports practices and games or athletic competitions for hours after school, leaving them rushed to complete the bare minimum of homework before bed. And it’s certainly not that these kids and teens are unmotivated; in most cases, when it comes to immersing oneself in studying and homework, it’s just about lack of time and energy.

The United States is far from the top when it comes to math education. In fact, Ripley points out in her book that American students scored 26th on a test of critical thinking in math, below average for developed countries. And it has nothing to do with parental involvement. Ripley found that American parents tend to be more involved in school than parents in the other “education superpowers.” The problem is, their involvement has little to do with learning and more to do with fundraising, serving on teacher-appreciation committees and attending PTO/PTA. And while those things are all wonderful, research shows a parent’s involvement in their child’s education is more about quality than quantity. And quality involvement starts at home, like working with your kids to help them excel in math.

So why do Americans put so little focus on math?

Ripley explains that it’s in part due to the fact that many American adults don’t like math either. A surprising percentage doesn’t believe it’s critical to success later in life. In one 2009 survey, most of the American parents said it was more important to finish high school with strong reading and writing skills than with strong math and science skills.

How To Help Your Child

For parents who want to know more specifics about how to help their child excel in math, here are some starting points.

First, stop allowing accommodations in the classroom. You’re not doing your child any favors to prepare for life as an adult by giving them special treatment.

Second, be willing to invest more in outside education. This could mean hiring a tutor if your child falls behind due to frequent family moves, purchasing SAT prep materials, or paying for your high school student to spend his summer studying abroad or attending a pre-college program.

Third, be as involved with math as you are with sports, music lessons and school fundraisers—if not more so. Talk to your child or teen about math, find out where they struggle and rule out other possible issues (like vision or hearing problems, bullying, test anxiety, etc.). Some school districts now offer refresher math courses for parents so they can better help their children.

Finally, have your student’s cognitive skills tested. The root causes of most learning struggles of ANY type are weak cognitive skills. With ADHD, it’s attention. With dyslexia, it’s phonemic awareness. With math, it’s usually memory and visual processing, among others. Once you know what you’re dealing with you can take measures to target those skills at home and with one-on-one brain training.

Don’t be fooled into thinking that math doesn’t matter. It’s no coincidence that the countries that understand the importance of math are those whose students excel in the subject. You may not have the power to change the country, but you can start by placing value, time and energy on math at home.

Are We There Yet?

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10 Brain-boosting games travel games—under $10

Tired of hearing, “Are we there yet?” Prepare for the inevitable boredom that comes with a long car ride by stocking up on these brain-boosting travel games. Best of all, they’re all under $10!

  1. Travel Scavenger Hunt Card Game ($6.55 on

This pack of 54 scavenger hunt cards has kids looking for things like a red car, a stop sign, or a license plate with the letter Z.

Ages: 6+

Cognitive skills: attention, visual processing, processing speed

  1. Hangman – Take ‘N’ Play Anywhere ($9.99 on

The classic game is portable, thanks to magnetic letters and body parts.

Ages: 5+

Cognitive skills: auditory processing, logic & reasoning, attention, visual processing


  1. Rory’s Story Cubes ($9.76 on

A pocket-sized creative story generator for all imaginations!

Ages: 8+

Cognitive skills: problem-solving, logic & reasoning, creativity, visual processing


  1. Set Game ($6.95 on

Players review images on dealt cards for logical sets.

Ages: 4+

Cognitive skills: sequential thinking, processing speed, visual processing


  1. Magnetic Chess ($7.49 on

Take your rooks on the road, thanks to the power of magnets!

Ages: 8+

Cognitive skills: visual processing, strategy, planning, analysis, attention


  1. Battleship – Travel Edition ($7.99 on

This classic game teaches kids to narrow down where their opponent has put their battleships.

Ages: 7+

Cognitive skills: analysis skills, visual processing, logic & reasoning, attention


  1. My Word! ($5.98 on

Players search dealt cards and call out words using at least three cards.

Ages: 7+

Cognitive skills: sound blending and segmenting, sequential thinking, word analysis, visual processing, processing speed


  1. Sequence ($9.99 on

If you like the regular version of this strategy game, you’ll love the convenience of the travel version!

Ages: 7+

Cognitive skills: logic & reasoning, planning, problem solving, sequential processing, working memory, visual processing


  1. Rubik’s Cube ($7.48 on

Align the colors on the cubes so every side matches.

Ages: 8+

Cognitive skills: visual processing, attention, problem solving, deductive reasoning, strategy


  1. 15 Puzzle ($4.42 at

Just scramble the puzzle, then try to slide the numbers back in order.

Ages: 8+

Cognitive skills: memory, attention, planning, visual processing

Look for games that are appropriate for your child’s age, as well as any cognitive weaknesses of which you’re aware. You’ll know they’re learning, but they’ll just think they’re having fun!

What the Heck Is Auditory Processing Disorder?

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Find out what Auditory Processing Disorder is, and the signs of it.

Don’t be fooled by the word “auditory.” APD isn’t a hearing problem; it’s about how well the brain is processing the sounds that the ear receives. Find out the signs, assessments, and options for children, teens, and adults with APD.

 Signs of Auditory Processing Disorder

Auditory Processing Disorder can easily be misdiagnosed because the resulting struggles may be attributed to other causes. For example, a child who is struggling to understand verbal directions in class may struggle with grades, appear to be goofing off, act out in frustration, withdraw from interaction, or experience low self-esteem from the feeling that everyone else in the class “gets it” better than he or she does. At first glance, a teacher or parent might assume that this child is unmotivated, has ADHD, has behavior issues, is introverted, etc.

Children and adults with an auditory processing disorder can also struggle with communication: confusing words with similar sounds, or mispronouncing words altogether. They can also appear weak in social skills: showing a lack of confidence, not grasping verbal directions, not being able to hear and respond appropriately to content of conversations, etc. A child or adult with APD may especially struggle when in a noisy environment, or appear to have poor hearing because they frequently ask for things to be repeated or clarified.

As mentioned, some of these behaviors can also be exhibited, for example, by people with attention deficits who don’t grasp what they are hearing the first time around because they are distracted. Because of this, diagnosing APD cannot be done by looking at a list of symptoms. It must be done by an audiologist who administers a series of assessments in a sound-treated room.

Options for people with Auditory Processing Disorder

If someone is diagnosed with APD, there are three main courses of action. The first is making accommodations in the environment, for example, creating a quieter place to work or study. The second course of action involves developing other resources to compensate for the auditory processing deficit. This might include strengthening other skills, like attention, or learning active-listening techniques.

The third course of action involves taking efforts to strengthen the weak auditory processing skills themselves.

LearningRx, a brain training company, does not diagnose or treat any medical conditions, including APD. What they provide are mental workouts that strengthen cognitive skills, including auditory processing skills.

In fact, the company’s unique approach—which puts every client with his or her personal brain trainer for fun, intense mental workouts—has shown dramatic results for past clients with auditory processing weaknesses.

LearningRx measures the cognitive skills of all incoming clients, and has found that it is common to find low auditory processing skills among clients with diagnoses. The good news is that auditory processing is also the skill in which, among this group, we see the largest gains after the completion of a LearningRx brain training program.

The following chart shows the average improvements of more than 12,000 children and adults who came to LearningRx with some kind of diagnosis, including ADHD, dyslexia, TBI, and more. You can see that, after brain training, auditory processing improved by an average of 14 standard points among clients with ADHD, memory loss, dyslexia, and autism. (Standard points, by the way, rank where a person is performing in relation to their peers, and are measured on a 100-point scale from 50 to 150, with 100 considered “average.”)

Auditory processing improved by even more—an average of 15 standard points—for people with learning disabilities, TBI, and speech and language issues. 

Start with a comprehensive Cognitive Skills Assessment

LearningRx offers a comprehensive Cognitive Skills Assessment that identifies weaknesses in the following cognitive skills: attention, long-term memory, short-term memory, auditory processing, visual processing, logic & reasoning, and processing speed. The assessment is not administered for the purpose of diagnosis, but for pinpointing cognitive weaknesses that can be targeted and strengthened through brain training. It’s a good place to start because, as mentioned, the symptoms of weak auditory processing skills may be shared by other conditions.

Typically, LearningRx brain training programs consist of about five hours of training a week, for a period of 12 to 32 weeks. Families often find that going through a LearningRx program once produces the results they are seeking, and that ongoing training is not necessary.

To schedule a comprehensive Cognitive Skills Assessment—which is reasonably priced and takes about an hour—contact a LearningRx Center near you.