Winnipeg Occupational Therapist Discoveries in Therapy

Winnipeg Occupational Therapist Discoveries in Therapy information to persons experiencing sensory processing and self regulation differences

Very interesting…https://www.facebook.com/photo.php?fbid=122180034386612494&set=a.122138971304612494&type=3
04/08/2026

Very interesting…

https://www.facebook.com/photo.php?fbid=122180034386612494&set=a.122138971304612494&type=3

Your body is constantly sending you signals - your heart beating faster, your stomach churning, your muscles tensing.

"Interoception" is the fancy word for how well you notice and interpret those internal body signals.

This recent study asked: in autistic teenagers, what's actually driving their anxiety? Is it how accurately they can detect those body signals, or is it what they believe about those signals?

They studied 37 autistic adolescents. The teens filled out questionnaires measuring their autism traits, anxiety levels, alexithymia (difficulty identifying your own emotions), and their beliefs about their body signals. They also did heartbeat-counting tasks where they tried to count their own heartbeats without touching their pulse to measure how objectively accurate their interoception was.

Then they ran statistical analyses to see which of these factors actually predicted anxiety.

What they found: The only interoceptive variable that significantly predicted anxiety was something called BPQ-ANSR — basically, the teens' beliefs about how reactive their body is.

It didn't matter whether a kid could actually feel their heart beating accurately. What mattered was whether the kid THOUGHT their body was going haywire all the time - "my heart races, my stomach drops, I get sweaty." Those beliefs about body chaos predicted anxiety.

They also found that autism traits amplified that effect. The more autistic traits a teen had, the stronger the link between those distressing body beliefs and anxiety.

The third finding: Alexithymia (trouble naming emotions) was connected to interoceptive insight and heartbeat accuracy, but alexithymia itself didn't predict anxiety and didn't act as a middleman between interoception and anxiety.

The researchers suggest something really interesting: the mismatch between what your body is actually doing and what you think it's doing might show up first as alexithymia in adolescence and could be a precursor to anxiety developing later.

A lot of interoception work focuses on improving accuracy, things like "can you feel your heartbeat? can you notice when you're hungry?"

This study says that's NOT where the anxiety lives. The anxiety lives in the story the kid tells themselves about their body signals.

A kid who believes "my body is always doing something scary and out of control" is the kid who develops anxiety, regardless of whether they're actually good at detecting those signals.

So therapeutic work should also target those beliefs, not just accuracy.

For example, if your kid says things like "my heart is pounding" or "I feel sick" or "something feels wrong in my body" before anxious moments, the instinct might be to say "you're fine, nothing is wrong." But this research suggests they genuinely experience their body as reactive and overwhelming. The more useful approach is helping them reframe what those signals mean honestly.

For example "Your heart beats faster for tons of reasons.. when you move, when you're warm, when you're thinking hard, when you're mad, or worried or excited...It speeds up and slows down all day. The feeling isn't dangerous, it's just... noticeable. And maybe uncomfortable. I wonder what else you notice right now"

If a kid can start to recognize "oh, my heart is doing the fast thing and I also have a math test today... so maybe this is the nervous feeling," that's interoceptive-emotional linking happening in real time.

You're not just normalizing the body signal, you're helping them label what's behind it without making the signal itself the scary part.

There are several other much larger studies that converge on this same core idea.

The overall picture from the larger body of research is: it's not that autistic people can't feel their body signals (the findings on that are genuinely mixed - can some autistic individuals not feel their body signals or do they experience and communicate their body signals differently than neurotypical benchmarks so have had them dismissed their whole lives?)

What's more consistent in research is that the way they interpret, evaluate, and respond to those signals is what connects to anxiety. And consider where those beliefs may come from... a lifetime of 'you're fine, nothing is wrong' doesn't teach a kid their body is safe. It teaches them not to trust what they feel.

**Note: This graphic is a screenshot of recently published research. It shows the title of the study, the authors' names, and the DOI link. The caption summarizes the research and the researchers' findings and conclusions. This is shared strictly as information to our audience and is not intended as an endorsement or a claim that the research findings are definitive.**

[ Image description: A screenshot of a research article from ScienceDirect. The journal is Research in Autism, Volume 132, April 2026. The article title is 'Understanding anxiety in autistic adolescents: The predictive role of interoceptive beliefs and insight' by Lauren Craik, Lisa Quadt, Matt Garner, and Gaby Pfeifer. The Think Sensory logo appears at the bottom of the image. ]

Very good!
04/03/2026

Very good!

I know that when you kid totally loses it over not getting what they want, they seem spoiled or bratty or manipulative. It's so exhausting to continuously offer co-regulation through huge melt-downs.

Let's put on our x-ray vision goggles and look a little deeper at that meltdown.

No one likes to not get what they want.

When I don't meltdown over a disappointment or boundary, it's because I have enough regulation to manage the frustration.

Most of the time, I gave grumble a bit but not meltdown.

Sometimes, I have a meltdown.

I know it just looks like crummy behavior but it's really about needing some brain and body support.

If we help to strengthen our kids' owl brains, they'll still be disappointed when they don't get what they want (me, too!) BUT they will be able to regulate through some of that disappointment a bit better and avoid a huge meltdown.

Check out episode 92 of The Baffling Behavior Show for some concrete tips on growing your child's owl brain and strengthening their frustration tolerance!

Yes!!
04/03/2026

Yes!!

Brain scans show that writing by hand activates memory, learning, and motor regions in ways that typing simply does not. And as we age, that difference matters more than you think.

A 2026 review published in Frontiers in Aging Neuroscience mapped the neural and motor mechanisms of handwriting across the lifespan. The findings confirm that handwriting engages a distributed network of brain regions, including the primary motor cortex, premotor cortex, supplementary motor area, basal ganglia, cerebellum, and parietal cortex.

Typing activates far fewer of these regions.

Research from the Norwegian University of Science and Technology found that college students showed increased brain connectivity when handwriting words compared to typing them. The researchers suggested handwriting may boost learning and memory through greater neural engagement.

A separate systematic review found that writing-based therapies, including journaling and even simple handwriting practice, showed cognitive and emotional benefits for people with mild cognitive impairment and dementia.

Think about what this means for your daily life. Every time you write a grocery list by hand instead of typing it into your phone, you are giving your brain a workout. Every handwritten note, journal entry, or letter activates circuits that support memory consolidation and fine motor control.

This is not nostalgia. This is neuroscience.

In a world that is increasingly digital, picking up a pen might be one of the simplest brain-protective habits you can adopt.

Try journaling by hand for five minutes tonight. Your brain will thank you.

When was the last time you wrote something by hand?

https://www.facebook.com/photo.php?fbid=122179229072612494&set=a.122138971304612494&type=3
03/31/2026

https://www.facebook.com/photo.php?fbid=122179229072612494&set=a.122138971304612494&type=3

A brand new study published in Research in Autism explored what's going on underneath demand avoidance in autistic children and teens - more specifically, whether sensory processing and intolerance of uncertainty (not knowing what to expect, not knowing how long something will take, etc) play a role, and whether that looks different depending on the child's profile.

So here's what that all means and what they found.

How they did it:

Parents and caregivers of 795 children total aged 4–17 completed an online questionnaire covering demand avoidance traits, autism traits, anxiety, intolerance of uncertainty, and sensory processing patterns.

The kids were grouped into three categories: autistic children with a PDA profile (475), autistic children without a PDA profile (171), and neurotypical children (94).

** If you're not familiar with PDA (Pathological Demand Avoidance, or as many in the neurodiversity community have reframed it, Persistent Drive for Autonomy) it's a profile within autism where a person experiences intense anxiety and distress in response to everyday demands and expectations. Things like getting dressed, brushing teeth, transitioning between activities, or even things the child genuinely wants to do can feel overwhelming. The avoidance isn't willful defiance or opposition, it's a nervous system response.

What they found:

Across ALL THREE groups, higher levels of anxiety and autism traits = more demand avoidance. That was consistent regardless of group.

Basically, autism traits exist on a continuum in the general population everyone has *some* level of traits that are associated with autism (like preference for routine, sensitivity to change, social communication style). The neurotypical kids in this study aren't autistic, but within that group, the kids who had relatively more of those traits also showed more demand avoidance.

BUT what was happening underneath the avoidance looked DIFFERENT depending on the group.

For autistic children with a PDA profile, "sensory reactivity" (particularly tactile sensitivity and sensory seeking but not only those things) was a unique predictor of demand avoidance, even AFTER accounting for anxiety and autism traits.

That means the sensory experience these children are having appears to be a significant factor in why they avoid certain demands.

But for neurotypical children, intolerance of uncertainty was what predicted demand avoidance. And for autistic children without a PDA profile, neither sensory reactivity nor intolerance of uncertainty added anything beyond anxiety and autism traits alone.

Why this matters:

When an autistic child with a PDA profile is avoiding a demand, their sensory environment may be playing a much bigger role than most people realize.

The researchers suggest that support for these kids should take environmental sensory demands into account - what does the space feel like, what textures or sensations are involved, how much sensory input is happening at once - rather than focusing only on the avoidance itself (which to be fair, is something that should be taken into account for all kids anyways)

However, this reframes demand avoidance as something that can make a lot of sense from the child's perspective. A child pulling away from a task may be communicating something important about what their nervous system is experiencing in that moment.

Understanding that better helps us shift our focus from changing the child's behavior to changing what the environment is asking of their body.

03/22/2026
02/24/2026
Great image!
02/18/2026

Great image!

What about teaching kids how to think!
02/15/2026

What about teaching kids how to think!

Analysis of more than a million high schoolers in two major cities shows the downsides of leniency in how teachers grade students. Some of that shift is coming from pressure by administrators.

02/07/2026

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