PEER - Peer Empowerment Education Resource

03/27/2026

Great information!

Is the EDS and Neurodivergence link real... or is it just a TikTok trend?

If you spend enough time on the chronic illness side of the internet, you have probably seen the comments:

"Isn't everyone suddenly diagnosing themselves with EDS and Autism?"

"Is this just a social media trend for people who want to feel different?"

"Are people just blaming their quirky behavior on hypermobility?"

It is completely valid to question why algorithms are suddenly serving up ADHD, Autism, and Ehlers-Danlos Syndrome (EDS) in the same breath. It looks like a massive internet fad.

But what if social media didn’t invent this overlap? What if the algorithm is just catching up to a biological reality that patients have been living with for decades?

Here is what the clinical research actually proves:
The link between neurodivergence (specifically Autism and ADHD) and connective tissue conditions is not an internet rumor. It is statistically documented science.

Recent clinical studies (like the extensive research by Dr. Jessica Eccles) have shown that if you are neurodivergent, you are significantly more likely to have symptomatic joint hypermobility or EDS compared to the general public. And if you have EDS, your chances of being Autistic or having ADHD are vastly higher.

Why does this happen? The Biological Theories:
We don’t have all the answers yet, but researchers are focusing on a few key areas:

Proprioception: Connective tissue is packed with sensors that tell your brain where your body is in space. In EDS, that tissue is overly stretchy, meaning the brain gets messy, delayed signals. This can deeply affect sensory processing and motor coordination—core features of neurodivergence.

The Nervous System: The autonomic nervous system (which controls heart rate, digestion, and stress responses) is often highly dysregulated in both EDS and neurodivergent populations. The brain and the body are constantly in a state of "fight or flight" survival mode.

The Missing Pieces in the Research:
While the statistics are undeniable, the mechanism is still a mystery.

The Subtype Gap: Right now, almost all the research focuses on Hypermobile EDS (hEDS) and Hypermobility Spectrum Disorders (HSD). But faulty connective tissue affects all 13 types. As someone navigating cEDS, I know how profoundly tissue fragility impacts sensory processing and fatigue. We desperately need researchers to expand these studies across the entire EDS spectrum.

The "Why": Science has proven the correlation, but we still need longitudinal studies to find the exact genetic or neurodevelopmental "why." Is there a shared gene? Does tissue differences alter early brain development? We are still waiting on those answers.

The Takeaway:
When people see a sudden wave of self-discovery online, it is easy to dismiss it as a "trend." But the reality is much more profound. For generations, people with complex, multi-systemic conditions were separated into different medical boxes—told their physical pain had nothing to do with their neurological differences.

Now, thanks to community sharing and emerging science, people are finally finding language that explains their entire lived experience. They aren't trying to be "different"—they are finally feeling understood.

👇 Let’s discuss in the comments: Were you surprised to learn there was a medical connection between connective tissue and neurodivergence? Did finding one piece of the puzzle help you understand the other?

(I spend hours translating clinical research for our community. If this helped connect some dots for you today, hit follow. Let's keep learning together.)

Disclaimer: I am an educational content creator (). I share research and lived experiences to foster community understanding. This is not medical advice or diagnostic criteria. Always consult a qualified healthcare professional for your specific care.

Educational Sources:

• Csecs JL et al. (2022) – Joint Hypermobility Links Neurodivergence to Dysautonomia and Pain

• Eccles JA et al. (2019) – Joint Hypermobility and Its Relevance to Common Psychiatric Conditions

• Bulbena A et al. (2017) – Psychiatric and Psychological Aspects in the Ehlers-Danlos Syndromes

03/26/2026

🌿 Post 18: If there’s no cure… why does a diagnosis matter?

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Diagnosis is often treated as the gateway to treatment.
But what happens when there is no cure?

It’s easy to assume diagnosis matters less in that context.
But it doesn’t, and overlooking that has real consequences.

A diagnosis does more than determine whether a condition can be cured.
It shapes what is recognized, what is missed, and how care unfolds over time.

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In multisystem conditions, diagnosis does more than guide treatment.
It shapes how conditions are tracked, studied, and understood at a population level.

When diagnostic clarity is delayed or never established, it begins to show up in predictable ways:

• prevalence is often underestimated
• research cohorts may not reflect the full spectrum of disease
• associated conditions are often under-recognized and underfunded
• opportunities for earlier intervention and prevention are often missed

This doesn’t just affect individual care.
It shapes how entire conditions are understood, studied, and prioritized within the medical system.

These patterns don’t just affect data.
They affect real people.

Over time, these gaps can become structural barriers to recognition, coordination, and effective care.

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This isn’t just theoretical.
It shows up in real clinical decisions.

I saw this firsthand while navigating the healthcare system as a patient.

And one conversation in particular has stayed with me.

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“Yes, you probably do have EDS, but there’s no cure, so you don’t need a diagnosis.”

That’s what my primary care physician told me in 2013.

And to be fair, she was an exceptional doctor in many ways.
But that was the last time I saw her.

That moment could have been the start of clarity.
Instead, forward progress stalled.

On one hand, she validated that I was likely on the right track.
On the other, my attempt to understand what was happening wouldn’t move forward in her care.

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Around that time, I had just graduated nursing school, and the full-body exhaustion and symptoms persisted.

I could no longer attribute it to stress.

So I did what many of us eventually do.
I started studying my own symptoms as a case study of one.

And at some point, I came across something that finally made everything click.

Not just the more obvious symptoms,
but the smaller ones I had normalized over time.

The ones that had always been there.
The ones that spanned a lifetime.

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Part of me was grateful.
Even partial validation is something many people in the chronic illness community never receive.

But another part of me knew something didn’t sit right.

I wasn’t looking for a cure.
I was trying to understand my body.

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Was she right?
Was it pointless?

It didn’t feel like a theoretical question.
It felt like something that needed to be figured out.

From a clinical perspective, a diagnosis does more than name a condition.
It shapes the differential, guiding what providers consider and rule out.

Without a unifying diagnosis, symptoms are often evaluated in isolation,
and the differential can remain narrow or fragmented across specialties.

In practice, that can look like seeing multiple providers,
treating individual symptoms,
but never quite connecting the bigger picture.

With a diagnosis, the differential becomes more clinically useful.
Related conditions are more likely to be considered,
patterns are recognized earlier,
and care can be approached within a more complete framework.

In my own case, that shift in perspective changed the trajectory of my care.

That shift didn’t happen all at once. It happened through a change in how my case was approached.

Because of my vascular features and ongoing symptoms, I requested a referral to genetics to better understand what might be underlying them.

During that evaluation, clinical findings supported a diagnosis of hypermobile Ehlers-Danlos syndrome.
Given my family history, additional testing was then ordered to rule out other connective tissue disorders, including vascular Ehlers-Danlos syndrome and Marfan syndrome.

After diagnosis, patterns became easier to recognize, harder to miss, and easier to manage over time.

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And it didn’t just change how my case was managed. It changed how I understood my body.

Getting a diagnosis didn’t cure me, but it changed how I understood what was happening.

It helped me psychologically, and it helped me physically in ways I didn’t expect.

I learned how to move differently,
how to avoid hyperextending my joints,
and how to work with my body instead of against it.

I was able to connect additional pieces of the puzzle,
including comorbidities that made more sense in context.

I found a community of people who understood what I was experiencing,
and who were also looking for ways to manage it.

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What I experienced isn’t unique to me.
It reflects a broader clinical pattern seen across multisystem conditions.

Ehlers-Danlos syndrome may not have a cure.

And this is where the role of diagnosis becomes clearer.

A diagnosis isn’t just about whether something can be cured.
It determines whether something is recognized, understood, and managed appropriately.

Because when something isn’t recognized,
it’s often not fully understood.

And when it isn’t understood,
it’s more likely to be dismissed, fragmented, or missed entirely.

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And that changes everything.

Diagnosis doesn’t always change the condition itself.
But it changes how it’s approached.

The impact of that is often underestimated.
It shouldn’t be.
Because it shapes everything that follows.

For many people, it changes whether they are navigating it alone
or with a framework that actually makes sense.

And that clarity changes everything.

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If you’ve navigated something similar, you’re not alone.

Have you ever been told a diagnosis didn’t matter because there was no cure?

Understanding our bodies isn’t optional.
It’s a fundamental part of appropriate care.

These conversations matter, and they deserve to be approached with thoughtfulness and respect.

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03/23/2026

This is a great explanation of why copy and pasting medical content (or any content) can be a problem.

Using the share button keeps the original source attached, which means updates, corrections, and context aren’t lost along the way.

As someone who spends a lot of time digging into patterns and trying to make information clearer and safer for others, this really matters. Accuracy doesn’t just come from the content itself, it comes from being able to trace it back to where it came from.

Let’s talk about how we share information in the EDS community (and why copy-pasting can be dangerous).

​We all share a common goal: raising awareness and supporting people living with Ehlers-Danlos Syndrome and chronic illness. I am always thrilled when my research resonates with you, and I fully encourage resharing my posts, adding your own experiences to them, and using them to spark conversations.

​However, there is a massive difference between resharing a creator's work and copy-pasting their work without credit. Recently, my content—along with the hard work of several other dedicated creators in this niche—has been repeatedly copied word-for-word and posted by large community pages, specifically the Ehlers Danlos Syndrome Support page.

​I want to address why this isn't just a creator complaining about credit. It is actually a massive issue for community safety.
​I pride myself on creating highly researched, fact-checked content. But the science around EDS is constantly evolving, and I am human. If I make a mistake, or if clinical guidelines change, I immediately issue a correction or update my original post so my community has the right information.

​When a page strips away the original author and copy-pastes the text, that chain of accountability is broken. If they steal a post that contains an error, or one that becomes medically outdated, they are broadcasting misinformation to nearly 100,000 people. When I fix my post, their stolen version stays up, actively harming the community we are all trying to protect.

​Advocacy requires accountability. Ehlers Danlos Syndrome Support
​To the admins of community pages: Please use the Share button. Tag the original researchers and creators. Add your own value and perspective to the conversation. But please stop scraping our content. Let's work together to make sure the EDS community is getting the safest, most accurate, and most accountable information possible.

03/23/2026

🌿 Post 17: Wait… That’s not just cellulite

When what looks like cellulite may be part of a much deeper pattern

At some point, you may have noticed something that didn’t quite add up.

The texture looked familiar.
The explanation sounded familiar.

But the way it behaved… didn’t.

And that’s usually where something starts to feel off.

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You might notice areas that:

Feel heavier or more dense
Look different from surrounding tissue
Do not change much with diet or exercise
Seem to gradually increase over time

At first, it’s easy to assume it’s just cellulite or typical weight changes.

Because that’s what most people are told.

In part, that’s because these patterns are not always widely recognized.

They often get grouped into more familiar explanations,
like typical fat distribution, weight changes, or fluid-related swelling.

And in many cases, they’re not something providers are routinely trained to assess in detail.

So the pattern itself can be easy to miss.

But when something doesn’t respond the way you expect…

that’s usually where it’s worth paying attention.

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In some cases, the pattern itself starts to stand out.

It may:

• Be more symmetrical
• Affect specific areas like the legs or arms
• Spare the hands or feet
• Feel more firm or slightly lumpy under the skin

Some people describe this texture as feeling like rice, small peas or walnut-like under the skin.

This area may also feel more sensitive or tender to pressure.

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Here’s where it gets interesting.

Not all tissue that looks similar is behaving the same way underneath.

In some cases, the issue isn’t just fluid.

It can involve how fat is distributed
and how the surrounding connective tissue is structured.

That can change how it feels,
how it responds,
and how it progresses over time.

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These patterns are sometimes discussed in the context of lipedema.

Lipedema involves changes in fat distribution
and how the tissue itself behaves.

It is not simply fluid-related swelling,
and it does not always respond the same way as typical swelling.

Some of these patterns may be discussed in the context of connective tissue differences in how tissue is supported, though they are not limited to a single diagnosis.

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That overlap is part of what can make this so confusing to sort through.

Because it may be labeled one way,
but behave very differently over time.

Lipedema and lymphedema can sometimes look similar on the surface
but involve different underlying processes.

One involves changes in fat distribution and connective tissue.
The other involves how fluid is moving and being cleared.

In some cases, both lipedema and lymphedema can be present, which can add to the complexity.

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For many people, this can feel like a bit of a black hole within the medical system.

Especially when these patterns start showing up at a younger age.

They may not match what providers expect to see.
They may not fit neatly into common categories.

And without a clear framework to describe them,
they can be easy to overlook or dismiss.

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Recognizing patterns does not require having all the answers.

But it can change what you notice,
what questions get asked,
and how your experience is understood.

This is one of those patterns people often only recognize after someone points it out.

If you don’t have clear answers yet, that doesn’t mean the pattern isn’t there.

Sometimes having what you’re noticing consistently documented can make those patterns harder to overlook and easier to recognize over time.

And as those patterns become clearer, it can also become easier to notice when something doesn’t quite fit.

When that happens, it may be a sign that there’s still more to the story worth exploring.

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If something about this feels familiar…

you’re not imagining it.

Sometimes just noticing the pattern is enough to start making sense of it.

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🌿

03/22/2026

💜 March is and we want to celebrate by inviting you to share this with a friend! 🤝

What exactly is and why is so vital? It is a chronic condition caused by damage to the lymphatic system that leads to swelling in the arms, legs, or other areas of the body. While there is no cure, early diagnosis and make a life-changing difference for our . ✨

The National Lymphedema Network supports patients, caregivers, and clinicians through trusted resources and a strong, connected community. Because when we support each other, care improves and no one has to face this journey alone. 🏥

➡️ Join our mission and learn more today: https://bit.ly/4jV8022

03/22/2026

🌿 Post 16: Not all swelling is the same

In the last post, we looked at how lymphatic flow and connective tissue influence how fluid and fats move through the body.

This is one place where those differences can start to show up.

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Swelling is often grouped into one category.

But in reality, it can come from different processes in the body, and those differences matter.

Some swelling leaves an imprint when you press on it.
Some doesn’t.

Some improves with elevation.
Some stays relatively unchanged.

Swelling often shows up on both sides.
Sometimes it may be more noticeable on one side.
That difference can offer additional clues.

For many people, it is not always obvious which type they are experiencing.

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One common type is often referred to as pitting edema.

This is when pressure leaves a visible indentation in the skin.
It is often associated with fluid that is more easily displaced.

Another pattern may feel different.

Swelling that feels more firm or resistant
and does not leave a lasting imprint.

This is often described clinically as non-pitting edema.

In some cases, swelling does not fit neatly into one category.

It may have features of both
or change depending on time of day, position, or other factors.

This is sometimes described as mixed edema.

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The way swelling responds to pressure can offer clues about how fluid is being handled in the body.

These differences do not always point to one single cause.

But they can reflect how fluid is moving
how it is being cleared
and how surrounding tissue is responding.

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This does not mean you need to figure this out on your own.

But noticing how your swelling behaves
can help you better describe what you are experiencing
and make those conversations with your provider more productive.

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This is where things can start to feel confusing.

Because two people can describe swelling in very similar ways
but what is happening underneath may not be the same.

That’s part of what can make it feel confusing.

And that difference can change how swelling behaves over time.

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In some cases, differences in connective tissue may influence how these systems function,
but those patterns can vary widely from person to person.

These patterns are sometimes discussed in that context,
but they are not limited to any one diagnosis.

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If you have ever noticed that your swelling does not behave
the way others describe theirs…

you are not imagining it.

Sometimes the details matter more than the label we have been given.

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If this made something click for you, you are not alone.

And if it might help someone else better understand what they are experiencing,
feel free to share.

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03/20/2026

🌿 Post 15: What if swelling and high cholesterol weren’t separate problems?

Swelling.
High cholesterol.

Most people are told these are completely separate issues.

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Different symptoms.
Different specialists.
Different explanations.

But what if they’re not?

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In the last post, we looked at connective tissue as the body’s structural framework.

One place that framework matters more than most people realize
is the lymphatic system 💧

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Unlike the heart, the lymphatic system doesn’t have a central pump.

It relies on movement and surrounding connective tissue
to help move fluid, fats, and inflammatory signals through the body.

Much of the fat absorbed from food actually travels through this system
before entering the bloodstream.

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So what happens if that movement changes?

Fluid can start to build up.
Fats may not move as efficiently.
Swelling and inflammation can increase.

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And over time, those changes don’t stay isolated.

They can start to show up as symptoms
that don’t seem connected at first.

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For some people, this may first show up as things like:

Swelling
Unexplained bruising (often described clinically as “easy bruising”)
Stubborn fat distribution
Changes in cholesterol or lipid patterns

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Over time, if that pattern continues,
some may also notice heavier or more painful legs.

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Not everyone will experience all of these,
and they don’t always appear in the same order.

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This doesn’t point to one single diagnosis.

But it may help explain why some people feel like they’re managing
multiple separate issues…

when they may actually be seeing different expressions
of the same underlying pattern.

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In some cases, differences in connective tissue
may play a role in how these systems function.

This is still an evolving area of research,
but recognizing patterns like this can be an important first step.

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Sometimes the connection only becomes visible
when you step back and look at the body as a whole 🔍

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If this made something click, you’re not alone.
And if it might help someone else connect a pattern, feel free to pass it along.

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03/19/2026

Knowing the difference can be helpful

Common medical imaging and diagnostic test simplified ⬇️

03/18/2026

We’re delighted to share our new guide to Mast Cell Activation Syndrome (MCAS) for Physicians. MCAS symptoms are often multi-systemic, making the condition difficult to recognise. This guide offers a concise overview of symptoms, diagnostic criteria, Comorbidities and management and treatment of Mast Cell Activation Syndrome. All in a quick and easy format. Access the guide here

https://ow.ly/HjQU50YtyE2

03/18/2026

Tendon Vs Ligament: Visual Notes 📝

🦴 TENDON

→ Connects muscle to bone
→ Made of dense, parallel collagen fibers (very strong, low elasticity)
→ Transfers force generated by muscle contraction to bone
→ Enables movement at joints
→ Poor blood supply → heals slowly when injured
→ Examples: Achilles tendon, biceps tendon

🦴 LIGAMENT

→ Connects bone to bone
→ Made of collagen fibers with slight elasticity
→ Provides joint stability and alignment
→ Prevents excessive or abnormal joint movement
→ More elastic than tendons, but still strong
→ Examples: ACL, PCL, medial collateral ligament

⭐ KEY DIFFERENCE TO REMEMBER

→ Tendon = Movement (muscle pulls bone)
→ Ligament = Stability (bone holds bone)

03/18/2026

🌿 Post 14: The body’s hidden framework

These patterns are often missed… not because they aren’t there.

After recognizing how symptoms can span multiple specialties, a question often comes up:

Why do so many seemingly different symptoms appear together?

For many people living with complex conditions, this is one of the most confusing parts of their health story.

Part of the answer may lie in something present throughout the body: connective tissue.

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What is connective tissue?

Imagine a building.

A structurally sound building relies on a strong framework: the beams and supports that hold everything together.

When those structural materials are stable and functioning as intended, the building can support walls, plumbing, wiring, and everything inside it.

The human body works in a similar way.

Connective tissue forms the structural framework of the body, surrounding and supporting structures such as:

• joints
• blood vessels
• lymphatic vessels
• nerves
• skin
• fat tissue
• organs

In fact, collagen, one of the main connective tissue proteins, makes up roughly one-third of the body’s total protein.

When this structural framework functions as intended, it helps support many different systems throughout the body.

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What happens when the structure is less stable?

Now imagine if some of the structural materials in a building were less stable.

The building might still stand, but problems could begin to appear in different areas.

Walls might crack.
Floors might shift.
Plumbing or wiring might be affected.

From the outside, the buildings may look very similar, even though the structures supporting them can vary significantly.

But inside, the structural framework may be functioning differently.

In the body, sometimes the symptoms aren’t separate problems. They’re different signals from the same underlying structure.

Conditions that affect connective tissue can sometimes work in a similar way.

Because connective tissue is present throughout the entire body, differences in this structural framework can influence multiple systems at the same time.

Understanding this shared framework can sometimes help explain why symptoms appear across multiple specialties.

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Why do patterns show up together?

For example, people with connective tissue differences may experience patterns involving:

• joint instability
• dysautonomia
• mast cell–related reactions
• gastrointestinal symptoms
• chronic pain

At first glance, these symptoms may appear unrelated.

But they can share the same underlying structural framework.

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🌱 The key insight

The body is not organized into completely separate compartments.

It is built on a shared structural framework.

When that framework is less stable, multiple systems may be affected at the same time.

For many people, recognizing this pattern is the moment things finally start to make sense.

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