A personal case study of physiological reprogramming through pain analysis.
How I used pain as a diagnostic tool, not something to ignore or push through emotionally. Injury became data. It shaped my rehab, rewired my training, and built the system I wish I had from the start.
Not your wellness influencer.
None of that mindless optimism. Just the raw truth of what it took to go from a broken body in Amsterdam to a pain-free personal best in Rotterdam.
This is for women who want to train smarter, not harder. Who’ve felt dismissed or misdiagnosed. Who know their body has more to give, but they’ve been taught to read and train it wrongly.
My Villain Origin Story: Impulse & Ego in Amsterdam
I’ve been a runner for over a decade. Not elite, not overly structured, but consistent. Running has always been integrated into my lifestyle, keeping me healthy, happy, and hot (my officially trademarked 3H method, eheh).
Then, in July 2024, looking for a physical and mental challenge, I impulsively signed up for the Amsterdam Marathon. The race was in October, and that gave me just three months to prep.
I thought I could wing it—but, as we’ll find out, I couldn’t.
How could I be so relentless, given that earlier in summer 2023, I’d already canceled a 16km race because my hips and hamstrings were too painful to even run 5km without limping? Quite a big red flag, huh?
But I did what a lot of us do: ignored the signs, hyper-focused on just getting mileage in, skipped structured strength work, ate emotionally, and partied a little too close to the Amsterdam Marathon race day.
(Yes—alcohol a month out can derail performance. It impacts recovery, muscle protein synthesis, hormonal balance, and sleep quality. Especially for women in peak training phases.)
Amsterdam: The Crash
In the three months that led to the marathon, I admit, I trained inconsistently. I underestimated what it would take to prepare my body: how many runs, how much mileage, and how much intentional structure was required to endure 42.2 km.
The cherry on top? I made what turned out to be a huge mistake: I drank heavily two weeks before the race. It sounds harmless, but it wasn’t.
Here’s what the science says: alcohol, even a single night of binge drinking, can impair muscle protein synthesis for days, reduce REM sleep quality, and spike inflammation. If you’re in a critical training window, it can set your progress back by weeks, not days.
The price was paid on race day: brutal doesn’t quite cover how I would describe my experience.
Roughly a third of that race was run in hip agony. The rest was pure mental fragmentation.
I crossed the finish line limping, crying, and barely present in my own body.
I couldn’t walk for a week. All I could think of was:
Was I just not built for this?
Was I weak? Genetically mediocre?
That inner monologue is dangerous, but it lit a fire.
Because underneath the self-doubt was a brutal truth: I didn’t respect the distance, nor my body. I was charging ahead with my blind ego.
Yet this pattern of hip pain I noticed in 2023 and 2024 catapulted me into deep research into its root cause.
Misdiagnosis After Misdiagnosis
I saw multiple physiotherapists. None had conclusive answers. I was given the wrong exercises. Told to strengthen what was already overstressed. And in the process, my hip inflammation got worse. They treated isolated symptoms, not the system.
Desperate for clarity, I bounced between clinics. I had scans, exams, reassessments. The MRIs suggested a potential hip labrum tear, but even the orthopedic surgeon wasn’t convinced.
So they dropped the case. Just like that. No one looked at the movement pattern behind the pain.
The handling of my injury? Lame and infuriating.
But it pushed me to take matters into my own hands.
Cape Town Changed Everything
Five weeks after the Amsterdam marathon, I was in Caper Town, South Africa. My boyfriend referred me to a physio and to a fascia specialist he trusted. I was skeptical at first, especially about the fascia work. But it ended up changing everything about my recovery.
Within two sessions, we had a clear picture:
- My glutes weren’t firing because of whiplashes I had in my childhood and teenage years.
- My hip flexors were overcompensating and burning out.
- My entire kinetic chain was misfiring under load.
By the time I returned to Amsterdam, my body felt completely different: stronger, more informed, and focused on what actually needed to be done.
Through the Capetonian specialists’ guidance, we discovered what no one else had figured out:
My glutes don’t activate instinctively. They need to be manually stimulated before any session. Otherwise, they stay dormant, leaving my hip flexors to do all the work—and eventually burn out.
(How myofascial release and muscle activation work is a story for another article, but here’s the short version: for me, it meant pressing and massaging two very specific points to release my hip flexor fascia and signal to my glutes that it was their turn to work. It was mechanical. And it worked.)
My physios also told me something no one else had said clearly before:
Stop overstretching. There’s no benefit.
And never push through pain. Work around it.
There’s no badge of honor in reckless suffering.
I also learned that strength training is non-negotiable: it’s the oxygen of sustainable performance:
- Strength training is non-negotiable for endurance athletes.
It improves running efficiency, reduces injury risk, and builds the muscular support your body needs over long distances.
- Lean muscle mass improves energy efficiency.
The more muscle (relative to fat), the better your body can store and use energy during endurance performance.
- Muscles do more than power movement—they stabilize and protect.
They absorb impact and reduce the strain on joints, tendons, and ligaments. Without strong, active muscles, those passive structures are forced to take the load—leading to breakdown and injury. You want high-quality muscle doing the work.
Rotterdam: The Blueprint
Once I identified the root issue—dormant glutes and overloaded hip flexors—I rebuilt my entire approach. This wasn’t just troubleshooting; it became the blueprint for how I’d train moving forward.
I implemented a consistent glute activation protocol before every session.
Manual stimulation ensured proper firing patterns, offloading stress from my hip flexors and restoring balance to my stride.
Strength training was restructured completely:
- Lower reps, heavier weights
- Slower tempo to build neuromuscular control
- Targeted focus on glutes, hips, and quads
- Reduced joint strain and reliance on passive structures like tendons
Nutrition followed the same level of precision.
I tracked macros daily:
- 160g protein
- 50g fat
- 260g carbs
Adjustments were based on training load:
- Protein was timed for recovery
- Carbs were increased during high-volume weeks
- The taper phase demanded deliberate balance—between load, rest, and fuel
Carb-loading protocol:
- Began 7 days out
- Gradual ramp to 8–10g/kg of bodyweight in the final 48 hours
- Kept it simple and digestible: rice, mashed potatoes, tuna
- Daily electrolytes for hydration control
The goal wasn’t control for its own sake—the goal was a pain-free marathon and a sub-4-hour performance.
Race day plan:
- Breakfast: baguette, salted butter, two coffees
- One gel every 35 minutes
- Water at every aid station
- 400mg paracetamol at KM 6 and 21.1 , I know, not ideal for the gut but it was a calculated choice. Amsterdam had taught me not to gamble with pain.
The real surprise came when the painkillers wore off—and my hips still didn’t hurt. Not at 30 kilometers, not at the finish line, nor in the following days.
And, at the end of the day, my goal was simple: sub-4 and pain-free. I hit both.
Recovery As If It Was My Job
I didn’t sulk after the race. You know I can’t stand still. I treated semi-active recovery like part of training—because it is.
Instead of lying in bed pretending I was healing, I committed to 30 days of gentle daily yoga. Not for stretching, but for physiology, mental clarity, and structured reflection on everything that led up to race day.
The science backs it:
- Activates the parasympathetic nervous system (rest and repair)
- Improves joint mobility and muscle elasticity
- Enhances circulation and reduces post-race inflammation
- Restores neuromuscular coordination disrupted by high-volume load
Studies show that yoga post-endurance reduces delayed onset muscle soreness (DOMS) and supports connective tissue recovery.
By week three, I’ll add strength back in twice per week, and layer in low-intensity running to reestablish aerobic flow.
What I Learned (The Hard Way)
- Pain is not weakness. It’s feedback.
- Misfiring muscle systems can’t be willed into performance.
- Strength is protective. Especially for women, especially in endurance sports.
- You don’t earn badges by pushing through the wrong kind of pain.
- Endurance is built in silence: in the gym, in the kitchen, in how you sleep and recover.
Disclaimer
I haven’t covered every aspect of my marathon prep in this article—and that’s intentional. More focused, deep-dive pieces are coming. I’ll be writing about nutrition, specific physio exercises, the science behind myofascial release, as well as the roles of sleep and recovery in performance.
This piece was meant to zoom in on one core objective: why pain management became one of my main marathon goals.
More soon.
Sportiva Retreats 
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