“He heals the brokenhearted, and binds up their wounds.” Psalms 147:3
I’m sharing this because high blood pressure is often treated as something that appears suddenly, as if it arrives because someone is careless, unhealthy, or unable to cope. That assumption is not only wrong in my case — it erases the real cause.
What my body is showing now is the end point of prolonged exposure. It is not a momentary spike, not a bad day, and not a failure of resilience.
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This was built over time
My blood pressure did not rise because of one stressful event. It rose because my body was held in a state of continuous threat for years, with no meaningful relief, no real safety, and no ability to stand down.
When a human nervous system is forced to remain on high alert long-term, blood vessels stay constricted, recovery never fully completes, and the body gradually stops trusting that rest is safe. That process is not psychological weakness. It is biological adaptation.
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What the 24-hour monitor showed (14 February 2019)
In the early stages of what I now understand to be unmanaged psychosocial hazards at work, I wore a 24-hour ambulatory blood pressure monitor on what was recorded as a “normal” workday.
The results were not borderline.
Across the full 24 hours, my average blood pressure was 146/100 mmHg. During working hours, it averaged 151/103 mmHg. Even overnight — when the nervous system is meant to stand down and recover — it remained 130/92 mmHg. My maximum recorded reading reached 185/123 mmHg.
Ninety-six percent of my diastolic readings over the 24-hour period were above the normal threshold. During the day, 79% of systolic readings and 79% of diastolic readings were elevated. Even at night, 100% of diastolic readings were above the accepted limit.
This was not a single spike. It was sustained hypertension across an entire “ordinary” day and night.
This pattern is clinically consistent with autonomic dysregulation.
When the sympathetic (“fight-or-flight”) system remains chronically activated, blood vessels stay constricted and baseline vascular tone remains elevated. The body does not fully transition into parasympathetic recovery, even during sleep. The result is sustained diastolic hypertension, exaggerated daytime peaks, and inadequate restorative dipping.
In plain terms, my cardiovascular system was behaving as though it was under continuous threat — because it was.
This was not a brief emotional reaction. It was sustained physiological activation across a full 24-hour cycle.
I was formally diagnosed with hypertension and commenced medication as a result.
This is what prolonged workplace threat and unmanaged psychosocial hazard exposure can look like in the body.
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What this is called
There is a name for this pattern.
Neurogenic hypertension refers to high blood pressure driven or amplified by the nervous system, particularly the sympathetic — or “fight-or-flight” — system.
In plain language, it means the brain and nervous system are continuously signalling “danger,” and the cardiovascular system is being forced to stay in a high-alert state.
Normally, the body alternates between sympathetic activation (alert, mobilised) and parasympathetic recovery (rest, repair). In neurogenic hypertension, that balance is lost. The parasympathetic system struggles to regain control. Blood pressure can remain elevated even at rest or during sleep. Small stressors can trigger disproportionate spikes.
This is not imagined. It is measurable.
Autonomic dysregulation leads to persistent physiological arousal, exaggerated responses to small stressors, and a failure to return to baseline even in safe conditions.
Importantly, this is reflexive, not voluntary. You cannot “think” your way out of it.
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The number that made me stop
When my blood pressure recently measured in the 170s over 100s, with one reading at 173/112, I didn’t see a random medical problem. I saw evidence.
That number is not the beginning of the story. It is the receipt for what my body has been carrying.
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What is actually happening in my body
In my case, the pattern reflects something very specific. My fight-or-flight system has been overpowering my baseline blood-pressure control. This is not “just anxiety.” It is sustained physiological stress load.
When the nervous system is held in threat mode for too long, it does not switch off simply because someone lies down, rests, or appears calm on the outside. People in this state can have markedly elevated blood pressure, particularly the lower number, while their pulse looks relatively normal. They can experience significant blood-pressure spikes even while at rest.
It can look like feeling wired but exhausted. Hypervigilance. Startle responses. Internal agitation. Difficulty relaxing even when tired. Sleep that is broken or non-restorative. Early morning waking with an adrenaline surge. Appetite disruption. Nausea during stress. Irritability without wanting to be. Emotional flattening or overwhelm.
These are downstream effects, not the cause.
That combination is not random. It makes sense once the cause is understood.
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Why clinicians sometimes miss it
Blood pressure guidelines focus heavily on kidneys, salt, vascular stiffness, and age. Trauma physiology is still poorly integrated into cardiology. Symptoms are often dismissed as “anxiety,” particularly in women, who are disproportionately under-recognised.
That does not make the condition less real.
It simply means the framework is incomplete.
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The cost of endurance
I endured because I had to. I kept showing up, complying, documenting, asking properly, escalating through the correct channels, and waiting for systems that were meant to protect me to intervene.
Instead, the threat persisted.
Silence, procedural obstruction, power imbalance, and prolonged uncertainty are not neutral experiences. They are physiological stressors. The body does not experience injustice as an abstract concept; it experiences it as danger.
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Why duration matters more than intensity
Short stress passes. Acute stress resolves. What damages the nervous system is inescapable stress — situations with no clear end point, no effective protection, no restoration of agency, and repeated re-exposure.
Over time, the nervous system learns one rule: stay alert or you won’t survive. Once that happens, the body stops switching off.
Duration and inescapability matter more than intensity. This is why resilient people can still develop autonomic dysregulation.
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This is what happens when safety never arrives
People sometimes ask why I didn’t “just rest.” The answer is simple: rest requires safety.
When the threat is ongoing — professionally, financially, or institutionally — the body does not interpret stillness as safe. It interprets it as exposure. So the system remains braced, day after day, year after year.
Eventually, that state shows up in the body in measurable ways, including sustained high blood pressure that places strain on the heart, brain, kidneys, and blood vessels. This happens quietly, without drama, and without collapse — until the body can no longer absorb the load.
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What causes autonomic dysregulation
Common precipitating factors include prolonged threat or coercive environments, chronic trauma or unresolved danger, medical or institutional harm, long-term injustice without agency, repeated silencing, and illness combined with lack of safety.
These are not abstract conditions. They are lived environments.
And the body adapts to them.
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This didn’t come from weakness
People like me often end up here after prolonged trauma or ongoing threat. It is common in those who have lived through workplace bullying or coercive control, years of unresolved injustice, being silenced or disbelieved, or navigating systems that cause harm instead of stopping it. It also appears in people who have lived in a state of constant vigilance without safety.
This is not about personality.
It happens to people who are otherwise capable, rational, disciplined, and resilient — people who keep going because they have to.
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This is not about stress management
I am not talking about being “stressed.” I am talking about prolonged autonomic overload caused by sustained power imbalance, lack of procedural justice, silencing, uncertainty without resolution, and harm without accountability.
No amount of mindfulness fixes an environment that never allows the nervous system to stand down.
Medication alone rarely fixes this if the threat persists.
Nervous system regulation is not about platitudes. It requires actual safety, reduction of ongoing threat exposure, trauma-informed care, and time — not willpower.
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What recovery actually requires
Recovery is not one thing, and it is not quick. It requires protecting the body medically while it is under strain, reducing ongoing harm and restoring some agency, and allowing the nervous system real time to relearn safety.
Autonomic dysregulation will not resolve while the nervous system still perceives ongoing injustice, unresolved danger, powerlessness, or forced silence. This does not mean everything must be fixed overnight, but it does mean restoring agency, reducing active exposure to harm, and being believed.
This is why purely psychological approaches often fail — the threat is real.
Recalibration is slow and biological. It happens through repeated experiences of actual safety, predictability, non-retaliatory environments, and time without fresh shocks.
Instead of “feeling calm,” real progress looks like blood-pressure spikes becoming less extreme, diastolic pressure trending down, faster recovery after triggers, slightly more restorative sleep, and the body standing down without effort.
These are biological wins, not mindset achievements.
Recovery is slow, layered, and conditional on safety.
This process is measured in months, sometimes longer. That is not failure. It is biology.
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The truth I need people to understand
This did not come from nowhere. It did not happen overnight. And it did not happen because I couldn’t cope.
It happened because I was forced to survive without safety for too long.
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Final word
If you want to understand my blood pressure, don’t look only at the numbers. Look at the years that led to them.
My body has been doing its job in an environment that hasn’t allowed it to rest.
That’s the truth of it.
Source: Cardiology report - 14-15 February 2019.
Further reading - scientific research on CVD risk from unmanaged psychosocial hazards in workplaces appears to be in the early stages.
Romero Starke, K., Hegewald, J., Schulz, A.…(et. al). (2020). ‘Cardiovascular health outcomes of mobbing at work: results of the population- based, five-year follow-up of the Gutenberg health study.’ Journal of Occupational Medicine and Toxicology. 15(15). [Open access]: https://doi.org/10.1186/s12995-020-00266-z
Xu, T., Magnusson Hanson, L.L., Lange, T., Starkopf, L., Westerlund, H., Madsen, I.E.H, et. al. (2019). ‘Workplace bullying and workplace violence as risk factors for cardiovascular disease: a multi-cohort study.’ European Heart Journal. 40(14). 1124–1134. [Online - Institutional access required] : https://doi.org/10.1093/eurheartj/ehy683
Herrmann-Lingen, C. (2018). ‘Victimization in the workplace: A new target for cardiovascular prevention?’ European Heart Journal. 40(14). 1135–1137. [Online - Institutional access required] : https://doi.org/10.1093/eurheartj/ehy728
Rodriguez-Munos, A., Notelaers, G., and Moreno-Jiménez, B. (2011). ‘Workplace bullying and sleep quality: The mediating role of worry and need for recovery September.’ Behavioral Psychology / PsicologÃa Conductual, 19(2) 453-468 [Online OA version] : https://www.researchgate.net/publication/236606535_Workplace_bullying_and_sleep_quality_The_mediating_role_of_worry_and_need_for_recovery