I was born to a narcissistic mother.
Not the trendy label people throw around online. I mean the clinical reality. a woman who competed with her own daughter, who felt threatened by her child’s personality, who rationed warmth as if love had to be earned.
She fractured my sense of self so deeply that I grew up unsure of my own shape.
There was no emotional steadiness. No safe place to land. No consistent reassurance that I was okay. There was comparison disguised as guidance and criticism disguised as care. If I was different, I was wrong. If I was sensitive, I was dramatic. If I struggled, I was a burden.
When a child is repeatedly treated like a burden, her nervous system encodes that identity.
What formed in me was not ordinary sadness. It was clinical depression.
My body felt heavy and slow. My thinking dulled into fog. Silence felt more appealing than being seen.
I attempted to end my life twice.
Not for attention and not to prove a point. My brain had reached a place where death seemed logical.
I ended up in the emergency room.
My mother was not the one who saved me. A stranger intervened. Someone unrelated felt more urgency about my life than the woman who gave birth to me.
That contrast tells you everything about the emotional environment I came from.
And yet I am here.
Not barely surviving, but steady and alive in a way I once thought was impossible.
I am a psychology graduate and certified hypnotherapist. I have an ADHD brain that used to spiral into chaos and now channels intensity into focus. I have not experienced a depressive episode in years.
That did not happen because someone rescued me.
It happened because I learned how to rewire my brain.
If you are reading this, I need you willing to stretch your perspective.
Not blindly optimistic. Not dismissive of trauma. Just open enough to sit with science that might challenge the story you have about your depression.
I want to walk you through a study. Read it slowly and let it land.
The study that changed how I see depression
In 1997, the UCLA Neuropsychiatric Institute at the University of California, Los Angeles, conducted a randomized, double-blind clinical trial to test a new antidepressant called venlafaxine, later marketed as Effexor.
The study was carried out within the institute’s mood disorders research program. Participants were adults diagnosed with major depressive disorder. The research team included psychiatrists and neuroscientists specializing in affective disorders, and the trial followed strict clinical protocols.
One of the participants was a 46-year-old interior designer named Janis Schonfeld.
She had lived with depression since adolescence. Decades of it. The persistent, clinical kind that drains color from daily life and quietly introduces thoughts of escape.
As part of the study, 51 participants were randomly assigned to one of two groups. Roughly half received venlafaxine. The other half received a placebo. Neither the patients nor the clinicians administering the treatment knew who was receiving which substance until the study concluded.
Before beginning the medication phase, Janis underwent quantitative electroencephalography (EEG) at the UCLA Neuropsychiatric Institute. Electrodes were placed on her scalp for approximately forty-five minutes to measure baseline brain-wave activity, particularly in regions associated with mood regulation.
She then left with a bottle of pills from the hospital pharmacy, believing there was a strong possibility she was finally receiving real help after years of suffering.
Over the next eight weeks, she returned weekly for clinical assessments. She completed standardized depression inventories and, at several points, underwent additional EEG scans to monitor neurological changes.
Within weeks, her depression lifted in a way she had never experienced before. Her mood stabilized. The sudden crying spells stopped. A sense of possibility returned.
At the end of the eight-week trial, the blind was broken.
Janis had been in the placebo group.
There was no active antidepressant in her system.
Yet her EEG results showed measurable changes in brain activity. The same frontal lobe shifts and normalization patterns typically observed in patients who respond positively to pharmacological treatment were present in her scans.
The researchers observed that her brain-wave activity had reorganized in ways consistent with clinical improvement.
Her brain responded to expectation.
If belief can alter electrical patterns in a depressed brain under controlled clinical conditions at a major research institution, that forces an uncomfortable question: what else can expectation shape?
I am not minimizing depression. I have studied psychoneuroimmunology and understand how chronic stress elevates cortisol, affects hippocampal volume, disrupts serotonin regulation, and sensitizes the amygdala. Depression has biology.
But biology is not immune to perception. Children are neurologically suggestible.
When a narcissistic mother repeatedly tells her daughter she is too much, selfish, incapable, or abnormal, those statements are not just emotional wounds. They become internal predictions.
The developing brain does not debate them. It installs them. From there, the nervous system organizes itself accordingly.
Hypervigilance becomes normal. People-pleasing feels necessary. Achievement turns into a survival strategy. Eventually the system collapses under the weight of constant activation.
The crash often gets you to depression.
Now consider the inverse.
If an inert pill can improve depressive brain patterns because someone expects relief, then long-term negative expectation can shape the brain in harmful directions. That phenomenon is known as the nocebo effect, adverse outcomes driven by belief.
Many daughters of narcissistic mothers have lived inside a nocebo since childhood.
The important part is this: suggestibility does not disappear in adulthood. It remains a feature of the human brain.
Used unconsciously, it wires pain. Used intentionally, it wires healing.
How I began rewiring…
This work is not about chanting empty affirmations. For belief to change neural circuits, it must be paired with safety and emotion.
Here is the structure I use with ADHD daughters recovering from narcissistic abuse.
• Step 1: Establish physiological safety
New neural patterns do not integrate well in a body that feels threatened.
Sit somewhere quiet. Place one hand on your chest and one on your lower abdomen. Inhale gently through your nose and extend the exhale slightly longer than the inhale. Continue for five minutes.
This pattern signals the vagus nerve that the environment is safe, shifting the nervous system toward regulation. Neuroplasticity increases in regulated states.
• Step 2: Select one identity shift
Choose a single statement that directly counters your childhood conditioning.
For example: “I am not a burden.”
Keep it focused. An ADHD brain responds better to clarity than to a long list of intentions.
• Step 3: Add emotional rehearsal
Janis’s improvement was fueled by expectation. That expectation carried hope.
Close your eyes and imagine living as if your chosen statement were true. Notice what changes in your posture and breathing. Allow a feeling of relief or steadiness to build for at least a minute.
Emotion acts as the biochemical reinforcement signal for the brain.
• Step 4: Practice in real moments
When you notice yourself shrinking, overexplaining, or hesitating to take space, pause briefly. Recall your statement and choose one small action aligned with it.
Consistent pairing of thought and behavior strengthens new circuits.
• Step 5: Anticipate discomfort
Old identities do not dissolve quietly. You may feel guilt or inauthenticity at first.
That sensation reflects a nervous system adjusting to unfamiliar territory. Stay steady. Neural pruning and growth require repetition.
Why this is especially relevant for ADHD daughters?
ADHD brains are highly sensitive to dopamine and stimulation. Growing up in emotional unpredictability trains the system to seek external validation.
When you generate internal safety and self-validation, dopamine regulation stabilizes. Shame loses some of its grip on motivation circuits.
Shift expectation and the body often follows.
I am evidence of that shift.
The girl who once believed death was logical is now a woman who experiences stability and purpose. Trauma did not vanish. My identity changed.
Chronic depression can lift when the nervous system encounters safety combined with new expectation.
Janis’s brain demonstrated that possibility.
You absorbed suggestions about who you were as a child. You can choose what you install now.
If you want structured support with this process, you can book a 1:1 session through my homepage. We work directly with your early scripts and build precise rewiring practices.
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You can also follow me on Threads, where I share practical nervous system tools in everyday language.
Your brain remains adaptable. and what you feed it matters.
