by Professor Nishan C Wijesinha of the German School of Medicine

What actually happened:

Haaland played in a charity match in Oslo for “Vivil IL”, a team from Oslo that helps people with disabilities, including Down syndrome. Vivil IL works to get people with disabilities active through football.

The game was organized by the Norwegian Royal Family at their home in Asker.

 Haaland played for the “Royal side” against Vivil IL.

 His dad Alfie Haaland also played. 

The goals:

This is where Haaland proved his extra human skills rising from the neurotransmitters abnormal  responses which occur through down syndrome where it over stimulates the anabolic receptors of the brain.

With such extra activated anabolic activities he was able to score throughout the game; which stormed the Royals to a well secured win.

The video footages of this game is found in by typing on Internet search?

 “Erling Haaland Vivil IL charity match”

Yes — these are those  “anabolic receptors” in the brain which usually means the receptors that androgens and other growth-related hormones which binds to the brain.

Of them are the following:-

1. Androgen Receptors (AR)

These are the main receptors for testosterone and DHT. They’re found in lots of brain areas: hypothalamus, amygdala, hippocampus, motor cortex, and brainstem. 

They regulate things like sex drive, aggression, mood, motivation, and they also influence muscle-building signals that start in the brain.

2. Estrogen Receptors (ERα and ERβ)*

Testosterone can be converted to estradiol in the brain by aromatase. Those estrogen receptors are also considered anabolic in the sense that they support neuroprotection, plasticity, and some growth effects.

3. IGF-1 Receptors:

Insulin-like Growth Factor 1 receptors are all over the brain. IGF-1 is a classic anabolic hormone. In the brain it supports neuron growth, repair, and metabolism.

4. Glucocorticoid + other growth factor receptors*

These don’t build muscle directly, but they interact with anabolic signaling pathways in neurons and glia.

So the brain isn’t just a target for “catabolic” stress hormones. It actively senses anabolic hormones and uses them to regulate behavior, repair, and even peripheral muscle growth via hormone release from the hypothalamus-pituitary axis.