January 8, 2026
MRI meets OMG
Covid-19 leaves a lasting mark on the human brain
Readers split between 'show me the scans' and 'follow the money'
TLDR: A Griffith University study reports brain changes in people after COVID-19, even if they feel fine. Commenters are split between skeptics demanding clear real-world effects and critics alleging profit motives, while others warn the changes could be widespread—making what it means for everyday brain health the big question.
A new study from Griffith University’s NCNED says COVID-19 isn’t just a lung thing—it leaves changes in the brain, even in people who feel recovered. Cue the comment section meltdown. One camp wants receipts: what changed, and does it actually affect daily life? As rippeltippel put it, the study sounds big… but where are the specifics? Another camp is throwing side-eye at the medical-industrial complex. kazinator claims it’s all about “improving lives for $$$,” casting the whole thing as a fear-fueled cash machine.
Then Frieren rolls in with study snippets—“altered signal intensity,” “abnormal tissue microstructure,” “imbalanced neurochemicals”—and translates it as: looks like everyone who got COVID shows some kind of brain ripple, just not all equally. The room divides fast. Skeptics argue we still don’t know what those brain-scan changes mean in real life (memory? mood? no clue yet), and call for bigger, longer studies. Worriers counter that waiting for perfect proof feels like déjà vu from 2020. Meanwhile, the memes write themselves: “My brain’s been in beta since 2020,” “Time to install a firmware update,” and “MRI meets OMG.” In short: the science says “something’s different upstairs,” the community says “define different,” and the drama says “grab popcorn.”
Key Points
- •COVID-19 is reported to significantly alter the brain in individuals who have recovered.
- •The study was conducted by researchers at Griffith University’s NCNED.
- •Advanced MRI techniques were used to evaluate neurological implications.
- •The research compared previously infected individuals with those never infected.
- •Findings highlight potential long-term neurological impacts of COVID-19.