Welcome to the Yasuda Library. I hope I have built something useful for you. Similar scientific papers by other people are included in this library too. When there is a new paper for a topic, the app takes it in. If you have a question, ask Grok in the field below. Suggestions for how to make this better are very welcome.
A tour of the app
What is new is at the top. It is shown twice. Under Topics, the avatar speaks. That file is for interested laypeople. Under Library, there is no avatar. That file is for scientists: a short description, and the links to the papers. The topics are the same in both places. Similar papers by other people are included, so the same work is not done twice. When a new paper belongs to a topic, the app takes it in. The week lists his posts by day. You can ask a question in the field above. Suggestions are welcome.
Professor Yasuda's papers.
New under SARS-CoV-2, Long COVID, Iron.
Post from October 4, 2026
She says this is his own opinion on 4 October, and her mouth moves. Then she laughs. This is not his voice.
His picture, June 12, 2026. What appear to be the petals of a hydrangea are actually sepals.
The longer iron film, if you want it.
The fact that long COVID is a cause of forgetfulness is easily forgotten for some reason.
Short description
Brain fog can show up as trouble concentrating, forgetfulness, slower thinking, and mental tiredness. The usual causes named in the piece are poor sleep, ongoing stress, menopause and perimenopause, long COVID, low iron, and low B12 or folate. Problems with memory and concentr…
Short summary, spoken.
Professor Yasuda's paper
Yasuda Library
Hiroshi Yasuda · 保田浩志
Latest updateOctober 4, 2026 at 5:42 PMThe tour is marked on its own, with a small picture.
Two files, the same topics. Library is for scientists, no avatar. Topics is for interested laypeople, with the avatar.
Post from October 1, 2026
Speaks the words on X. This is not his voice.
Sweet things are not good for the gut.
Sweet things are not good for the gut.
A study that followed 9,419 meals eaten by 158 patients found that sweets and sugar during antibiotics predicted a worse disruption: lower diversity and more of the germ Enterococcus. In mice, sugar prolonged that increase. Less simple sugar during antibiotics may soften the disruption.