Utsikt
Senior Member (Voting Rights)
There is not much enthusiams to be found be skimming these posts:
s4me.info
The situation for IVIg in ME/CFS is probably quite well documented now. As for most other conditions it has been tried for there are small trials suggesting some, but not very major or consistent, benefit. IVIg was never a very practical approach and from a theoretical standpoint is likely to do just that - having some, but not very major, consistent or sustained benefit. To be honest I think we know enough to say that if we think there is a theoretical basis for something of that sort it would be more sensible to manufacture a 'decoy' monoclonal antibody with an Fc binding site but no functional antigen binding site.
Currently the hypothesis seems quite flexible with lots of connections not yet filled in yet. I wonder if there are any tests, observations or experiments that would not fit or refute the hypothesis?
Also interested in the sentence about intravenous immunoglobulin because quite a lot of patients are still experimenting with this, so there is likely some data on it. I assume it would need to taken repeatedly in order for...
Attending Family Gatherings by Robot: “How I Can Escape Isolation from Time to Time”
Once a globetrotter, Dejan Lauber is now confined to his two-room apartment. A robot, however, gives him access to the outside world.
Dejan Lauber, 34, developed ME/CFS after a civilian service assignment in Madagascar. For years he has been unable to leave his apartment and lives with constant physical exhaustion, carefully rationing his limited energy. His symptoms include burning muscles, severe fatigue and shortness of breath, and overexertion can worsen his condition. Once adventurous and active, his daily life is now confined to his two-room apartment, where even short visits are only possible on good days.
To stay connected with the outside world and his family, Lauber uses a small robot that he controls with his phone. The robot visits his father, joins family gatherings, plays games with relatives and allows shared moments despite physical separation. Through the robot, Lauber can see, hear and explore his surroundings and occasionally take part in activities such as being placed on a horse, a car roof or a floating mattress at sea. He says this helps him escape isolation from time to time.
Lauber receives a full disability pension, and his parents and relatives support him daily with meals, shopping and household tasks. With family and friends, he also builds robots for other chronically ill people through the Botkins Charity Project, which has already distributed several devices. He earns no money from the project and says it gives his situation a sense of meaning.
Jana Winter has been a member of the association Long Covid Austria since early 2025. She works at the academic intersection of ethics, philosophy, and technology. She has published, among others, with the Austrian Academy of Sciences and at Tohoku University in Japan.
Data Research: Repeated COVID-19 Infections Still Carry a Risk of Long-Term Consequences
Five years after the first COVID-19 cases in 2020, the pandemic is often portrayed as a completed crisis. However, international long-term studies on post-acute infectious syndromes (PAIS), including Long Covid and ME/CFS, suggest ongoing and serious health risks. Some researchers describe the current situation as a “pandemic after the pandemic,” referring to widespread long-term consequences rather than a new pathogen.
Long Covid Is Widespread, Not a Niche Condition
A 2024 publication estimates around 400 million people worldwide are affected by COVID-19 long-term conditions, with a global prevalence of 36% among infected individuals. Austria, Germany, and the United States report high numbers, though Austrian figures are based on estimates due to missing systematic data and limited diagnostic recognition.
Repeated Infections Increase Long-Term Risks
Studies show that the risk of Long Covid and other follow-up conditions increases with each reinfection. A second infection raises Long Covid risk to around 25%, and a third to 38%. Reinfections also increase risks for cardiovascular disease, diabetes, organ damage, and autoimmune conditions. New data indicate that reinfection raises Long Covid risk by 35%, even in previously unaffected individuals.
Children and Adolescents Are Particularly Affected
Large studies reveal that a second infection doubles Long Covid risk in people under 21. Children and adolescents show increased risks of organ damage, mental health disorders, and new chronic diseases, and should be monitored for up to two years after infection.
Chronic Disease, Costs, and Prevention
About half of Long Covid cases persist beyond two years, often becoming chronic conditions such as ME/CFS. Economic costs are substantial, reaching billions annually. Experts emphasize prevention, research, and specialized care as key responses.
Even the hospital in Neuchatel