Illustration of a German woman achieving complete remission from three autoimmune diseases via groundbreaking CAR-T therapy, symbolizing hope and medical triumph.
Illustration of a German woman achieving complete remission from three autoimmune diseases via groundbreaking CAR-T therapy, symbolizing hope and medical triumph.
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CAR-T therapy achieves complete remission of three autoimmune diseases in German woman

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A 47-year-old woman bedridden with autoimmune hemolytic anemia, immune thrombocytopenia, and antiphospholipid syndrome has achieved complete remission after CAR-T cell therapy at University Hospital Erlangen in Germany. Treated by Fabian Müller after nine failed therapies, she recovered rapidly and remains healthy over a year later without medication—the first simultaneous treatment of multiple autoimmune diseases with this method.

Fabian Müller at University Hospital Erlangen treated the patient, whose conditions—triggered over a decade ago during pregnancy—destroyed red blood cells, targeted platelets, and raised clotting risks despite blood thinners. Previously requiring daily transfusions and immune suppressants that failed, she was bedridden. "She was deathly sick and bedridden... seven days later, she got out of bed," Müller said. One week post-infusion, transfusions stopped; two weeks later, she felt stronger; three weeks after, hemoglobin, platelets normalized, and clotting risk reduced. Eleven months (over a year) later, "She’s perfectly fine," Müller confirmed.

"The really crazy thing is that you have three autoimmune diseases, and all three... you can tackle with one treatment," Müller noted. The therapy engineers patient's T-cells to deplete rogue B-cells producing harmful antibodies, pioneered by his team for autoimmunity in 2022 from cancer applications. CAR-T cells cleared without compromising long-term immunity; healthy B-cells regenerated.

"The treatment has been extremely efficient... significantly improved her quality of life," Müller added. Cristina Pascual of Spain's GEPTI called it "further proof that CAR-T therapy can reset the immune system." Reuben Benjamin at King’s College London praised: "For a therapy that’s very powerful to have very few side effects... is pretty remarkable." Jun Shi at Chinese Academy cautioned: "Longer follow-up is needed before anyone can speak confidently about cure."

Promising for lupus, MS, colitis, asthma with fewer side effects than in cancer (less cell death). Minor issues from prior drugs. Costs $200k-$600k upfront but saves long-term. Early trials underway, including in Spain (Ramón y Cajal for RA, Sjögren's, lupus). Controlled studies needed.

Ano ang sinasabi ng mga tao

Discussions on X highlight excitement about the CAR-T therapy breakthrough at University Hospital Erlangen, where a woman achieved complete remission from three refractory autoimmune diseases after failing nine prior treatments. Posters, including doctors, researchers, and science enthusiasts, praise the rapid recovery, 14-month drug-free remission, and lack of severe side effects, viewing it as a promising immune reset for autoimmunity. Sentiments are predominantly positive with high engagement on shares from Nature, Cell, and New Scientist.

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Gene-edited CAR-T cells show promise against aggressive T-cell leukemia

Iniulat ng AI Larawang ginawa ng AI Fact checked

Scientists at University College London and Great Ormond Street Hospital have developed a base-edited therapy called BE-CAR7 that uses universal CAR T-cells to treat relapsed or refractory T-cell acute lymphoblastic leukemia. Early trial results published in the New England Journal of Medicine and presented at the American Society of Hematology Annual Meeting indicate deep remissions in most patients, including those who did not respond to standard treatments, by tackling long-standing challenges in T-cell–based therapies.

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A team led by Leonardo Ferreira at the Medical University of South Carolina is developing a novel therapy combining lab-made insulin-producing cells with engineered immune cells to protect them. Funded by $1 million from Breakthrough T1D, the approach aims to restore beta cell function without immunosuppressive drugs. This strategy builds on prior research and targets all stages of the disease.

Researchers from MIT and Stanford University have developed multifunctional molecules called AbLecs to block sugar-based immune checkpoints on cancer cells. This approach aims to enhance immunotherapy by allowing immune cells to better target tumors. Early tests in cells and mice show promising results in boosting anti-tumor responses.

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An experimental therapy using stem cells from young donors has shown promise in improving mobility for frail older people. In a trial involving 148 participants, infusions of laromestrocel led to significant gains in walking distance. Researchers highlight its potential to address biological roots of frailty.

Researchers at the University of Southampton have created a new class of antibodies designed to strengthen the immune system's attack on cancer cells. These antibodies cluster receptors on T cells to amplify activation signals that tumors typically weaken. Early laboratory tests indicate they outperform standard antibodies in mobilizing cancer-killing immune cells.

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A health ministry expert panel has conditionally approved two regenerative medicine products derived from induced pluripotent stem (iPS) cells for treating Parkinson's disease and severe heart disease. This marks a potential world first in commercializing Nobel Prize-winning stem cell technology. The approval, based on small-scale clinical trials confirming safety and presumed efficacy, requires post-market verification within seven years.

 

 

 

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