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Autoimmune & Arthritis

Autoimmune disorders, rheumatoid arthritis, systemic inflammation, and immune dysregulation

307 artigos

New Cellular Targets Could Transform Lupus Treatment and Reduce Organ Damage
Autoimmune & Arthritis

New Cellular Targets Could Transform Lupus Treatment and Reduce Organ Damage

Scientists identify key cellular pathways driving lupus, revealing promising new therapeutic targets beyond current treatments.

Artigo Científico
29 de mar. de 2026 13
Revolutionary Cell Therapies Show Promise for Treating Autoimmune Disease
Autoimmune & Arthritis

Revolutionary Cell Therapies Show Promise for Treating Autoimmune Disease

New cell-based treatments including CAR-T therapy could transform outcomes for systemic sclerosis patients.

Artigo Científico
29 de mar. de 2026 11
Redosing Diabetes Drug Shows No Added Benefit in Breakthrough Mouse Study
Autoimmune & Arthritis

Redosing Diabetes Drug Shows No Added Benefit in Breakthrough Mouse Study

New research reveals why giving multiple doses of a promising type 1 diabetes treatment doesn't improve outcomes beyond a single course.

Artigo Científico
29 de mar. de 2026 2
Anti-CD3 Treatment Reprograms Immune Cells to Prevent Type 1 Diabetes
Autoimmune & Arthritis

Anti-CD3 Treatment Reprograms Immune Cells to Prevent Type 1 Diabetes

New research reveals how a single antibody treatment creates lasting protection against autoimmune diabetes by reshaping immune cells.

Artigo Científico
29 de mar. de 2026 1
Genetic Markers Predict Which Rheumatoid Arthritis Patients Respond Best to Treatment
Autoimmune & Arthritis

Genetic Markers Predict Which Rheumatoid Arthritis Patients Respond Best to Treatment

New research reveals how genetic testing could help doctors choose the most effective rheumatoid arthritis treatments for each patient.

Artigo Científico
29 de mar. de 2026 1
JAK Inhibitors Show Promise for Treatment-Resistant Rheumatoid Arthritis
Autoimmune & Arthritis

JAK Inhibitors Show Promise for Treatment-Resistant Rheumatoid Arthritis

New research identifies key factors behind difficult-to-treat RA and highlights JAK inhibitors as promising therapy option.

Artigo Científico
29 de mar. de 2026 1
Exercise Beats Drugs for Persistent Pain in Rheumatoid Arthritis Patients
Autoimmune & Arthritis

Exercise Beats Drugs for Persistent Pain in Rheumatoid Arthritis Patients

New research reveals exercise and lifestyle changes outperform anti-inflammatory drugs for managing chronic pain in RA patients.

Artigo Científico
29 de mar. de 2026 1
JAK Inhibitors Weaken Shingles Vaccine Response in Rheumatoid Arthritis Patients
Autoimmune & Arthritis

JAK Inhibitors Weaken Shingles Vaccine Response in Rheumatoid Arthritis Patients

New research reveals that rheumatoid arthritis patients on JAK inhibitor drugs show impaired immune responses to the shingles vaccine.

Artigo Científico
29 de mar. de 2026 1
Brain's Immune Guards Weaken in Alzheimer's Disease New Study Reveals
Autoimmune & Arthritis

Brain's Immune Guards Weaken in Alzheimer's Disease New Study Reveals

Scientists discover how protective immune cells in brain membranes lose their strength during Alzheimer's progression.

Artigo Científico
29 de mar. de 2026 1
Scientists Discover New Immune Pathway That Could Enhance Cancer Treatment
Autoimmune & Arthritis

Scientists Discover New Immune Pathway That Could Enhance Cancer Treatment

Researchers identify how TSLP protein creates regulatory T cells that suppress immune responses in melanoma.

Artigo Científico
29 de mar. de 2026 1
New Immune Cells Could Hold Key to Fighting Cancer and Chronic Inflammation
Autoimmune & Arthritis

New Immune Cells Could Hold Key to Fighting Cancer and Chronic Inflammation

Scientists discover transitional dendritic cells that regulate immune responses, offering new targets for cancer therapy.

Artigo Científico
29 de mar. de 2026 0
Brain's Guardian Cells Use CD38 Enzyme to Prevent Autoimmune Flares After Inflammation
Autoimmune & Arthritis

Brain's Guardian Cells Use CD38 Enzyme to Prevent Autoimmune Flares After Inflammation

Regulatory T cells persist in brain tissue after inflammation, using CD38 to maintain immune control and prevent autoimmune relapses.

Artigo Científico
29 de mar. de 2026 0
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