Bibliometric analysis maps multi-omics research growth in systemic autoimmune rheumatic diseases
How Scientists Are Finally Mapping the Hidden Triggers of Autoimmune Disease
This systematic bibliometric review analyzed 2,576 documents on multi-omics in systemic autoimmune rheumatic diseases.
We're entering a new era where doctors can hunt for the causes of autoimmune disease at the single-cell level, moving us closer to personali…
Narrative mini-review discusses mechanisms driving coronary atherosclerosis in patients with systemic lupus erythematosus
Why Lupus Can Speed Up Heart Disease, Even in Young People
This narrative mini-review synthesizes mechanistic insights regarding the link between systemic lupus erythematosus and coronary atheroscler…
Understanding how lupus harms blood vessels could help prevent heart attacks in people who don’t look high-risk.
Review Examines IL-32 Role in Cardiovascular Diseases and Atherosclerosis
New Blood Test Could Predict Heart Disease Risk Years Earlier
This review evaluates the role of IL-32 across cardiovascular diseases, atherosclerosis, myocardial infarction, and heart failure.
This research could change how doctors spot heart disease risk, giving patients more time to prevent it.
Review summarizes therapeutic strategies targeting cGAS-STING-macrophage axis for renal fibrosis and chronic kidney disease
New Kidney Damage Pathway Discovered—And Scientists Are Already Blocking It
This narrative review examines emerging therapeutic strategies targeting the cGAS-STING-macrophage axis for renal fibrosis and chronic kidne…
This research reveals a new way to stop kidney damage before it leads to failure.
Updated PIRCHE-T2 model improves dnDSA risk stratification in kidney transplant recipients
New Tool Predicts Kidney Rejection Risk With More Accuracy
This observational cohort study in 1581 kidney transplant recipients from Zurich and Basel found that an updated PIRCHE-T2 model improved de…
A smarter computer model helps doctors choose safer kidney donors.
CSF Cytokine Panel and Machine Learning for Neurosyphilis Progression Prediction
New Test Could Catch Dangerous Syphilis Complication Early
This observational cohort study evaluated 48 cerebrospinal fluid cytokines in 129 patients with syphilis to distinguish patients from contro…
Imagine getting treated for syphilis — but months later, you start forgetting things, losing balance, or going blind.
Transcriptomic signature distinguishes MASL from MASH using neural network model
New Blood Test Could Spot Hidden Liver Damage Before It’s Too Late
This observational study combined transcriptomic and single-cell analysis with an artificial neural network to differentiate metabolic…
This research could finally give doctors a simple blood test to tell the difference between harmless fat buildup and dangerous liver scarrin…
Pilot study reports 60.0% conversion rate with lenvatinib, envafolimab, and TACE in hepatocellular carcinoma
New Liver Cancer Combo Makes Surgery Possible for More Patients
This prospective pilot study enrolled 15 patients with Barcelona Clinic Liver Cancer stage B or C unresectable hepatocellular carcinoma.
This new treatment plan turns advanced liver cancer into operable disease for many patients.
Ruxolitinib plus photopheresis shows promise for steroid-refractory chronic graft-versus-host disease
New Hope for Stubborn Transplant Complication
A retrospective analysis compared ruxolitinib plus extracorporeal photopheresis versus photopheresis alone in patients with steroid-refracto…
This combo may help patients reduce or stop steroid use — a major win for quality of life.
Review of tissue-resident memory T cell features in cancer and autoimmune diseases
New Immune Cells Could Flip Cancer and Autoimmune Treatment
This narrative review examines the developmental differentiation and molecular features of tissue-resident memory T cells within the tumor…
The same immune cells that help fight cancer tumors can also drive autoimmune disease damage, offering a new way to treat both conditions.
Narrative review explores cytoskeleton-mediated autophagy regulation in neurodegeneration and aging
Review suggests cytoskeleton-autophagy axis may help treat neurodegeneration and aging
This narrative review examines the role of cytoskeleton-mediated autophagy regulation in the contexts of neurodegeneration and aging.
Targeting the cell's structural framework and cleanup system could offer new ways to treat neurodegeneration and aging.
First Report of Vedolizumab-Associated Recall Urticaria in a Case Report and Literature Review
Why Hives Return to Old Injection Spots
This case report and literature review describes the first documented instance of vedolizumab-associated recall urticaria in a 25-year-old m…
A new case report reveals a rare skin reaction where hives return strictly to past injection sites.