A large multicohort and experimental study suggests the cTnI/cTnT ratio is biologically informative, separates acute from chronic myocardial injury, and modestly improves type 1 versus type 2 MI discrimination.
AHRF patients classified as hypoinflammatory are not prognostically uniform. Continuous biomarker-based probabilities reveal substantial mortality heterogeneity, especially below the binary 0.5 threshold, with implications for enrichment strategies in phenotype-guided critical care trials.
In a multinational cross-sectional study, serum and CSF neurofilament light chain—unlike S100B—tracked severe acute brain injury in cryptogenic NORSE, rose rapidly over the first 3 weeks, and predicted poor short-term outcome, supporting urgent neuroprotective treatment.
Women exhibit higher plasma p-tau217 levels and tau aggregation than men in amyloid-positive individuals, suggesting sex-specific pathways in Alzheimer’s disease progression.
A prospective cohort study identifies biomarker signatures for host resistance, disease tolerance, and damage in sepsis, revealing associations with mortality and sepsis subtypes.
Elevated levels of inflammatory and cardiac biomarkers are linked to higher risks of venous thromboembolism and bleeding in cancer patients, according to a post hoc analysis of the AVERT trial.
This review synthesizes recent clinical evidence on the integration of plasma p-tau217 and eMTBR-tau243, highlighting how sequential biomarker testing improves the diagnosis of symptomatic Alzheimer’s disease and predicts longitudinal cognitive decline.
A landmark multicohort study of 1,168 individuals reveals that gut microbiome diversity systematically declines across liver disease stages, with specific bacterial markers like Veillonella and functional metabolic shifts predicting disease progression and mortality risk.
A groundbreaking mass spectrometry study analyzing 486 heart failure patients and 98 controls identified over 21,000 unique peptides, revealing 1,924 differentially expressed peptides. The research highlights angiotensin-related peptides, natriuretic peptide pathways, and cardiometabolic regulators as key outcome predictors, while identifying three distinct patient clusters with varying survival probabilities.
This review synthesizes recent evidence identifying MR-proADM as a premier prognostic biomarker in ATTR-CM, demonstrating its ability to outperform traditional natriuretic peptides and enhance existing clinical staging systems.
This review synthesizes findings from a landmark proteomic study identifying 23 plasma proteins associated with VTE risk, highlighting novel pathways in immunity and vascular senescence while exploring causal links through Mendelian Randomization.
A large-scale proteomic meta-analysis across five cohorts identified 15 novel plasma protein markers for venous thromboembolism, highlighting the roles of the extracellular matrix, immunity, and vascular senescence in disease risk and offering potential new targets for clinical prevention.
This large-scale proteomic analysis identifies 15 novel protein markers for venous thromboembolism, offering new insights into the roles of immunity and extracellular matrix regulation in VTE pathogenesis beyond traditional coagulation pathways.
Researchers from the ARIC study have identified five specific proteomic markers that uniquely predict heart failure risk in individuals with diabetes. These findings, including four novel proteins, suggest distinct pathophysiological pathways for diabetic cardiomyopathy and offer new targets for precision screening and therapeutic intervention.
This review analyzes the longitudinal kinetics of 43 inflammatory biomarkers in patients with severe alcohol-associated hepatitis, comparing IL-1 receptor antagonism and corticosteroid therapy, highlighting treatment-specific signatures and the persistence of immune dysregulation.
A comprehensive review of the ARIC study's identification of five unique proteomic markers—four novel—that specifically predict heart failure risk in patients with diabetes, offering new insights into lipid metabolism and inflammatory pathways.
This review synthesizes cutting-edge findings from multi-ethnic longitudinal cohorts using high-throughput proteomics to identify novel biomarkers and causal pathways for venous thromboembolism, moving beyond traditional clotting factors.
A large-scale multicenter study reveals that persistent high-level Epstein-Barr nuclear antigen 1 (EBNA-1) peptide antibody titers serve as a highly specific biomarker, effectively distinguishing Multiple Sclerosis from other neuroinflammatory mimics like MOGAD and NMOSD, even in seronegative cases.
This review synthesizes findings on how pregnancy biomarkers, particularly sFlt-1 and hs-cTnI, serve as early indicators of long-term maternal cardiovascular risk, offering a unique window for sex-specific prevention.
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A landmark study reveals that skull bone marrow inflammation, measured via TSPO PET imaging, is significantly elevated in secondary progressive multiple sclerosis and correlates with clinical disability, suggesting a new paradigm for monitoring disease progression beyond traditional neuroimaging.
