Oncolytic adenoviral vectors deliver cytokines into tumors to improve adoptive cell trafficking, persistence, and killing while limiting side effects.
Using the IL-1β to TNF-α blood ratio improves early prognosis prediction in sepsis and helps identify candidates for IL-6 inhibitor treatment.
Single-domain anti-CD100 antibodies with Fc fusion improve CD100-Plexin blocking and inhibit MDSC proliferation for tumor control.
Multiple host protein markers improve bacterial-versus-viral differentiation and infection severity assessment for better treatment decisions.
Oncolytic adenoviral vectors deliver cytokines locally to recruit and sustain transferred immune cells while limiting systemic toxicity.
Engineered tumor cells express multiple immunomodulators to counter immune evasion, activate dendritic cells, and induce tumor-specific T-cell responses.
XE114 antibody binds carbonic anhydrase IX to enable targeted cancer diagnosis and therapy.
Measuring innate and adaptive immune cell ratios identifies responders to anti-TNF-alpha therapy, preventing disease progression from ineffective treatment.