Sepsis is a life-threatening condition where the body's response to infection causes widespread inflammation and organ damage. It kills over 270,000 people annually in the U.S. and is the most expensive condition treated in hospitals. Current care centers on early antibiotics, fluids, and organ support, but about one in six hospitalized sepsis patients dies.
What's actually going on in research
Trials are testing drugs that calm specific parts of the immune response without shutting down infection-fighting entirely, antibodies that block bacterial toxins, and ways to identify which patients need which treatment. Researchers are also studying sepsis that happens outside hospitals, long-term effects in survivors, and whether earlier detection through monitoring technology can prevent deaths.
Immune modulation
New drugs aim to dial down harmful inflammation while preserving the ability to fight infection. Several target specific immune pathways that go haywire in sepsis, including complement proteins and cytokine signaling.
Precision treatment
Blood tests are being developed to identify sepsis subtypes, which could guide doctors to the right treatment for each patient. This approach recognizes that sepsis isn't one disease but many different immune responses.
Post-sepsis care
Studies are tracking survivors to understand cognitive problems, fatigue, and increased risk of later infections. Some trials test whether continued monitoring or rehabilitation can improve recovery.
What to know before you search
Eligibility typically depends on sepsis severity, organ dysfunction, time since diagnosis, and whether the infection source is known.
What types of trials are currently open
- Treatment trials — Testing drugs that modulate the immune response or target specific sepsis mechanisms, usually given alongside standard antibiotics and supportive care.
- Biomarker trials — Studies developing blood tests to identify sepsis subtypes or predict which patients will deteriorate, aiming to guide personalized treatment.
- Early detection studies — Testing monitoring systems that use vital signs and lab values to catch sepsis earlier, before organs fail.
- Supportive care trials — Comparing different approaches to fluid resuscitation, blood pressure support, and organ support in the ICU.
- Recovery studies — Following sepsis survivors to understand long-term complications and test interventions that might improve cognitive function, physical recovery, or prevent recurring infections.
Recently added Sepsis trials
Wireless MicroPremVitals Button Sensor in the NICU
A wireless and miniaturized vital sign (ECG, SpO2, Skin Temperature) sensor system, MicroPremVitals Button Sensors was developed by the Dr. John Rogers Laboratory (QSIB- Northwestern University, Chicago, USA) to facilitate vital sign monitoring in extremely preterm neonates.
PyroEVs/PLIN3 Mediate Lipid Droplet-Mitochondrial Coupling in Sepsis Endothelial Injury
Objective: To investigate the correlation of PyroEVs and PLIN3 with the severity and prognosis of sepsis patients. Participants: Sepsis patients meeting the Sepsis 3.0 diagnostic criteria admitted to the Intensive Care Unit of Zhongda Hospital affiliated with Southeast University, as well as healthy volunteers. Inclusion Criteria: 1. Presence of confirmed or suspected infection; 2. Sequential Organ Failure Assessment (SOFA) score increase ≥ 2 points from baseline; 3. Signed informed consent. Exclusion Criteria: Age \< 18 or \> 80 years, pregnancy, cancer patients, and individuals with diseases potentially complicated by vascular endothelial cell injury. Primary outcome: 28-day mortality, SOFA score
Find Sepsis trials matched specifically to you
Answer 3 quick questions and we'll show you trials that fit your situation.