News and Events
Stay informed about RECOVER’s Long COVID research by reading the latest news and participating in upcoming events.

Stay informed about RECOVER’s Long COVID research by reading the latest news and participating in upcoming events.

During the July 11th RECOVER Research Review (R3) Seminar, presenters discussed the disparities and environmental risk factors in PASC using EHR Insights. This seminar explored racial and ethnic disparities as well as community-level environmental factors in PASC among adults.
During the June 13th RECOVER Research Review (R3) Seminar, RECOVER researchers described a symptom-based approach for defining long COVID in adults from a study published in JAMA. This presentation is based upon some early findings from the RECOVER Adult Observational Cohort study.
Find answers to some of the most frequently asked questions (FAQs) about the first findings from RECOVER's research on Long COVID in adults.
RECOVER researchers have identified the 12 symptoms that are most likely to be experienced by adults with Long COVID.
RECOVER researchers examined more than 2.2 million Americans' health data to learn why some people are more likely to develop Long COVID.
During the May 9th RECOVER Research Review (R3) Seminar, researchers from PEDSnet presented RECOVER research about PASC in children and adolescents using EHR data. The panelists discussed the clinical features and burden of pediatric PASC and explained how research findings could be used to develop a definition of long COVID in children.
During the April 25th RECOVER Research Review (R3) Seminar, researchers presented the status of RECOVER clinical trial protocols. Presenters discussed the landscape of Long COVID's clinical trials and the development of RECOVER's upcoming clinical trials.
During the April 11th RECOVER Research Review (R3) Seminar, researchers explored the mechanistic pathways of PASC, focusing on how the virus that causes COVID-19 led to long-term effects. Presenters discussed the molecular basis of Long COVID, including olfactory impairment, plasma proteomics, and the role of T-cell chronotypes in autoimmunity.