To assess blood levels of vasoactive mediators that may regulate pulmonary endothelialpermeability and contribute to multi-organ injury in patients with COVID-19 disease andto correlate the levels of these mediators with disease outcomes such as ICU admission,length of ventilatory support, respiratory failure, kidney failure, heart failure, anddeath.
When patients are sick with other lung infections (pneumonias) caused by viruses or
bacteria there are changes in a pathway that regulates the "leakiness" the tiny airspaces
inside the lungs. Even bigger changes in this pathway are seen when patients develop
severe breathing difficulties (acute respiratory distress syndrome) similar to what is
seen in patients who get really sick with COVID-19 disease.
There are important changes in this pathway that occur in patients who have preexisting
cardiovascular (heart) disease who do not have lung infections. The investigator will
evaluate these levels in patients with COVID-19 because the investigator believes that
this baseline difference in pathway regulation may be one reason patients with heart
disease who contract COVID-19 get sicker than patients without heart or vascular disease.
The investigator will also assess the levels of components of this pathway in patients
who are less sick with those who became sick enough to require a tube to help them
breathe because this is important to determine if COVID-19 lung disease has a similar
effect on this pathway as other lung infections like flu and bacterial pneumonias.
Inclusion Criteria:
- Positive test for COVID-19 (SARS-CoV-2 infection)
- >=18 years
- Blood (plasma) specimen(s) available in the CCTS biorepository
Exclusion Criteria:
- <18 years
- Lack of blood specimen
University of Alabama at Birmingham
Birmingham, Alabama, United States
Investigator: Dylan Addis, MD
Contact: 919-812-5107
dylanaddis@uabmc.edu
Dylan Addis, MD
919-812-5107
dylanaddis@uabmc.edu
Shanna H Graves
205-975-2845
shannagraves@uabmc.edu
Dylan Addis, MD, Principal Investigator
University of Alabama at Birmingham