A drug that cleaves escaped proteins called N-formyl peptides appears to reduce resulting dangerous leakage from blood vessels and improve survival, report researchers at the Medical College of Georgia at Augusta University.
The research drug deformylase, or something similar, may one day be a novel treatment for patients with systemic inflammatory response syndrome, or SIRS, a body-wide inflammatory reaction to trauma or infection, as well as sepsis, a systemic infection when the cause of the infection, like a bacteria, is known.
Work - Care - Trauma - Patients - Dr
"We are hoping our work will improve the care of trauma and other critically ill patients," says Dr. Patricia Martinez Quinones, general surgery resident at MCG and AU Health.
Martinez Quinones is presenting the work in both animal models and human cells during the Oral Presentations by Young Investigators session on the final day of the Shock Society's 41st Annual Conference June 9-12 in Scottsdale, Arizona.
Cell - Powerhouses - Contents - Circulation - Martinez
"Once mitochondria (cell powerhouses) are damaged, they just break apart and their contents spill into the circulation," says Martinez Quinones.
Michondria use N-formyl peptides to make energy for our cells but significant volumes outside the powerhouse can quickly become a detriment. Deformylase appears to neutralize them by removing their formyl group -- a combination of carbon and oxygen atoms with hydrogen.
Formyl - Group - Part - Protein - Proteins
This formyl group is part of every bacterial protein as well as all 13 proteins made by mitochondria, says Dr. Camilla Ferreira Wenceslau, research scientist in the MCG Department of Physiology and senior author of the ongoing studies.
"That is what triggers the immune system to trigger an inflammatory cascade," says Dr. Keith O'Malley, interim chief of MCG's Division of Trauma/Surgical Critical Care and a co-investigator on the ongoing studies.
Fact - Mitochondria - Proteins - Versions - Ones
In fact, the mitochondria themselves can similarly neuter the proteins and those benign versions are normally the only ones it releases, until there is an injury.
"The entire hypothesis behind this...
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