There is a protein that governs everything from humans to plants to single-cell creatures. This protein performs general cell housekeeping, controlling them through routine daily tasks. Researchers at Virginia Tech discovered that one specific type of this ubiquitous protein has a different purpose in female brains—it helps regulate memory events that produce post-traumatic stress disorder (PTSD).
“The protein is primarily thought of as a protein that marks other proteins to be destroyed,” said Tim Jarome, an associate professor in the College of Agriculture and Life Sciences’ School of Animal Sciences. “For it to be doing this function in the context of PTSD in females is very surprising.”
Because of its widespread prevalence, this protein, ubiquitin, even has its name derived from the word ubiquitous. The researchers were able to modify a variant of this protein called K-63, which was selective in creating fear memories in the female brain.
“Oftentimes, molecules are found in the brain that are involved in forming these fear-based memories in both sexes, and this is the first time that we found one that’s selectively involved in one sex,” Jarome said. “In particular, this was found in the sex that seems to be more likely to have PTSD. It’s rare to find these mechanisms that are specific to one sex in terms of regulating the underlying factors that cause PTSD.”
The breakthrough could pave the way for better therapeutic treatments. The experiment was led by Kayla Farrell, a Ph.D. candidate in the School of Animal Sciences.
The findings were recently published in the journal Molecular Psychiatry.
PTSD is a complex illness with numerous therapeutic options, including pharmaceutical methods. Pharmacological treatments could be employed if a specific molecule is targeted.
“Right now, treatment options are not very effective and the success rate isn’t very good,” Jarome said. “PTSD is not created equal among patients, and we know females are more likely to have it. The therapeutic approaches that we take to treat it might have to differ between males and females. This may be a mechanism in which we could specifically target treatment in females as a way to treat PTSD.”
more recommended stories
Phage Therapy Study Reveals RNA-Based Infection ControlKey Takeaways (Quick Summary) Researchers uncovered.
Pelvic Floor Disorders: Treatable Yet Often IgnoredKey Takeaways (Quick Summary) Pelvic floor.
Urine-Based microRNA Aging Clock Predicts Biological AgeKey Takeaways (Quick Summary) Researchers developed.
Circadian Control of Neutrophils in Myocardial InfarctionKey Takeaways for HCPs Neutrophil activity.
E-Cigarette Use and Heart Attack Risk in Former SmokersKey Takeaways for Clinicians and Nurses.
36-Week Pre-eclampsia Screening May Reduce Term RiskA New Preventive Strategy for Term.
Cardiovascular Risk and Sudden Cardiac Death in DiabetesRising Sudden Cardiac Death (SCD) Risk.
Poor Kidney Function and Alzheimer’s Biomarkers ExplainedPoor kidney function may influence levels.
Walking Speed Before Hip Replacement Predicts RecoveryNew Evidence Points to a Simple,.
Neuroblastoma Drug Combo Extends Survival in ModelsA Promising Shift in High-Risk Neuroblastoma.

Leave a Comment