Assuming that mitochondria evolved from bacteria, they looked for two known bacterial PAMPs: DNA and formyl peptides. In one experiment, they measured the release of mitochondrial DNA into the ...

Without functioning mitochondria, the cells become dysfunctional and then self-destruct. As part of that study, Qi also ...

Scientists have developed a novel polymer-based therapy that could slow Huntington's disease progression by preventing ...

The new structure, resembling a polymer, protects peptides from degradation and facilitates their entry to cells.

Studies support the idea of “polymers as therapeutics,” rather than polymers as carriers of drug molecules in the sense of ...

Engineered polymers interfere with protein interactions to protect cell health in a mouse study. Researchers at Northwestern University and Case Western Reserve University have developed the first ...

Researchers at the Department of Cell and Molecular Biology, Karolinska Institutet have made a major discovery in how human ...

Breakthrough polymer-based therapy shows promise in reversing Huntington's disease symptoms by preventing toxic protein ...

Mitochondria are paramount organelles responsible ... AICAR Pepide: Conclusion AICAR is a peptide of growing interest across multiple fields of scientific inquiry due to its possible role in ...

Without functioning mitochondria, the cells become dysfunctional and then self-destruct. As part of that study, Qi also uncovered a naturally occurring peptide that disrupts the interaction ...