In the past two decades, advances in sequencing technology and analysis of the human and
mouse genome have led to the discovery of many non-protein-coding RNAs (ncRNAs) …

Mitochondria harbor their own genetic system, yet critically depend on the import of a
number of nuclear-encoded macromolecules to ensure their expression. In all eukaryotes …

Mitochondria are critical hubs for the integration of several key metabolic processes
implicated in cell growth and survival. They originated from bacterial ancestors through …

Digitonin is commonly used to permeabilize cell membranes and solubilize membrane
components. It interacts specifically with cholesterol in the membrane which leads to the …

Mutations in the small genome present in mitochondria often result in severe pathologies.
Different genetic strategies have been explored, aiming to rescue such mutations. A number …

ABSTRACT Preclinical Research Given nuclear‐power‐plant incidents such as the 2011
Japanese Fukushima‐Daiichi disaster, an urgent need for effective medicines to protect …

Since an intense communication between nucleus and mitochondria is vital for maintaining
cellular homeostasis, it is important to characterize biological molecules involved in the inter …

Mitochondria currently appear to be a major destination for the RNA trafficking and
localization processes that control and coordinate gene expression in living cells. A large set …

The emergence of modern standards of public sanitation and personal hygiene was
promoted by the invention and mass production of synthetic detergents/surfactants …

Mitochondria, are the powerhouses of cells, have their own DNA (mtDNA), regulate the
transport of metabolites and ions, and impact cell physiology, survival, and death …