The emerging discoveries on the link between polyadenylation and disease states underline
the need to fully characterize genome-wide polyadenylation states. Here, we report …

Mitochondria have their own gene expression machinery and the relative abundance of
RNA products in these organelles in animals is mostly dictated by their rate of degradation …

Ribosome biogenesis is crucial for plant growth and environmental acclimation. Processing
of ribosomal RNAs (rRNAs) is an essential step in ribosome biogenesis and begins with …

Polyadenylation of RNA is a posttranscriptional modification that can play two somewhat
opposite roles: stable polyadenylation of RNA encoded in the nuclear genomes of eukaryote …

Polynucleotide phosphorylase (PNPase) catalyzes RNA polymerization and 3′→ 5′
phosphorolysis in vitro, but its roles in plant organelles are poorly understood. Here, we …

The polyadenylation‐stimulated RNA degradation pathway takes place in plant and algal
organelles, yet the identities of the enzymes that catalyze the addition of the tails remain to …

Background Polyadenylation influences many aspects of mRNA as well as viral RNA.
variable polyadenylation at the 3'end have been reported in RNA viruses. It is interesting to …

Most chloroplast genes in land plants are represented by multiple transcript isoforms that
arise via differential splicing, endo-and exo-nucleolytic processing, and/or RNA editing …

The proteins involved in the main process of energy production of most eukaryotes
(oxidative phosphorylation, OXPHOS) are encoded by either nuclear or mitochondrial …

Cytoplasmic mRNAs are specifically degraded in somatic cells as a part of early apoptotic
response. However, no reports have been presented so far concerning mRNA fate in …