Latest Articles for MRNAs

UPF1 plays a key role in mRNA decay and mitochondrial function.

Nonspecific RNA polymerases buffer gene expression in bacteria, stabilizing resources.

Recent research uncovers connections between RNA transcription and splicing processes.

FASTKD proteins play crucial roles in mitochondrial RNA processing and stability.

A groundbreaking tool for understanding miRNA and isomiR roles in gene regulation.

Research reveals how ribosomes interact with mitochondria for protein import.

Study reveals how C. elegans manage protein production during cold exposure.

Examining how green algae produce multiple proteins from a single mRNA.

Researchers develop innovative approach to study RNA metabolism and associated factors.

Investigating how the ebony gene affects color in fruit flies and pest control.

Research reveals how gene expression changes impact traits across mammalian species.

New study reveals RNA shortening process during cellular stress.

Exploring the use of quantum computing for efficient mRNA optimization in medicine.

A look into the complexity of gene expression and its variable nature.

tRNA is vital for protein production during the growth of neurons.

An overview of tRNA functions and their significance in proteins.

Bacteria form aggresomes to protect mRNA during stress, aiding survival and adaptation.

Exploring the mechanisms and dynamics of gene expression in living organisms.

Exploring how quantum computing aids in predicting mRNA structures for medical advancements.

Exploring the impact of RNA-binding proteins on mRNA transport in neurons.

Exploring RNA-based therapies and their delivery systems in medical applications.

This study examines how codon choices impact mRNA stability and translation efficiency.

A new approach to identify infections using blood samples and machine learning.

A new model improves mRNA delivery using lipid nanoparticles effectively.

Examining the structure and stability of lipid nanoparticles in COVID-19 vaccines.

Exploring how cells manage stress through translation and the significance of G3BPs.

Research reveals new methods to study stress granules in cells during stress responses.

WENDY algorithm offers insights into gene interactions through limited data.

Research reveals how plant mRNAs detect temperature to control protein production.

Research targets ribosome modifications to enhance protein production in synthetic biology.

Researchers improve DNA integration methods in human stem cells for better therapies.

New models improve understanding of gene activity and cell classification.

This study examines how miRNAs help barley cope with heat stress.

Exploring new methods to express multiple genes using the Poly-Transgene Expression System.

Study reveals selective mRNA translation patterns during mouse embryonic growth.

Gene amplification helps organisms adapt to environmental changes by increasing protein production.

Exploring SERF2's impact on stress granules and G-quadruplex interactions.

Introns are more than just DNA fillers; they enhance gene expression significantly.

Research reveals key connections between gene regulation, growth, and stress responses in yeast.

Study reveals how mRNA processing changes affect tumor suppressor genes and cancer risk.