Latest Articles for DNA

Introducing a new method for predicting DNA-binding sites in proteins using deep learning.

Explore the critical functions of ATR and ATRIP in maintaining DNA health.

Exploring the links between alcohol, acetaldehyde, and DNA damage.

Research shows promise for DNA-based solutions against harmful insect pests.

A new method for extracting DNA from challenging plant tissues is outlined.

An overview of topoisomerases and their crucial functions in DNA processes.

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

Bacterial DNA segregation is shaped by growth conditions and cellular dynamics.

Researchers are developing methods to create precise DNA nanostructures for various applications.

New toolkit Oatk improves assembly of plant organelle genomes.

HSV-1 carries risks beyond cold sores, with crucial insights into its replication.

Scientists use DNA to reveal the history of dragonflies.

Research reveals insights about DNA viruses in great ape populations using museum specimens.

A study on SCFAs and EVs offers new insights into colorectal cancer.

Discover the unique adaptations and mysteries of myxozoans.

A new SNP panel aids in monitoring leopard populations globally.

Explore the role of DNA and proteins in brain cell development.

An engaging assignment on DNA sequence alignment aids parallel programming education.

A look into how ZTA binds to DNA and its implications for EBV-related diseases.

Research on gut microbes reveals their importance for animal and human health.

A method to attach urease to DNA frameworks while keeping it active.

TBP is essential for starting the process of gene expression in cells.

Discover the connection between ancient genes and modern human health.

K-mers streamline DNA sequence comparisons, enhancing efficiency in bioinformatics.

Study reveals improved techniques for tracking leishmaniasis in sand flies.

New modeling techniques improve understanding of DNA structure and its functions.

R-loops impact DNA functions, showing both beneficial and harmful effects.

Exploring how tiny particles form complex structures without guidance.

Kinetochore ensures accurate chromosome separation during cell division, crucial for life.

Exploring the role and detection of the DNA modification 6mA.

PrivaMatch ensures privacy while matching DNA in criminal investigations.

Exploring how bacteria resist the effects of ciprofloxacin antibiotic.

Scientists utilize budding yeast for innovative genetic studies via the PIPO method.

Learn how scientists are changing DNA with new methods like append editing.

SPO11 plays a key role in DNA cutting during meiosis.

Scientists study the genome of a marine worm to learn about its role in ecosystems.

Explore how chromosomes change shape during cell division and the science behind it.

Research on wild barley could help improve cultivated varieties for resilience.

Discover the unique adaptations of polychaete worms beneath the ocean surface.

Discover how SPO11 facilitates DNA breaks during meiosis.