Latest Articles for DNA

Research reveals polyphenols hinder DNA quality in brown algae sequencing.

Study shows genetic changes may heighten cancer risk in Bloom syndrome patients.

Synthetic cells mimic life functions, revolutionizing fields like medicine and biotechnology.

New tool simplifies primer design for FastCloning, boosting research efficiency.

Exploring how charged polymers enhance DNA sequencing technologies.

Examining how excitons impact DNA's energy dynamics and genetic stability.

Researchers develop a direct technique to measure how DNA bends.

New methods using ascites fluid offer insights for personalized ovarian cancer treatment.

DNA O-MAP offers new ways to study protein-DNA interactions effectively.

Honey reveals insights about plants and pathogens that affect honeybee health.

Research reveals how SMC complexes facilitate DNA movement and structure maintenance.

Research reveals DTX3L's role in ubiquitinating nucleic acids, impacting cellular functions.

Study reveals DNA levels impact ribosome activity and bacterial growth rates.

Discover how DNA is shaping new technological applications across various fields.

Research reveals patterns in yeast DNA replication origin arrangements for faster copying.

KegAlign streamlines DNA sequence alignment for researchers worldwide.

Study highlights how p53 mutations affect breast cancer cell behavior.

Efficient SNP identification reshapes genomic analysis and its applications in health.

New insights into the complex nature of kDNA found in parasites.

Research uncovers genetic changes in NF1 tumors to guide future treatments.

Insight into how cancer cells adapt and respond to radiation treatment.

Exploring how innovations improve data accuracy in nanopore sensors for molecular analysis.

Research explores a simpler way to test for HPV-16 using a new technique.

Research reveals why bed bugs resist insecticides and how to combat them.

This article examines the impact of non-conversion errors in DNA methylation research.

A multi-modal approach enhances gene expression predictions in biological research.

A guide to preparing and studying nucleosome structures using beta-casein.

Examining the importance of TbAUK3 in cell growth and DNA stability in T. brucei.

New elliptical cylinders improve measurement of DNA twisting and turning.

Research on crested geckos reveals genetic secrets behind tail regeneration.

Photocleavable biotin offers a safer way to reset surfaces for experiments.

53BP1 is key in repairing DNA damage and interacts with other proteins.

PlasmidGPT offers a modern method for designing and analyzing plasmid sequences.

gLM2 uses diverse data to improve biological modeling and understanding.

Exploring the role of MDAΦ in enhancing N. meningitidis infections.

MukBEF complex is crucial for DNA organization and stability in cells.

Researchers develop syn3B to enhance gene transfer understanding and efficiency.

Study examines reliability of DNA reading methods in measuring genome sizes.

New method extracts mucus from pig trachea for studying lung diseases.

Exploring DNA's potential in data storage amidst growing digital demands.