Latest Articles for Genomics

A new tool reveals unseen microbial diversity in various environments.

GRNIX enhances understanding of gene networks linked to autoimmune diseases.

Innovative approach enhances analysis of gene expression data in complex biological samples.

A new method improves data clustering efficiency and accuracy.

Transforming genomic analysis for better public health decisions.

Examining how nucleotide variations influence the behavior of SARS-CoV-2.

Uncovering the lifestyle and genetics of the sun spider in Southern Europe.

Transposable elements play a key role in genomic evolution and gene regulation.

Psyllids pose serious threats to crops through disease transmission.

Exploring how NLP tools help analyze and interpret genomic data.

Discover the important role of archaea in our gut health.

Scientists use genomic surveillance to combat infectious diseases effectively.

UnitedMet merges metabolite and RNA data for better cancer insights.

Genomic changes influence cancer growth and treatment responses.

K2R improves efficiency in indexing complex DNA sequence datasets.

A new method for assessing models that study gene properties.

A fresh approach to managing genomic data using super-k-mers for better efficiency.

Recent progress in RNA sequencing is enhancing gene analysis and transcript discovery.

Discover how GMNA helps classify genome sequences and track virus spread.

Research shows that data quality trumps size in single-cell studies.

Discover how RMT helps tackle high-dimensional data challenges in various fields.

Uncovering the hidden risks of a common bacterium.

Understanding RNA sequencing's role in disease detection and patient care.

CNSistent streamlines SCNA data analysis for better cancer insights.

CORTADO helps scientists accurately identify unique cell markers for better understanding.

Pipemake simplifies workflows for researchers, enhancing data analysis in biology.

p-ClustVal enhances clustering methods for analyzing complex biological data.

A multi-model approach improves genomic data analysis using deep learning techniques.

Discover how OMOP CDM transforms health data sharing and precision medicine.

FinaleToolkit enhances cfDNA analysis for improved cancer detection.

K-mer topology simplifies genome analysis, revealing connections among species.

Smmit streamlines single-cell multi-omics sequencing for faster insights.