Latest Articles for Genomics

Study highlights strategies for faster detection of SARS-CoV-2 variants.

Research reveals new tools for studying RNA virus genetic exchanges.

doubletrouble offers a user-friendly approach to studying gene duplications and their implications in evolution.

A novel tool to simplify nanopore sequencing data interpretation.

GeneGPT enhances language models for accurate genomic answers using NCBI APIs.

New algorithm improves understanding of complex satellite DNA structures.

Researchers assess DNA variant calling tools using synthetic data for cancer studies.

New tools improve accuracy in bacterial genome assembly.

hAMRonization aims to improve AMR detection accuracy through standardized data.

RNA3DB aims to improve RNA structure prediction using a new organized dataset.

Introducing LIN codes to improve bacterial strain classification and tracking.

Research uncovers patterns of chromosomal changes linked to various cancer types.

Genomic data enhances tracking and understanding of disease spread and dynamics.

Examining how software tools improve viral genome assembly using next-generation sequencing.

A new method improves insights into gene interactions and spatial dependencies in tissues.

BOSS offers faster, reliable solutions for finding optimal biomarker cutoffs.

Research reveals key insights into the SAR86 bacteria's characteristics and ecological role.

CARAMEL offers efficient storage and fast access for large data sets.

BayeLeafClassifier offers precise cell identification in single-cell RNA sequencing.

A novel approach improves insights into gene activity in individual cells.

A study comparing genome assembly methods for various nematode species.

scEmbed streamlines single-cell chromatin accessibility analysis using pre-trained models.

New methods improve gene interaction analysis from single-cell RNA sequencing data.

An overview of the methods used to reconstruct sequences from substrings.

Researchers work to combat species loss using genomic techniques.

New methods aim to improve data consistency and collaboration in cell atlas projects.

Chronumental allows quick analysis of large virus datasets through time trees.

Using autoencoders to enhance accuracy in SNP variant detection.

hictk simplifies working with Hi-C and Cooler file formats for researchers.

New method improves accuracy of sequence alignments in fragmented genomic data.

A new method simplifies SNP identification in pathogen genomes.

New methods enhance the speed of genomic data analysis using SBWT and LCP array.

A comprehensive dataset aids research on cancer cells and immune checkpoint therapy.

Exploring methods to extract signals from noisy datasets across various fields.

BuDDI improves insights from RNA sequencing data by combining bulk and single-cell analysis.

A new method improves genome assembly using both long and short DNA reads.

New models predict protein functions and mutations to improve health responses.

Unico improves analysis of complex genomic data with a flexible approach.

New tools enhance understanding of complex biological data.

K-mer methods play a key role in genomic studies and data analysis.