Latest Articles for Transcription Factors

A new study reveals the complex roles of transcription factors in controlling gene expression.

Research explores converting astrocytes into oligodendrocyte-like cells to treat nervous system disorders.

Transcription factors can act as both activators and repressors in gene expression.

Research reveals how COVID-19 alters gene activity in patients.

A new method helps to understand how genes control cellular responses effectively.

Researching how transcription factors interact with DNA to regulate gene expression.

Research focuses on improving K. marxianus for more efficient ethanol production.

Research reveals key enhancer activity in oesophageal adenocarcinoma and its treatment response.

Investigating how non-coding genetic changes affect diseases like CCDDs.

This study reveals how genetic variants interact with genes through regulatory mechanisms.

Research using machine learning offers new insights into LTRs in plant DNA.

Research reveals key roles of neural stem cells in brain development.

This article explores how proteins shape the body plan of Drosophila larvae.

A look into the biology and uniqueness of colonial organisms like Hydractinia.

PTFSpot offers a fresh approach to studying gene regulation in plants.

This research explores deep learning's role in predicting intron retention and chromatin state.

EMT is crucial for development and can influence various health conditions.

Research reveals how specific transcription factors influence HPV-18 behavior in skin cells.

This study advances gene regulatory network inference by integrating epigenomic data.

This study reveals how transcription factors affect bacterial virulence and plant interactions.

Researchers study how DNA regions influence protein production and animal body formation.

A unified gene regulatory network reveals new roles for transcription factors.

Study reveals how transcription factors evolved in bacteria and their role in adaptation.

Exploring the regulation of histone genes across different species.

New methods reveal the independent nature of transcription factor binding.

CC-Tempo enhances predictions of cell fates through gene expression and communication.

Research reveals insights into the flexibility and function of the PHL4 transcription factor.

Zmiz1 is essential for the growth and stability of blood vessels.

A novel approach enhances understanding of gene expression in zebrafish development.

GET enhances understanding of transcription factors in various human cell types.

This study uncovers how cancer cells resist treatment early on.

New findings reveal how gene clusters enhance gene expression through protein interactions.

Study reveals diversity and role of TAPs in evolution.

MYC and MAX are critical in controlling gene activity and cell health.

forkedTF enhances understanding of transcription factors and their binding mechanics.

Research reveals Tbx1's crucial function in cell differentiation for heart and facial structures.

COSMOS+ combines factor analysis and biological networks for better insights into data.

Bicoid clusters aid gene activity through concentration sensing in cell nuclei.

TEA-GCN improves gene analysis using diverse data with enhanced accuracy.

A study reveals how genetic factors contribute to congenital heart disease development.