Latest Articles for Developmental Biology

Study reveals genetic and environmental effects on mouth shapes in P. pacificus.

Research on Drosophila reveals complex genetic interactions affecting offspring survival.

Exploring the role of Bam and Rbp9 in stem cell differentiation.

New insights reveal NRL's impact on retinal cell gene regulation.

Insights into how spindles and organelles influence egg cell development.

Research highlights how cell divisions affect surrounding tissue forces and structure.

Study reveals the critical role of Vsx2 in eye formation and retinal health.

Research reveals how cell shape changes impact animal development.

A new measure reveals insights into gene expression changes during zebrafish growth.

Research reveals insights on proteins crucial for brain cell connections.

Hox genes are vital for the proper growth of pectoral fins in zebrafish.

Study reveals critical processes in germ cell development and sex determination.

Research on SRGAP2 sheds light on human brain and eye development.

Study reveals protein interactions critical for chromosome organization.

This study examines the link between brain structure and behavior, focusing on cerebellar folds.

Discover how spindle alignment affects cell growth and specialization.

Research reveals how bacteria influence the growth and behavior of nematodes.

Research on nerve cell pruning offers insights into schizophrenia's development.

This research uncovers key factors influencing stem cell fate and differentiation.

GLA-3 is crucial for germ cells during stress, influencing survival and function.

CMTM4 is vital for skeleton formation and cellular interactions in sea urchins.

Centrioles are key to cell division and stability, impacting health and disease.

Research on C. elegans sheds light on immune system regulation and development.

A new approach to measure forces in developing cells enhances our understanding of tissue formation.

A study on AI and optimization methods for cell differentiation parameter estimation.

Hunchback's role in shaping neuron identity and behavior is crucial for brain function.

Researchers investigate RNA organization in the unique single-celled organism Stentor coeruleus.

Study reveals Mid1 gene's crucial role in mouse brain function and development.

A non-invasive technique captures real-time tissue stiffness changes in developing embryos.

Study reveals complex symptoms in chromatin remodelling disorders.

miR-317 is crucial for controlling stem cell growth and preventing tumors in fruit flies.

Exploring how signaling pathways and ligands affect cellular communication in organisms.

Exploring how muscle precursor cells migrate in the fruit fly testis.

Research reveals how cell movement affects tissue formation and healing.

map3k1 gene is crucial for the proper regeneration of planarian eyes.

STAT3 is vital for stem cell growth and embryonic development.

This article explores genetic factors driving sexual differences in butterflies.

Researchers develop a method to analyze heart structure and blood flow variations.

INSCRIBE system allows cells to record their signaling history for better understanding of biology.

Scientists reveal the significant roles of unique DNA regions in mammalian development.