Latest Articles for Developmental Biology

Research reveals how neural crest influences physical traits in cichlid fish.

Study reveals slower protein degradation rates in human cells compared to mouse cells.

Researchers reveal complex interactions between cell shape and generated forces.

Research reveals how metabolic enzymes affect growth in fruit fly larvae.

PADI6 protein is crucial for embryo formation and linked to infertility.

Research highlights the crucial roles of Ano5 and Ano6 in tunicate metamorphosis.

Study reveals how parent genes influence honey bee development and caste determination.

Study reveals key changes in mitochondrial function during early embryo stages in zebrafish.

New methods to control morphogen gradients enhance our understanding of cell development.

Research shows blood flow patterns influence muscle cell behavior in developing blood vessels.

Investigating how Svep1 protein affects lung formation in mice.

Study reveals complex roles of PUF proteins in RNA regulation and stem cell maintenance.

Research reveals mixed impacts of mistranslating tRNAs on fruit flies.

Unraveling the complex molting processes in ecdysozoans like insects and tardigrades.

New research reveals key differences in muscle cell regeneration between newts and mammals.

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

Exploring how cells change shape during the development of tissues and organs.

Research reveals distinct methods for clearing dead cells and polar bodies.

Exploring how ELAV proteins influence circRNA levels in neuronal development.

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

Exploring how cell dynamics affect tissue growth and healing.

New methods enhance the study of brain development and disorders using organoids.

Study reveals crucial role of PhLP3 in sperm formation.

This research explores how oscillators synchronize in biological contexts.

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

Study reveals the changing roles of microglia during retinal development.

Investigating how physics helps understand genetic networks in living organisms.

A study reveals the importance of SKR-1 in chromosome organization during meiosis.

Exploring the regulation of histone genes across different species.

Research shows cell density plays a crucial role in bird embryo development.

Examining the impact of miRNAs on gene expression and development.

Research on mitochondria in C. elegans reveals critical insights into energy production.

Research reveals how CHASERR impacts developmental disorders through CHD2 regulation.

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

Researchers create organoid models to study limb development processes and signaling interactions.

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

EFL-3 influences stem cell behavior and development in C. elegans.

Research reveals key proteins affecting muscle function through synaptic signaling.

Morphogen gradients are essential for proper neural tube formation and cell positioning.

UPF1 plays a key role in mRNA decay and mitochondrial function.