Latest Articles for Stem Cell Research

A breakthrough technique to induce human meiosis in lab-grown cells.

Research reveals potential for stem cell-derived kidney tissue connections.

Study reveals how RICTOR impacts stem cell growth and differentiation.

Advances in microscopy reveal how cells communicate and adapt in their environment.

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

HDAC1 plays a crucial role in regulating gene expression through lysine acetylation on histones.

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

New insights into stem cell roles and gene regulation in the gastrointestinal tract.

Examining how the nucleus grows and its effects on cell behavior.

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

Research reveals how ERK5 influences stem cells and potential links to cancer.

Research reveals significant genetic changes in stem cells during lab culture.

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

Research shows key differences between hiPSCs and hESCs impacting therapies and disease modeling.

Exploring 3D BioFETs to enhance communication in organoid systems.

Research highlights the importance of stem cells in regeneration among invertebrates.

Research unveils new ways to track cell behavior over time.

iMatrix-511 shows promise in growing iPSCs without animal-derived components.

Research highlights microglia's dual role in inflammation and recovery after spinal cord injuries.

Researchers introduce MPAQT, combining sequencing methods for better transcript isoform analysis.

Research focuses on creating better environments for heart cells to enhance function.

Research improves gene editing efficiency in stem cells for disease study.

Researchers develop human hypothalamus models to study hunger and metabolism.

Research on blastoids provides new information on human embryonic development.

BCAS2 is essential for early blood cell formation and regulation in vertebrates.

Researchers find ways to encourage heart repair similar to zebrafish in humans.

Scientists develop a new platform for better brain organoid growth and monitoring.

Research reveals how bone marrow stem cells aid recovery after injury.

This research reveals the role of tissue mechanics in early mammalian development.

Examining how cell polarization influences embryo fate in early stages.

This study highlights miR-195's influence on B cell growth, especially without EBF1.

This research links gene regulation to stem cell regeneration and its implications.

Examining how age affects blood cell production and health.

This study reveals key processes in the formation of the amniotic sac.

Research highlights DVL2's importance in Wnt/β-catenin signaling and cellular function.

A new cell model helps researchers study Alzheimer’s more effectively.

Study reveals essential roles of miR-290 and miR-302 in generating induced pluripotent stem cells.

Examining how timing and positioning shape nerve cell diversity during development.

New techniques enhance the precision of cell placement for neuroscience research.

This article explores how physical and chemical signals influence cell fate decisions.