A*STAR Institute of Molecular and Cell Biology (A*STAR IMCB)

The cell with the highest signal leads other cells to their destination during migration

MicroRNAs are essential for B-cell development and antibody production

Zebrafish study reveals a gene regulatory network responsible for establishing and maintaining muscle fiber lineage

Clarifying how deadly protein toxins hijack cellular processes to enter human cells will help in the development of antidotes

On the back of growing drug resistance, researchers at the A*STAR Institute of Molecular and Cell Biology are exploring new targets to develop effective antibacterial compounds

Cellular trafficking modulates levels of a brain protein associated with a variety of neurological disorders

A newly identified molecular mechanism could lead to treatments to control cancer

The regulatory protein Wbp2 enhances the ability of the transcriptional co-activator TAZ to transform healthy cells into cancer cells

A zebrafish study reveals how progenitor cells respond to multiple signals during embryonic development

Two guidance receptors steer the collective migration of border cells in different ways

Protein structures reveal details of how some bacteria stay in touch with their community

A zebrafish study provides new insights into factors that influence the formation of functionally important ear stones