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

Study using a systems biology approach reveals how the transcription factor EVI1 contributes to cancer development and tumor invasion

One of the enzymes known to regulate the cell cycle has now been shown to play a key role in mitosis

The embryonic development of zebrafish under the influence of pharmaceutical drugs can be imaged using microfluidics

Mutant zebrafish provide a model for an emerging class of human diseases

An enzyme that helps yeast cells recover from arrested cell division may be relevant to cancer treatment

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

Small alterations to a chromosomal protein have far-reaching effects on gene expression activity

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