Protein glycosylation has an important role in many cellular processes, including cell growth, cell–cell interactions, cancer metastasis, differentiation and development. Using a systems-level ...

During both development and homeostasis, cellular differentiation generates diverse cell types without altering genomic content. These cell fate transitions are orchestrated by rapid and precise ...

This capacity for cellular plasticity is critical for ... fate decisions are driven by combinations of cell-extrinsic growth and differentiation factors that regulate stem cell pluripotency ...

When cells express specific genes that characterise a certain type of cell we say that a cell has become differentiated. Once a cell becomes differentiated it only expresses the genes that produce ...

We are focused on understanding how gene regulation occurs through novel mechanisms of mRNA translation. Specifically, we study how non-canonical translation pathways shape cell growth and ...

cellular differentiation and degenerative diseases. Many of the groups take advantage of the possibilities of stem cell and genome editing technologies to understand molecular disease mechanisms in ...

We combine genetic and metabolomic approaches to investigate cell-type specific growth requirements and elucidate how flux through central metabolic pathways regulates key cellular activities, ...

cellular differentiation and degenerative diseases. Many of the groups take advantage of the possibilities of stem cell and genome editing technologies to understand molecular disease mechanisms in ...

Circulatory system Transport substances. Defend the body. Regulate temperature. Excretory system Remove waste products and unwanted substances. Regulate the water content of the body. Muscular ...

Haruhisa Inoue (Professor, Department of Cell Growth and Differentiation ... Their study is published in the Journal of Cellular and Molecular Medicine. Astrocytes, one of two major types of ...