A*STAR Singapore Immunology Network (A*STAR SIgN)

A technique for analyzing specific T-cell responses could pave the way for more rationally designed vaccines

A newly discovered subset of white blood cells in mice and humans could improve treatments for infections and autoimmune diseases

Revelation of antiviral properties in the protein viperin could help virologists to contain the re-emerging chikungunya virus

Targeted stimulation of an immune pathway may help the body to fight back against liver cancer

A panel of major tropical diseases may soon be detectable from a single blood sample thanks to a biochip created at A*STAR

Insights obtained by profiling the immune response to repeat viral infections could assist vaccine design efforts

A protein implicated in lupus promotes disease progression by distinct mechanisms in different immune cells

Identification of the subtype of immune cells that is crucial to the onset of cerebral malaria provides a therapeutic starting point

Recently uncovered human counterparts to a subset of mouse immune cells may enable better vaccination strategies

Inappropriate activation of an immune signaling pathway during infection leaves the body vulnerable to sepsis

Lipids produced within the thymus give immune cells the initial boost they need to fight off infection

Langerhans cells, specific immune cells in the skin, migrate to their final destination in multiple waves at different stages of embryonic development