A*STAR Genome Institute of Singapore (A*STAR GIS)

The largest RNA language model to date helps researchers uncover the hidden roles played by non-coding RNA sequences in our cells.

City-wide surveillance establishes baseline microbiome data for Singapore’s food centres, revealing stable microbial communities unique to each site.

Self-looping molecules could be the key to unlocking the potential of RNA-based vaccines and therapies.

A new precision oncology platform taps into machine learning to guide colorectal cancer treatments based on individual genetics.

An aroma-first cell culture process bypasses costly tissue growth to deliver a familiar flavour for meat lovers.

The SG-NEx project delivers rich long-read RNA sequencing data that capture subtle differences in gene activity, opening avenues for discovering novel biomarkers in health and disease.

A comprehensive study across different life stages unveils new insights into the roles of the skin microbiome and lipidome in impacting skin health.

A machine learning model called Fragle helps detect cancer and spot signs of relapse by quantifying DNA fragments in the blood.

In recognition of their research excellence, leadership and impact both locally and globally, ten leading A*STAR researchers have been awarded the A*STAR Distinguished Fellowship and Fellowships.

From biomedical research to generative AI models, scientific progress depends on strong ethical standards that maintain integrity, transparency and accountability.

A groundbreaking multinational atlas of the body’s frontline defenders reveals hidden variations that could enhance precision health efforts worldwide.

A new ‘liquid lipid’ approach that penetrates the nose’s mucus barrier could lead to needle-free, nasal spray-based mRNA vaccines.