Singapore's push into the future of medicine took a significant step forward with the recent launch of a state-of-the-art multi-omics laboratory at the National University of Singapore's (NUS) Department of Pharmacy and Pharmaceutical Sciences (PPS). This collaboration between MGI Tech Singapore and NUS PPS marks a pivotal moment in the city-state's ambition to lead in pharmaceutical innovation, leveraging integrated biological data to revolutionize drug discovery and precision medicine.

The Core Facility & NUS PPS - MGI Tech Multi-Omics Laboratory, part of MGI's global DCS Lab initiative, equips researchers with cutting-edge tools to analyze DNA genomics, cell omics, and spatial omics. Announced on March 20, 2026, the facility promises to streamline workflows for complex studies in precision medicine and drug development, benefiting education, research, and the broader healthcare ecosystem.

The Dawn of a New Era in Singapore's Pharma Research

The opening of this lab underscores Singapore's strategic positioning as a biotech hub. Dr. Liu Xin, Vice President of MGI, highlighted the partnership's potential: "We are equipping tomorrow's pharmacists and researchers with the tools to drive discovery." Professor Giorgia Pastorin, Head of NUS PPS, echoed this enthusiasm, calling it a "catalyst for breakthroughs with real-world applications."

Situated within NUS's Faculty of Science, the lab integrates MGI's high-precision sequencing technologies, enabling seamless data generation across multiple biological layers. This is not just hardware; it's a ecosystem designed to foster innovation from bench to bedside.

Decoding Multi-Omics: The Foundation of Modern Drug Discovery

Multi-omics refers to the simultaneous analysis of multiple biological datasets, including genomics (DNA sequences), transcriptomics (RNA expression), proteomics (protein profiles), metabolomics (small molecules), and more recently, spatial omics (location-specific data within tissues). By layering these 'omes,' researchers gain a holistic view of biological systems that single-omics approaches miss.

In pharmaceutical sciences, this integration identifies novel drug targets, predicts patient responses, and uncovers disease mechanisms. For instance, multi-omics has accelerated cancer research by revealing how genetic mutations interact with metabolic pathways, leading to targeted therapies. Studies show it reduces drug development timelines by up to 30% through better biomarker discovery.

Singapore's investment aligns with global trends, where multi-omics contributes to 40% of new precision medicine approvals.

Inside the NUS-MGI Lab: Cutting-Edge Technologies at Play

The DCS Lab—standing for DNA genomics, Cell omics, and Spatial omics—features MGI's integrated portfolio. DNA sequencers handle high-throughput genomic profiling, while cell omics tools like single-cell sequencing capture heterogeneity in cell populations. Spatial omics platforms map molecular interactions in tissue context, crucial for understanding tumor microenvironments.

These tools enable end-to-end workflows: from sample prep to data analysis, supporting AI-driven insights. Early users at NUS will apply them to drug metabolism studies and personalized pharmacotherapy, addressing Singapore's aging population challenges.

Transforming Drug Discovery: From Targets to Therapies

Multi-omics shines in target identification. By correlating genomic variants with proteomic changes, researchers pinpoint actionable pathways. A case study from A*STAR's recent CAN-Scan tool uses multi-omics and AI to predict colorectal cancer drug responses, improving trial success rates.

In Singapore, this translates to faster pipelines for chronic diseases. NUS's lab will support projects like biomarker discovery for metabolic disorders, leveraging spatial data to model drug distribution in organs. Global examples include multi-omics-led approvals like Entrectinib, where integrated profiles predicted efficacy in rare cancers. Learn more about the NUS-MGI announcement.

NUS Pharmacy: Leading the Charge in Translational Research

NUS PPS has long excelled in pharmaceutical technology and drug delivery. The new lab complements existing facilities, enhancing multi-disciplinary efforts. Recent NUS Medicine initiatives, like the Clinical Trial Centre for healthy longevity, integrate multi-omics with digital health for aging studies—predicting trajectories via biomarkers.

This positions NUS students and faculty at the forefront, training the next generation in omics-driven pharma. Programs now include hands-on multi-omics modules, preparing graduates for industry roles.

RIE2030: Singapore's S$37 Billion Bet on Biotech Supremacy

Underpinning these efforts is the Research, Innovation and Enterprise 2030 (RIE2030) plan, committing S$37 billion from 2026. Biomed and health receive major funding, including the 'Maximising Healthy and Successful Longevity' Grand Challenge. This supports multi-omics for brain health and gerotherapeutics. RIE2030 details here.

Singapore's biotech ecosystem boasts 70+ firms, with 2025 funding at $82M. Unicorns like Mirxes (RNA tech) exemplify success, driven by A*STAR-NUS synergies.

Synergies Across Institutions: A*STAR, NTU, and Beyond

A*STAR's Genome Institute (GIS) pioneers multi-omics for population health, partnering with Illumina for genomics. NTU's AI-driven molecular design complements NUS efforts. The Singapore Oral Multiomics Initiative (SOMI) explores microbiomes for oral health pharma.

These collaborations amplify impact, with cross-institutional trials accelerating from lab to clinic.

Career Horizons: Thriving in Multi-Omics Pharma

The lab opens doors for postdocs, faculty, and students in research-jobs, adjunct roles. Singapore's demand for omics experts surges with RIE2030, offering competitive salaries and global exposure. Explore opportunities at NUS or industry partners.

Navigating Challenges: Data, Ethics, and Talent

Challenges include data integration complexity and ethical AI use. Singapore addresses via robust IP frameworks and talent schemes like NRF postdoc awards. Future: AI-multi-omics hybrids for predictive modeling.

BioSpectrum coverage.

Photo by Học Viện Chăm Sóc Sắc Đẹp Á Âu on Unsplash

Looking Ahead: Singapore's Pharma Renaissance

This lab heralds a renaissance, positioning Singapore—and NUS—as global leaders. With sustained investment, multi-omics will yield therapies extending healthspans, solidifying the nation's biotech stature.