Researcher using analytical instrumentation for biotechnology research

Biotechnology Research Collaboration Expands with New BioDiscovery Hub in Malaysia

Agilent and Monash University Malaysia launch a BioDiscovery Hub to advance regional biotechnology and analytical instrumentation

Written byMichelle Gaulin
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The new biotechnology research collaboration between Agilent Technologies and Monash University Malaysia establishes the MUMPMP–Agilent BioDiscovery Hub, a shared research environment designed to strengthen analytical capabilities across proteomics, metabolomics, and molecular biology. This biotechnology research collaboration expands a partnership that spans 15 years and reflects broader regional investment in high-impact R&D. For laboratory managers, the initiative underscores growing demand for analytical instrumentation, multidisciplinary workflows, and training programs that support advanced molecular analysis.

Biotechnology research collaboration expands regional R&D capabilities

The BioDiscovery Hub will integrate several advanced platforms, including Agilent’s Revident quadrupole time-of-flight LC/MS, the 1290 Infinity III high-performance LC system, and the 5977C gas chromatography/MSD. These analytical instrumentation tools will support small- and large-molecule analysis and allow researchers to pursue applications across biomedical, pharmaceutical, and molecular biology fields. The hub will also host workshops, training sessions, and method-development activities aligned with shared research priorities.

Syafiq Asnawi, PhD, senior lecturer in biomedical science and director of the Department of Molecular Epidemiology and Translational Medicine, emphasized the impact of the collaboration. “This collaboration reflects Monash University Malaysia’s commitment to delivering world-class research infrastructure that advances discovery and benefits our communities. The MUMPMP–Agilent BioDiscovery Hub strengthens Monash’s position as a regional leader in proteomics, metabolomics, and biotechnology innovation. By combining Agilent’s state-of-the-art technologies with Monash’s research excellence and multidisciplinary ecosystem, we are empowering our scientists and partners to drive impactful solutions for Malaysia and the Asia-Pacific region.”

BioDiscovery Hub highlights long-term regional investment

Agilent leaders noted that the expanded biotechnology research collaboration reinforces the company’s long-standing presence in Malaysia. “Our renewed collaboration with Monash University Malaysia continues our 15-year collaboration and positions Agilent as a leader in biotechnology innovation. The BioDiscovery Hub will drive scientific progress, talent development, and creating long-term value for customers and partners,” said Bharat Bhardwaj, Agilent’s vice president of sales for Asia Pacific.

The partnership reflects an ongoing shift toward shared research environments that promote access to advanced analytical instrumentation while reducing institutional barriers to adoption. As biotechnology capacity grows across the Asia-Pacific region, collaborations of this kind help accelerate scientific progress by supporting talent development and providing structured access to high-performance tools.

Lab manager implications for instrumentation planning and skills development

For laboratory managers, the BioDiscovery Hub illustrates several operational considerations relevant to technology planning and workforce development. Expanded access to high-resolution LC/MS and GC/MS platforms can inform future instrumentation strategies, especially for labs seeking to advance proteomics or metabolomics workflows. The collaboration’s focus on structured training and method development offers a model for supporting staff as analytical instrumentation becomes more integrated across research programs.

Shared hubs also demonstrate how institutions can balance capability expansion with cost management. By centralizing high-demand instruments, research teams can increase utilization, improve data quality, and support standardized methods. As biotechnology research continues to scale across the region, these models may help laboratories build resilience, support multidisciplinary teams, and align their infrastructure with evolving scientific needs.

This article was created with the assistance of Generative AI and has undergone editorial review before publishing.

About the Author

  • Headshot photo of Michelle Gaulin

    Michelle Gaulin is an associate editor for Lab Manager. She holds a bachelor of journalism degree from Toronto Metropolitan University in Toronto, Ontario, Canada, and has two decades of experience in editorial writing, content creation, and brand storytelling. In her role, she contributes to the production of the magazine’s print and online content, collaborates with industry experts, and works closely with freelance writers to deliver high-quality, engaging material.

    Her professional background spans multiple industries, including automotive, travel, finance, publishing, and technology. She specializes in simplifying complex topics and crafting compelling narratives that connect with both B2B and B2C audiences.

    In her spare time, Michelle enjoys outdoor activities and cherishes time with her daughter. She can be reached at mgaulin@labmanager.com.

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