High-Throughput Molecular Genetics Core

MBI is committed to developing better ways to bring together the multi-disciplinary expertise needed to explore the biology of mechanical functions.

MBI Core Facilities

MBI fosters collaboration across disciplines to better understand the systems biology of mechanical functions, recognizing that innovation often stems from individual researchers working within a collaborative environment.

MBI Info

MBInfo was setup in as a wiki-style repository of mechanobiology provided by the Mechanobiology Institute, National University of Singapore. The aim of MBInfo was to inform and educate the wider scientific community about mechanobiology and how physics and mechanics impact biological processes. The content on www.mechanobio.info has been archived here.

Microscopy Core

The Microscopy Core is the largest of the MBI core facilities, serving as the backbone for most of the experimental work at the Institute. The Core supports image related research, offering a wide range of microscopes and image analysis resources.

Laboratories

MBI’s core labs cover microscopy, computation, nanofabrication, cell culture and other essential services to better serve the Institute members.

Computational Core

The Computational Core provides infrastructure for computation, storage, networking and scientific software services and support for the Mechanobiology Institute.

Nano and Microfabrication Core

The µFabrication Core provides a spectrum of design and microfabrication services to our internal researchers, R&D partners, and external clients. Our team of engineers and researcher have over 40 years of accumulated knowledge and hands-on experience.

High-Throughput Molecular Genetics Core

The High-Throughput Molecular Genetics (HMG) Core is committed to developing and implementing molecular genetics and systems biology methodologies. We offer MBI and NUS scientists an abundance of expertise, services, and collaborative partnerships to advance the pace of research and inspire new scientific ideas.

Communications Core

The effective communication of scientific discovery is a crucial aspect of any research. It can inspire new ideas and hypothesis, which in turn can lead to new discoveries and technologies. It can educate the next generation of scientists, foster collaboration and innovation through sharing of ideas across disciplines, and equip the public to make informed decisions.