Seeking Laboratory Technologist (Wet Lab Core Facility) at the Mechanobiology Institute, NUS
The Mechanobiology Institute (MBI), National University of Singapore (NUS), is seeking to recruit a Laboratory Technologist (Wet Lab Core Facility).
Great to host Saanjbati Adhikari, Reviews Editor at Development, at MBI
Saanjbati gave a lovely seminar to the MBI community on publishing in Development and her personal journey in academic publishing. It was also a huge privilege to share my own research journey through the Transitions in Development series (read here).
Check out the latest preprint from the lab!
Dual curvature sensing governs cell orientation and curvotaxis. Read the preprint here!
Welcoming the latest summer interns to the lab!
The Chan Lab kicked off the summer by welcoming our incoming interns over a hearty meal together!
Building the Future of Cell Biology Together at Cell Bio 2026
Professor Rong Li, President of the American Society for Cell Biology calls for participation for Cell Bio 2026 in San Diego. The meeting will feature more than 400 scientific talks and over 2,500 poster presentations, alongside symposia, minisymposia, and special interest subgroup sessions selected by the Program Committee directly from member-suggested topics.
Seeking Research Assistant in the labs of Dr. Natalie Dye and Dr. Alphée Michelot at the Mechanobiology Institute, NUS
We are seeking a Research Assistant to join the labs of Dr. Natalie Dye and Dr. Alphée Michelot at the Mechanobiology Institute, NUS.
Zhang Shaobo
Alumni
I joined the Saunders group on an internship as part of my Final Year Project during undergraduate study. The internship has been an amazing experience and helped me make up my mind to continue my journey in the mechanics of development – an exciting field which requires the integration of biology, physics, computer science and engineering.
My background during undergraduate study is in Bioinformatics (at Shanghai Jiao Tong University), and this has prepared me well for future exploration. I hope to use quantitative analysis techniques to study robust and precise cell matching processes. By applying embryonic Drosophila heart formation as a simplified matching system, I am looking forward to deciphering the deeper mechanisms of the cell targeting process about how cells find their partners in a complicated environment.
