Michael Chung

@michaelcchung.bsky.social

Lover of all things creative, especially science 🧬 ! Passionate about dynamics and using machine learning to extract interpretable info from data 📊 (especially biological data). Postdoc in the Dixit group at Yale. MBL Physiology 25 Alum 🦑💙

My first research project in grad school was working on understanding the self assembly dynamics of the Sayour Lab’s vaccine. Elias is genuinely one of the nicest, most enthusiastic individuals I have ever worked with. Hector (the first author) is also absolutely amazing!

Raywat Deonandan 🍁🇨🇦@deonandan.bsky.social · last yr.

Five years ago, a very close relative died of a glioblastoma brain tumor at the age of 13. Today would have been his 19th birthday. And now comes news that an mRNA vaccine is being trialed to treat this very (incurable) malady. Fingers crossed. mbi.ufl.edu/2024/05/01/v...

We're thrilled to announce the largest private gift in our 137-year history: a $25 million unrestricted donation from MBL Whitman Scientist Mark Terasaki. His extraordinary generosity will bolster our renowned research and education programs. 🔬 Learn more: bit.ly/452WL1m

MBL Announces Largest Ever Gift for Its Renowned Biological Education and Research Programs | Marine Biological Laboratory

Cell Biology Researcher Mark Terasaki’s $25 Million Unrestricted Gift Will Support Operations and Infrastructure Contact: Samantha Cummis scummis@mbl.edu; 973.800.4119

bit.ly

Exciting news! Our latest paper reveals that Spd-2 (CEP192) recruits Polo & Aurora A to build two scaffolds—Polo-dependent Cnn (for strength) & Aurora A–dependent TACC (for protein concentration)—crucial for centrosome assembly in Drosophila. #CellBiology #Centrosome www.science.org/doi/10.1126/...

Centrioles generate two scaffolds with distinct biophysical properties to build mitotic centrosomes

Spd-2 organizes the assembly of two distinct centriole-scaffolds to build mitotic centrosomes in Drosophila.

science.org