The review also highlights exciting applications of SMT to nuclear factors and related findings, along with a perspective of future directions, including complementary genome-wide measurements of kinetic parameters.

I hope this review further sparks interest in and the application of live-cell SMT!

and a comprehensive discussion of kinetic parameters accessible by SMT.

a discussion of temporal excitation patterns that facilitate measuring kinetic properties,

an overview of SMT microscopy techniques,

In the review, I give an overview of important steps along the implementation, execution, and analysis of single-molecule tracking in living cells and multicellular organisms. This includes a summary of labeling approaches,

So beautifully played :-) All the best for the final!

Fun introduction!

Fantastic! Your playing is really great!

Search gets faster, binding longer, bound fraction of cohesin and CTCF goes up, especially at and after ZGA

Fantastic work, @armelletollenaere.bsky.social , @davidsuter.bsky.social and co-workers! Happy we could contribute.

Big thanks to all people involved @armelletollenaere.bsky.social , Enes Ugur, Susanna Dalla-Longa, Cédric Deluz, Devin Assenheimer, @gebhardtlab.bsky.social , and Heinrich Leonhardt
And thanks ChatGPT for haikuing the abstract