Published on March 14, 2017 by Microsoft Research

Cells are the smallest complete units of self-replication, and all life is made up of them. It is becoming clear that cells are best studied as informational and computational units, not just physical machines. Many of the questions of interest to cell biologists fall into the general category of “how is this or that aspect of a cell encoded in its genome?” But the connection between molecules and phenotype is complex: cells are irreducible, and must be understood as a whole. I will discuss questions that arise in the study of membrane traffic: the logistics system that moves cargo between different parts of a cell. Surprisingly, many important issues can be phrased as well-posed abstract problems, whose analysis leads to experimentally testable predictions. I will close with our recent experimental work on the evolution of Saccharomyces carlsbergensis, the yeast that makes lager beer.

See more on this video at

Leave a Reply

1 Comment on "Possible and Impossible Cells"

Notify of

1 year 3 months ago

Does the cell with 12 nuclei that scrambles and unscrambles dna compress the information for the same reason that zip files were invented? That is, information can be transferred faster when it is compressed.