Computational biology is driving a revolutionary expansion of our understanding of Earth's biodiversity. I believe Zeta-elements, Ambiviruses, and Obelisks are just the beginning. If you're interested, our "Laboratory for RNA-Based Lifeforms" (University of Toronto) is hiring passionate developers/post-docs/graduate students [https://www.rnalab.ca].
Edit: OK going to call it for now. I'll check in later today if there's any outstanding questions.
This is now a peer-reviewed paper, published last month in Cell [https://www.cell.com/cell/fulltext/S0092-8674(24)01091-2].
Obelisks are part of a larger research program we're developing at the University of Toronto + collaborators, see also: Virus-Viroid Hybrids paper [https://www.nature.com/articles/s41467-023-38301-2] and the Zeta-Elements [https://www.nature.com/articles/s41586-021-04332-2].
Computational biology is driving a revolutionary expansion of our understanding of Earth's biodiversity. I believe Zeta-elements, Ambiviruses, and Obelisks are just the beginning. If you're interested, our "Laboratory for RNA-Based Lifeforms" (University of Toronto) is hiring passionate developers/post-docs/graduate students [https://www.rnalab.ca].
Edit: OK going to call it for now. I'll check in later today if there's any outstanding questions.