Jonathan Friedman
@jfriedman.bsky.social
Senior Lecturer in microbial ecology & evolution at the Hebrew University.
www.friedmanlab.net
www.friedmanlab.net
We found that evolutionary rescue occurred often, and in a surprising way (at least to us).
To learn more, check out the thread (in the other place) by lead author Ignacio Melero-Jimenez:
x.com/Ignamelero/s...
To learn more, check out the thread (in the other place) by lead author Ignacio Melero-Jimenez:
x.com/Ignamelero/s...
Reversion to metabolic autonomy underpins evolutionary rescue of a bacterial obligate mutualism
bioRxiv - the preprint server for biology, operated by Cold Spring Harbor Laboratory, a research and educational institution
shorturl.at
July 3, 2024 at 2:09 PM
We found that evolutionary rescue occurred often, and in a surprising way (at least to us).
To learn more, check out the thread (in the other place) by lead author Ignacio Melero-Jimenez:
x.com/Ignamelero/s...
To learn more, check out the thread (in the other place) by lead author Ignacio Melero-Jimenez:
x.com/Ignamelero/s...
Thanks, Ben!
We'll definitely take a closer look at your paper.
Just a speculation, but @nittaym.bsky.social suggested that perhaps D. hansenii has a stronger influence since it grows earlier within each transfer and thus can exert stronger selection on S. xylosus.
We'll definitely take a closer look at your paper.
Just a speculation, but @nittaym.bsky.social suggested that perhaps D. hansenii has a stronger influence since it grows earlier within each transfer and thus can exert stronger selection on S. xylosus.
December 24, 2023 at 12:04 PM
Thanks, Ben!
We'll definitely take a closer look at your paper.
Just a speculation, but @nittaym.bsky.social suggested that perhaps D. hansenii has a stronger influence since it grows earlier within each transfer and thus can exert stronger selection on S. xylosus.
We'll definitely take a closer look at your paper.
Just a speculation, but @nittaym.bsky.social suggested that perhaps D. hansenii has a stronger influence since it grows earlier within each transfer and thus can exert stronger selection on S. xylosus.
Finally, any and all feedback would be greatly appreciated.
We have not yet submitted this manuscript, so we still have a chance to address issues and avoid (some of) the wrath of Reviewer 2...
We have not yet submitted this manuscript, so we still have a chance to address issues and avoid (some of) the wrath of Reviewer 2...
December 21, 2023 at 3:14 PM
Finally, any and all feedback would be greatly appreciated.
We have not yet submitted this manuscript, so we still have a chance to address issues and avoid (some of) the wrath of Reviewer 2...
We have not yet submitted this manuscript, so we still have a chance to address issues and avoid (some of) the wrath of Reviewer 2...
Check out Nittay's thread or the preprint for more details on our system and results, and for our ideas about why we got these results and what influences the extent to which evolution will depend on the presence of additional species. >>
December 21, 2023 at 3:13 PM
Check out Nittay's thread or the preprint for more details on our system and results, and for our ideas about why we got these results and what influences the extent to which evolution will depend on the presence of additional species. >>
We had all sorts of fun theoretical expectations for how coevolution would be different.
But we were wrong - the majority of evolutionary changes were independent of whether species evolved alone or with another species. >>
But we were wrong - the majority of evolutionary changes were independent of whether species evolved alone or with another species. >>
December 21, 2023 at 3:13 PM
We had all sorts of fun theoretical expectations for how coevolution would be different.
But we were wrong - the majority of evolutionary changes were independent of whether species evolved alone or with another species. >>
But we were wrong - the majority of evolutionary changes were independent of whether species evolved alone or with another species. >>