Excited for Oslo and the next six years working with great people continuing to grow our fabulous organisation! #ishpssb @UofA_Philosophy @UniofAdelaide
📢 Following the great success of the Research Topic “Regeneration from cells to limbs: past, present, and future” the editorial written by the editors @PImberadore @kmaxnerd@JMorganLab De Sio and Stahnisch is now online
Check it out here⬇️
https://t.co/VJaOCHBpCj
#CellDevBio
Proud and excited to announce this collection, developed out of the @JSMF Initiative @MBLScience co-PIs @KateMacCord and Jane Maienschein. We have been hard at work on it since 2020. Many thanks to all!! https://t.co/9fpfl4vnNU
A collection of 28 articles, representing the work of over 100 authors, to address the study of regeneration from cells to complex structures in numerous organisms, spanning from protists to mammals: https://t.co/WUCBuD3e2e
I would like to acknowledge the support of the James S. McDonnell Foundation @JSMF, both for inspiring the Research Topic and for the financial support that made it possible. Thanks to all of the authors contributing papers to the Research Topic.
A special thank to the other Guest Editors and friends @kmaxnerd, Jennifer Morgan @JMorganLab, Fabio De Sio and Frank Stahnisch for the terrific work and support! A wonderful journey started at MBL (@MBLScience) that led to this Research Topic in
@FrontCellDevBio
A collection of 28 articles, representing the work of over 100 authors, to address the study of regeneration from cells to complex structures in numerous organisms, spanning from protists to mammals: https://t.co/WUCBuD3e2e
A closer look at why basal vertebrates accomplish CNS regeneration so well, whereas mammals do it so poorly -- how biological & medical value have been, & could continue to be, gleaned from non-traditional model organism by our Dr. Kathryn Maxson Jones https://t.co/eapXSyph8P
So happy to share my latest with @JMorganLab as part of @JSMF Initiative at @MBLScience bringing historians and biologists into collaborations studying regeneration, co-PIs @KateMacCord and Jane Maienschein. Many thx to all who supported this article over last 6 yrs.
New Research: Lampreys and spinal cord regeneration: “a very special claim on the interest of zoologists,” 1830s-present: Employing history of science methods, including analyses of the scientific literature, archival documents, and… #celldevbio https://t.co/opfwch3ALk
Additionally, much of the writing for this project was supported by @JSMF through the McDonnell Initiative at MBL @KateMacCord, a network of scholars who have long encouraged my work and always helped to make it better! Thank you so much to everyone! https://t.co/9fpfl4vnNU
Also, this absolutely would not have been possible without a ton of help, so would like to especially shout out @MBLScience@MBLWHOILibrary@JMorganLab for all of their help over many years! 🦑🐙🌊
Also, this absolutely would not have been possible without a ton of help, so would like to especially shout out @MBLScience@MBLWHOILibrary@JMorganLab for all of their help over many years! 🦑🐙🌊
Thank you so much! Humbled by this honor and to have been recognized next to such a wonderful group of scholars. Congratulations to all the winners! @iuhpst_dhst
Day 5 on Neuro-regeneration is starting, introduced by @kmaxnerd, with Jennifer Morgan, Pamela Imperadore, and Fabio de Sio. Can't wait for the lab part!!
In 1998, scientists with the Human Genome Project, including Bob Waterston, sequenced a roundworm — the first animal to ever be sequenced! Sequencing the genomes of animals helped scientists better understand the human genome sequence. This is an example of comparative genomics!
The second #ISH21 plenary, about "Open Science, Data Sharing, and Solidarity" is running just now at the Grace Auditorium. With Ciara Staunton, Andrés Barragán, @SabinaLeonelli Stefano Canali, Calvin Ho, Matthew Mayernick, Barbara Prainsack, and Ambroise Wonkam.