Our research contributes to a better understanding of the factors governing regenerative neurogenesis and axonal pathfinding in spinal cord regeneration. We are using the zebrafish model to identify fundamental mechanisms in vertebrates with clear translational implications for CNS injury and neurodegenerative diseases..
Marie Hoyer won the Dresden Excellence Award for her Master’s Thesis! Her project, "Tissue mechanics during spinal cord regeneration in zebrafish larvae,” was a collaborative project between the Becker Group and the group of Otger Campàs (Excellence Cluster Physics of Life), supervised by Stephen Enos (Becker Group) and with the substantial support of Shuo-Ting Yen (Campàs Group). The award is issued each year by the City of Dresden to four awardees, to recognize excellent scholarship at all academic levels (Bachelor’s, Master’s, Ph.D., Habilitation). Congratulations Marie!
Catherina takes on the role of director of the Center for Molecular and Cellular Bioengineering (CMCB) of TU Dresden.
Four of our Master’s students from this year all graduated today! Congratulations to Elena, Marie, Kim, and Aruzhan, who all celebrated a job well done and a significant milestone in the academic careers. Best of luck for your next adventures!
The Becker Group joined the fifth annual NCT/UCC-Benefizlauf (benefit run) to support cancer research! Organized by the Nationale Centrum für Tumorerkrankungen Dresden (NCT/UCC), members of the group contributed 26 kilometers to the day’s total!
The Becker Group again organized the zebrafish room at the CRTD for the Long Night of Science! This year, the demonstrations and activities were hosted in conjunction with the Campàs Group from the Physics of Life (PoL) Cluster of Excellence at the TU Dresden. Hundreds of visitors came to the CRTD to see the wide range of science taking place in the CMCB and at PoL.
At this year’s Life Science Campus Summer Conference, Elena Nicolay, who is completing her master’s thesis in the Becker Group under the supervision of Friederike Kessel, won the Audience Award for Best Scientific Content. She was presenting on her work, titled, "Dynamics of macrophage polarization in spinal cord regeneration in zebrafish larvae.” Congratulations Elena!
Finally, EMBO Regeneration 2022 (which had been postponed twice!) took place just outside Barcelona. Two Edinburgh Becker Group members, Tom (on the left in the poster picture) and Lizi, presented their data on posters and Catherina gave a talk. Other CRTD PIs and postgrads also spoke of their fab regeneration research (see Max Yun below) and we had a fantastic outing to the Fabra Observatory overlooking Barcelona.
The Becker and Ninov Groups hosted the zebrafish room at the Long Night of Science 2022! People of all ages visited the CRTD to learn about the interesting tools, model organisms, and research questions being used and studied across the CMCB. Zebrafish are important models at the CRTD for studying spinal cord regeneration, beta cell regeneration, central nervous system regeneration, bone regeneration, and neuroplasticity.
Catherina was interviewed by LaborJournal! She discussed spinal regeneration, our group’s exciting upcoming work with single-cell sequencing and ATAC-seq, and her decision to move to Dresden.
Back for the first time in person since 2019, the CMCB Summer Party was again held in person, and the Bowle contest returned. Dany entered her creation, “Melon Kiss,” and after a spirited debate between the judges, she took home the trophy for the Becker Group! Congratulations Dany!
Over the hills and through the caves to Uttewalder Grund! The Becker Group hiked the Uttewalder Grund Rundgang, with some homemade cake to start the day off.
Once again this year, the Becker group will be showing you the beautiful world of zebrafish research at the CRTD as part of the Long Night of Science! This time, in addition to exciting insights into our research on spinal cord regeneration, you can expect lots of interactive tasks and stations for every age. You can find us on the third floor of the CRTD by following the zebrafish signs.