Daisylyn Senna Tan
@DaisyTheBomb
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🎉Big congrats to Dr. @haoqing_hu @CTSCB_HK for winning the Hong Kong Genome Institute Prize 2024 for the best research thesis in Genome Science!👏Her outstanding work on engineered SOX17 (eSOX17) under Prof. Ralf Jauch @jauchr @hkusbms explored its role in cell fate conversion.
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Lovely art work summarizing our work. Grateful for everyone who appreciates what we discovered and the evolution of life and animals.
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SOX and POU are crucial Transcription Factors in animal development, believed to be innovations. We found them in unicellular relatives of animals. And hold tight, you can use a choanoflagellate 🦠 SOX gene to make a full chimeric 🐁 ! Read more here: https://t.co/oCmQjV3WIB 1/6
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Many thanks to our collaborators, especially to my joint-first authors Ya Gao @Reaya27 and Daisy Tan @DaisyTheBomb (see pic below) and to @jauchr and @deMendoza_Alex and of course to @KaHochberg. This was an amazing collaboration between @mpi_marburg, @hkumed and @QMUL. (10/10)
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So happy to share our latest work and probably the last publication from my PhD Thesis. https://t.co/8CKJHpwGyG
nature.com
Nature Communications - The pluripotency program is maintained by transcription factors from the Sox and POU families. Here they identify SOX and POU factors from unicellular relatives of animals...
Animal Stem cells probably appeared 700-800 million years ago. We found that two key molecules that make our stem cells the way they are even older than that as they even existed before the evolution of animals. 1/n
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To all the Sox enthusiasts. Exciting meeting up ahead. @jauchr Register here: https://t.co/9wTBQvKTBV
#conference #AcademicTwitter
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Congratulations @haoqing_hu. Amazing work 🥳🥳🥳
Congrats to @haoqing_hu who led a team to show why it needs SOX17 rather than SOX2 to generate pluripotent and multipotent stem cells with high efficiency and quality @NAR_Open @hkumed
https://t.co/sVptyBRBAU
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It's been a wonderful week of mind blowing science at #ISSCR2023. Thank you so much for the opportunity share my work @ISSCR . It was a great first experience attending in person. @jauchr @hkusbms
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The power of open scientific exchange. @DaisyTheBomb and I were so grateful to have @Allard_Lab_UCLA as a central part of mentorship at the @GordonConf inaugural Germinal Stem Cell Biology GRS
Coming back from this conference, my head buzzing with ideas and with the beginning of several exciting collaborations. Thank you to Blanche Capelle and Mitinori Saitou for organizing such a great GRC and to @GoniaGuy4 and @DaisyTheBomb for the invitation to present at the GRS!
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@CTSCB_HK is pleased to sponsor the 2023 @GordonConf on Germinal Stem Cell Biology. The conference is being held at the Rey Don Jaime Grand Hotel, Barcelona from May 7 to 12, 2023. For more details, please visit: https://t.co/SLaYzyCXL6
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Sharing our work on Oct4's fascinating flexibility engaging in the genome. Here, Oct4 binds a palindromic DNA that is usually methylated and it does so as a dimer using only one of its sub-domains. Thanks to everyone who made this possible! https://t.co/RNd9QeZcgP
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PhD students, Post Docs and new PIs submit your abstracts for the @GordonConf GRS on Germinal Stem Cell Biology. #AcademicTwitter #STEM #AcademicChatter #ScienceTwitter
1/4 🧵Trainees, submit your abstracts by Jan 29, 2023! Germinal Stem Cell Biology (GRS): Germ Cell Behaviour and Function and Function at the single cell level 🗓️ May 6-7, 2023 📍 Barcelona 🇪🇸 Spain 🔗 https://t.co/c6R9HuGEVq
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Sharing our work on Oct4's fascinating flexibility engaging in the genome. Here, Oct4 binds a palindromic DNA that is usually methylated and it does so as a dimer using only one of its sub-domains. Thanks to everyone who made this possible! https://t.co/RNd9QeZcgP
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3/4 Please also join us May 7-12, 2023 for the Germinal Stem Cell Biology Conference (GRC) associated with the GRS 🔗 https://t.co/4MaPrJPkjA
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1/4 🧵Trainees, submit your abstracts by Jan 29, 2023! Germinal Stem Cell Biology (GRS): Germ Cell Behaviour and Function and Function at the single cell level 🗓️ May 6-7, 2023 📍 Barcelona 🇪🇸 Spain 🔗 https://t.co/c6R9HuGEVq
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