Min Bao

Stem cells; Self-organization; Biophysics; Bioengineering; Synthetic embryology.

[Min Bao @Min_Bao_]

Our work on the self organization principles of stem cell derived embryos is finally published in Nature Cell Biology @NatureCellBio, special thanks to my supervisor @ZernickaGoetz, and wonderful collaborators @jake_cs_, Matt Thomson, @JoachimDeJonghe

https://t.co/TnyA8WAeaG

[Min Bao @Min_Bao_]

@s_lefkopoulos @drDJVDavid It was fun and incredible to stumble upon my cover image with two NCB editors while scrolling through twitter. I had no idea where this image is 😅

[Min Bao @Min_Bao_]

@BailWeatherbee Congratulations Bailey!!

[Min Bao @Min_Bao_]

@BernaSozen_ @NIH_CommonFund @YaleGenetics congratulations berna！

[Min Bao @Min_Bao_]

Back to my home country today, I feel extremely lucky to be trained in @MZG_Lab as a postdoc and to be supported by my supervisors @ZernickaGoetz and @dmooreglover, thanks for all you have done for me, I have learned a lot from you and many other talented colleagues in the lab.

[Min Bao @Min_Bao_]

@GianlucaAmadei1 I am feeling the same as you Gian, all the best!

[Min Bao @Min_Bao_]

@AMartinezArias @dmooreglover @Richard_She @ZernickaGoetz Thank you Alfonso. We were working hard to improve the robustness of those systems, trying to understand different factors that can contribute to this self-organization process, and aiming to push those embryoids into different applications in a high throughput manner.

[Jake Cornwall-Scoones @jake_cs_]

We also discuss the power of stem-cell based models of early mammalian development in addressing problems of patterning and morphogenesis in our recent review https://t.co/V9twH7Vnum

[Min Bao @Min_Bao_]

@GianlucaAmadei1 @NatureCellBio @ZernickaGoetz @jake_cs_ @JoachimDeJonghe Thank you Gian!!

[Min Bao @Min_Bao_]

Our work on the self organization principles of stem cell derived embryos is finally published in Nature Cell Biology @NatureCellBio, special thanks to my supervisor @ZernickaGoetz, and wonderful collaborators @jake_cs_, Matt Thomson, @JoachimDeJonghe

https://t.co/TnyA8WAeaG

[Min Bao @Min_Bao_]

@tonytsai00 @NatureCellBio @ZernickaGoetz @jake_cs_ @JoachimDeJonghe Thank you Tony, we were inspired partially by your findings about adhesion code in zebra fish spinal cord!

[Min Bao @Min_Bao_]

@AbhiSampKumar @ControllingLMNT @NatureCellBio @ZernickaGoetz @jake_cs_ @JoachimDeJonghe Thank you Abhi!

[Min Bao @Min_Bao_]

@Marta_Shahbazi @NatureCellBio @ZernickaGoetz @jake_cs_ @JoachimDeJonghe Thank you Marta!

[Min Bao @Min_Bao_]

Congratulations Kasey and MZG-lab!!
Mouse embryo model derived exclusively from embryonic stem cells undergoes neurulation and heart development: Cell Stem Cell https://t.co/zT6nr4rd9i

[Min Bao @Min_Bao_]

I have the fortune to witness the development of the 1st version ETX by Berna and Gian to 2nd version ETiX by Gian and then EiTiX by Kasey, I have witnessed how they developed these stories and how excited they were when they presented on the lab meeting these incredible results!

[Magdalena Zernicka-Goetz @ZernickaGoetz]

After building embryoids for 10 years, we succeeded in generating structures with brains, hearts, neural tubes, somites with a yolk sac. Both original submissions using two different approaches are on BioRxiv, to be published soon. https://t.co/p1ZL2C3UPH

[Min Bao @Min_Bao_]

I have always been fascinated by the beauty of life forms, and I believe this study will provide an unprecedented chance to advance our understandings of life formation, as it solidly demonstrated “life” can be formed solely from stem cells.

[Magdalena Zernicka-Goetz @ZernickaGoetz]

After building embryoids for 10 years, we succeeded in generating structures with brains, hearts, neural tubes, somites with a yolk sac. Both original submissions using two different approaches are on BioRxiv, to be published soon. https://t.co/p1ZL2C3UPH