Anna Lena Ellermann

Developmental & stem cell biologist | PhD student in the Hollfelder lab @Cambridge_uni

[Anna Lena Ellermann @AnnaEllermann]

Delighted to share my first Co-first-authorship paper published in @NatureComms!

It’s the result of amazing teamwork especially with @t_n_kohler and @JoachimDeJonghe over the past years. Thank you both for this great collaboration and everyone else involved!

[Timo Kohler @t_n_kohler]

Now out in @NatureComms! 🤩 "Plakoglobin is a mechanoresponsive regulator of naive pluripotency"

I can't express how excited I am to see it published!

I think I now have more questions than answers, but I guess that's good when doing science! 😇

https://t.co/1oEPJt6wpx

[Anna Lena Ellermann @AnnaEllermann]

Huge congratulations to @d_siriwardena and @Cl_munger on their fantastic new publication! Thrilled to see it out and honored to have been part of it.

[Dylan Siriwardena @d_siriwardena]

I am very excited to share our latest work published in @CellStemCell! We propose the marmoset as a non-human primate model of shallow implantation and have derived trophoblast stem cells that match peri- and postimplantation trophoblast.

https://t.co/BC3W4yTPFV

[1/2]

[Anna Lena Ellermann @AnnaEllermann]

Another fascinating example of combining high throughput microfluidics and single cell profiling. Congratulations to @JoachimDeJonghe and @T_S_Kaminski!
I’m honored to have been involved in this study and can’t wait to see what you are going to do next!

[Joachim De Jonghe @JoachimDeJonghe]

Happy to share the spinDrop manuscript out in Nature Communications! We use droplet sorting to remove noise in high-throughput single-cell datasets, go check it out ⤵️

https://t.co/7RkQKIXutX

[ESC & iPSC News @ESC_iPSC_News]

The collaborative 🤝 efforts of the members of @boroviak_lab and @hollfelderlab including @t_n_kohler, @AnnaEllermann, and @JoachimDeJonghe reveal Plakoglobin as a mechanosensitive regulator of naive #pluripotency. 🤯 @SCICambridge

🔗 https://t.co/KaoH6HY4Fa

[Anna Lena Ellermann @AnnaEllermann]

Congratulations Dr @A_Weberling on being elected for this amazing Fellowship! I can’t wait to see the amazing research you’re planning and to continue our collaboration in the next years!

[Antonia Weberling @A_Weberling]

Deeply honoured and excited to have been elected for a 5-year research fellowship at #allsoulscollege @UniofOxford

So grateful to my amazing supervisor @hollfelderlab @CamBiochem @Cambridge_Uni for all his support!

[Anna Lena Ellermann @AnnaEllermann]

Congratulations to @Cl_munger, @erin_slatery and @t_n_kohler for this new publication. It’s so exciting to see the agarose microgel system being used in different species and gaining new insight into embryonic development.

[Clara Munger @Cl_munger]

Very excited to see my first first-author paper published in @Development! We combined microfluidics and stem cell based-embryo models to define the signaling pathways regulating amnion specification in primates. 🧵1/6

https://t.co/IVlm5Y3hvo

#StemCell #DevBio #Microfluidics

[The Boroviak Lab @boroviak_lab]

Delighted to see our work come out in @Dev_journal

We identify 15 essential factors for human trophoblast stem cell self-renewal!

Congratulations to the team
@d_siriwardena
@chris_penfold
@adam_pavlinek

https://t.co/l6rEFKmOLS

[Anna Lena Ellermann @AnnaEllermann]

Congratulations @JoachimDeJonghe for this amazing publication in @NatureBiotech! I’m very keen to see the data that will be generated with VASA-seq and I can’t wait to get more involved and use it myself.

[Joachim De Jonghe @JoachimDeJonghe]

I am thrilled to share that my first author publication: "High-throughput total RNA sequencing in single cells using VASA-seq" is out in in Nature Biotechnology. This is the fruit of many years of hard work during my PhD @Cambridge_Uni!

[Timo Kohler @t_n_kohler]

Are you excited about embryonic #development, #StemCells, #pluripotency or #mechanobiology? I am thrilled to present "Plakoglobin is a mechanoresponsive regulator of naïve pluripotency" to you on #bioRviv! https://t.co/xEs0YDLlou