Emily Boyle

PhD student in the @WilflingLab at @MPIbp working on selective autophagy using #cryoET

[Emily Boyle @EBoyle2499]

Thanks to @WAutophagy for giving me the opportunity to present our work looking at the organisation of the selective autophagy cargo Ape1 by in situ cryo-electron tomography ❄️🔬at #WIA2024meeting. What a great symposium!

[Women in Autophagy @WAutophagy]

Now...time for the trainee session I, we have @EBoyle2499 explaining her beautiful work in selective autophagy #WIA2024meeting

[Emily Boyle @EBoyle2499]

It’s been a great start to the week at #EMBOautophagy24 in beautiful Sorrento ☀️ There‘s still time to come and visit our poster (number 21) and I look forward to more interesting discussions 👩‍🔬🔬

[The Wilfling Lab @WilflingLab]

Want to hear about how we use in situ structural biology to investigate the properties of autophagic cargo? Come to poster number 21 at #EMBOautophagy2024 and talk to @Javi_Lizaendo and @EBoyle2499 to find out!

[FEBS Letters @FEBS_Letters]

✳️ New Review discussing the mechanisms of degradation of nuclear components across eukaryotes: #Autophagy as a caretaker of #nuclear integrity

🖊️ E.Boyle @EBoyle2499 & F. Wilfling @WilflingFlorian @WilflingLab @MPIbp

➡️ https://t.co/v4PphxPxAd

#Atg39 #NuclearPoreComplex

[The Wilfling Lab @WilflingLab]

We are proud to welcome our new post-doc colleague, Javier Lizarrondo (@Javi_Lizaendo). He will use the tremendous structural biology skills from his Ph.D. at @SPC_EMBL_HH to study membrane remodelling proteins involved in the generation of the phagophore. Welcome, Javier! 😄

[Max Planck Institute of Biophysics @MPIbp]

Warmest congratulations to our research group leader @WilflingFlorian (@WilflingLab) on receiving a prestigious ERC Starting Grant for his research on #autophagosomes which help the cell remove its waste! What a great success🥳👏@ERC_Research #ERCStG
👉https://t.co/5L5DCGNg85

[The Wilfling Lab @WilflingLab]

In their recent paper, Ji et al. harness the power of #autophagy. They develop a promising platform to selectively target a range of proteins for degradation via autophagy, which they name AUTOTAC. This might create new avenues to target diseases or make new research tools.

[The Wilfling Lab @WilflingLab]

Many congratulations to Wilfling Lab PhD student Johann Brenner (@CraignRush). Work from his Master’s thesis, using a microfluidic reactor to investigate the dynamics of a cell-free genetic oscillator, has just been published! https://t.co/1kSHbrCtNn

[The Wilfling Lab @WilflingLab]

As promised, here is a deepdive into our #preprint from the previous post: https://t.co/nLAsclWPl2
The one-liner: We reveal for the first time the step-by-step progression of #autophagosome #biogenesis directly in a cell by using correlative #cryoet. 1/7