Eva Freckmann (she/her)

Computational Biologist 💻👩‍🔬 | PostDoc at @CRUK_BI

[CRUK Scotland Inst @CRUK_SI]

Only 1 week left to apply for our PhD studentships at the CRUK Scotland Institute!

👉https://t.co/Lq9nEkyzym

[Dream3D Lab @Dream3DLab]

Thrilled to share our latest review delving into the transformative power of live cell imaging 📸🔬 for uncovering and improving the mode-of-action of cancer therapy. Dive in at @NatureRevCancer ! 🌟

@imaigenelab @AmberWznr @IamAnneRios @oncodeinstitute @prinsesmaximac

[The EMBO Journal @embojournal]

Ovarian cancer cells lacking tumor suppressor #PTEN require an ARF #GTPase module for integrin-dependent invasiveness
A #RefereedPreprint c/o @ReviewCommons by Konstantina Nikolatou @knikol7 et al @DavidBryantLab @UofGCancerSci @CRUK_BI
https://t.co/QIELipnGWo

[CRUK Scotland Inst @CRUK_SI]

🆕Review paper by the @DavidBryantLab examines the role of the ARF GTPase regulatory network in collective cell invasion and metastasis in cancer.
https://t.co/zYmMjsi8OF

[CRUK Scotland Inst @CRUK_SI]

We are looking for a Bioinformatics Software Engineer to join the Comp Biology group to develop software supporting the analysis and sharing of multiomics data arising from @PREDICT_Meso
#sciencejobs #bioinformaticsjobs #postdocjobs

Read more: https://t.co/YE1sdsbiv1

[CRUK Scotland Inst @CRUK_SI]

We are looking for a Postdoc to work w @DJMurphyLab1 & Comp Biology group leading the interrogation and integration of multiomics data as part of a consortium effort for the early detection of Mesothelioma.
#postdocjobs #sciencejobs

Find out more: https://t.co/miGCMJcKZk

[CRUK Scotland Inst @CRUK_SI]

Welcome to Glasgow and the Beatson International Cancer Conference #BICC2023 - Looking forward to 4 days of discussing all things Interorgan Communication in Cancer

[CRUK Scotland Inst @CRUK_SI]

🆕 Preprint by the Bushell lab on @biorxivpreprint describes a method for extracting high quality RNA from primary mouse tissue, focusing on RNA integrity in the context of global translational status.

https://t.co/aYZByHvGmX

[CRUK Scotland Inst @CRUK_SI]

☀️☀️☀️Fantastic to see so many of us come together for the Beatson Summer Party on Friday!
What a brilliant day! ☀️☀️☀️

Thank you to Carole and the rest of the organising committee - you did an absolute stellar job.

[CRUK Scotland Inst @CRUK_SI]

Postdoc @EvaFreckmann @CRUK_BI gives a quick rundown of the Traject3D tool - a method that captures the dynamic heterogeneity of multi-cellular structures through label-free, time-lapse imaging - and how this can help answer questions such as development of drug resistance.
⬇️

[Nature Reviews Cancer @NatureRevCancer]

NEW #ToolsoftheTrade by @EvaFreckmann on Traject3D! This is enables detection of heterogenous phenotypes in 3D, label-free, multi-day culture.

Check it ooouuut!!
https://t.co/ivlF4MUE0b

@DavidBryantLab
@UofGCancerSci
@CRUK_BI

[CRUK Scotland Inst @CRUK_SI]

Join us for the Beatson International Cancer Conference 2023 #BICC2023 - "Interorgan Communication in Cancer"

📅16th-19th July

🌍@CRUK_BI, Glasgow, UK

🔗Register by 9th June: https://t.co/awEEMbOwiD

[Eva Freckmann (she/her) @EvaFreckmann]

Delighted to have a contributed a highlight on our recent publication, Traject3d, to @NatureRevCancer . Very proud of a fantastic collaborative effort from @DavidBryantLab @CRUK_BI @UofGCancerSci

[Nature Reviews Cancer @NatureRevCancer]

NEW content online! Traject3d for studying 3D cellular heterogeneity https://t.co/zr8HibbG6b

[Dave Goulson @DaveGoulson]

@spartacus303 My explanation for the silence? Eighty years or more of wildlife decline followed by a record summer heatwave and drought that probably wiped out a lot of insects, followed by a cold spring :(

[CRUK Scotland Inst @CRUK_SI]

Register for this year's Beatson International Cancer Conference by Friday 9th June.

Find out more: https://t.co/cTv6zYemiC

[Journal of Cell Biology @JCellBiol]

Emma Sandilands et al. @DavidBryantLab @UofGCancerSci @CRUK_BI show that ARF3 acts as a rheostat for the modality of invasion via association with, and control of, N-cadherin turnover. https://t.co/dfBx7XTJi6

@EvaFreckmann
#Cancer #Migration #motility #Polarity #metastasis

[Rockefeller U. Press @RockUPress]

In @JCellBiol, Emma Sandilands et al. @DavidBryantLab @UofGCancerSci @CRUK_BI show that ARF3 acts as a rheostat for the modality of invasion via association with, and control of, N-cadherin turnover. https://t.co/h0Zl9mL3O5

@EvaFreckmann
#Cancer #Migration #Polarity #metastasis

[Journal of Cell Biology @JCellBiol]

The small GTPase ARF3 controls invasion modality and #metastasis by regulating N-cadherin levels, say Emma Sandilands, @EvaFreckmann, @DavidBryantLab and colleagues @UofGCancerSci @CRUK_BI: https://t.co/dfBx7XUh7E

#Cancer #Disease #Migration #motility #Polarity

[Journal of Cell Biology @JCellBiol]

Sandilands, @EvaFreckmann, @DavidBryantLab et al. show that an ARF3/N-cadherin interaction regulates #metastasis in vivo and can identify #ProstateCancer patients with metastatic, poor-outcome disease. https://t.co/dfBx7XTJi6

#Cancer #Polarity