Barbara Di Marco

developmental neurobiologist|neurogenesis| angiogenesis| PostDoc| @DKFZ Alfonso’s lab

[Barbara Di Marco @BarbaraDMarco]

@ElizabetsCrouch @UCSF @andcyang @EWinklerMDPhD Wonderful review, congrats Betsy!

[Ceren Duman Thier @acerenduman]

It's finally out! 🥳 Together with @BarbaraDMarco we show that fatty acid metabolism is critical for the dynamics of glioblastoma invasion and aggression. Thrilled that the work we started in the Alfonso lab has been so fruitful to this day. Check it out:

https://t.co/P1L1qPSASD

[Barbara Di Marco @BarbaraDMarco]

@RuizdeAlmodovar @UniBonn @UniklinikBonn @DZNE_en @DZNE_de Congratulations!

[Barbara Di Marco @BarbaraDMarco]

@ElizabetsCrouch @BaptisteLacost3 @SiegenthalerLab Thank you so much for the nice comments!
I would be very happy to collaborate with all of you, let’s connect!

[Barbara Di Marco @BarbaraDMarco]

@SiegenthalerLab @BaptisteLacost3 Further investigation ongoing, hope to tell more soon…Thanks for choosing our paper for your JC!

[Barbara Di Marco @BarbaraDMarco]

@BaptisteLacost3 It would be very interesting to investigate filopodia- neural stem cell interaction in ASD models and see whether alterations in the neurovascular interaction during early development contribute to the etiology of autism!

[Barbara Di Marco @BarbaraDMarco]

@ElizabetsCrouch @American_Heart Congratulations Betsy!

[Barbara Di Marco @BarbaraDMarco]

@RuizdeAlmodovar @CellReports Congrats!

[Barbara Di Marco @BarbaraDMarco]

@IronResearchLab Congrats Francesca!

[Barbara Di Marco @BarbaraDMarco]

@neuro_diegggo Congrats Diego!👍🏻👏🏼

[Cell Reports @CellReports]

Reciprocal interaction between vascular filopodia and neural stem cells shapes neurogenesis in the ventral telencephalon https://t.co/jvwk9T8cm4

[Barbara Di Marco @BarbaraDMarco]

Excited to see our work out! @CellReports @DKFZ Alfonso’s lab

[Ceren Duman Thier @acerenduman]

My colleague, @BarbaraDMarco here in @DKFZ just published her hard work in @CellReports ! It's a super interesting paper showing how neural stem cells and the developing brain vasculature reciprocally influence each other for faithful development:
https://t.co/oelyQdFr5m