Nikolaos Dimitriou

PhD, Mathematical Modelling of Cancer. #mathonco
@MSKCancerCenter @CompOncMSK @BioengMcGill @ntua
Long-Distance Runner

[Nikolaos Dimitriou @NikosDim3]

Our latest project with Salvador Flores-Torres and colleagues, we focused on the interactions between tumours and TILs. We brought 3D cultures of patient derived samples and mathematical models together to model TIL swarming and the killing effect. https://t.co/AWiPUaFyry

[Jeffrey West @mathoncbro]

This week in #MathOnco 256:
evolutionary traps, acquired resistance, clinical trial design, and more...

Art by:
Nikolaos Dimitriou (@NikosDim3)

Sign up here:
https://t.co/RASvJNgCF4

[Nikolaos Dimitriou @NikosDim3]

Looking forward to meet the UT CCOers!

[Oded Rechavi @OdedRechavi]

Everybody after a long microscopy session
https://t.co/GJYCza3beX

[Nikolaos Dimitriou @NikosDim3]

New preprint: We study the integration of multiscale data to improve model predictions, when the sparsity of longitudinal tumor measurements does not allow for a practically identifiable model.
https://t.co/o6DnMGHWgm

[Chris McFarland @CancerEvoLab]

Had a blast at #MathOnc23 - thank you @NikosDim3 for the gorgeous photo 🤩

[Nikolaos Dimitriou @NikosDim3]

@CancerEvoLab I wish it was in focus 😂 Good times!

[Nikolaos Dimitriou @NikosDim3]

Really happy to participate in #MathOnco23 ! What an exciting community!!

[Sandy Anderson @ara_anderson]

Next we have Nikolaos Dimitriou presenting, Investigating sedimentation in 3D cultures with an integrated experimental-computational framework #MathOnco23

[Nikolaos Dimitriou @NikosDim3]

Did your 3D cultures turned into 2D? We may have an answer. Check out our latest preprint: https://t.co/L6rpe30ovL
thanks to my co-authors: @mariaiscurious, Salvador Flores-Torres, Matt Kinsella, Georgios Mitsis
#3Dcultures #multiscale_models #Cancer

[Nikolaos Dimitriou @NikosDim3]

@GeorgakilasAlex Thank you Professor!

[Nikolaos Dimitriou @NikosDim3]

The study also examined a peculiar phenomenon of cell sedimentation which looks quite interesting (!). More to come on this matter.

[Nikolaos Dimitriou @NikosDim3]

In our recent study, we focused on the validation of a hybrid model with 3D cell culture data by employing spatial analysis techniques. https://t.co/xAk6xC36Dv

[Nikolaos Dimitriou @NikosDim3]

@Xuanteng9 Congratulations Xuanteng!!🎆🎆

[Nikolaos Dimitriou @NikosDim3]

@GeorgakilasAlex Thank you Professor Georgakila!

[Nikolaos Dimitriou @NikosDim3]

This study focused on the processing of 3D image stacks and the individual cell segmentation for the analysis of their spatial organization. (@SpringerNature)

[Nikolaos Dimitriou @NikosDim3]

Happy to share our latest work on cell localization and spatial analysis in 3D cell cultures https://t.co/k1btdPEYG4 (ABME allows me to publicly share the PDF...cool!)

[Nikolaos Dimitriou @NikosDim3]

Our latest work combines 3D cell cultures and hybrid spatiotemporal models for the quantification of the spatial organization of cancer and its link with biophysical mechanisms https://t.co/GNpPd3cIlQ

[Christopher Berry @cplberry]

The cat carefully studies the geometry theorem

[Nikolaos Dimitriou @NikosDim3]

Data processing and analysis is an essential step of mathematical modeling. In our recent work we provide an image processing, segmentation and analysis framework for 3D cell culture data. https://t.co/go1Yp1UOGM