Samuel Widodo (@samuelsw) 's Twitter Profile
Samuel Widodo

@samuelsw

PhD student @unimelb | Mantamadiotis Lab | Brain tumour microenvironment research; macrophage enthusiast | 🇮🇩🇦🇺

ID: 103580706

calendar_today10-01-2010 14:27:16

9,9K Tweet

457 Followers

295 Following

Samuel Widodo (@samuelsw) 's Twitter Profile Photo

First time sharing my research live, on-air on Einstein A Go Go 3rrrfm. It was a fantastic experience, thanks to Dr Shane Huntington OAM. It was also great meeting 20 other superb science communicators. #20PhDsin20mins

Theo Mantamadiotis @BrainCancerLab (@theo_brainc_lab) 's Twitter Profile Photo

UniMelb MDHS PhD graduate researchers Samuel Widodo & Marija Dinevska @ #EACR2023 Torino, presenting their fabulous discovery research: mapping cancer cell & immune cell activity, & ECM, in #glioblastoma #GBM & #brainmet #TME using Akoya Biosciences #spatialbiology #pathology 4 #BrainCancer

Samuel Widodo (@samuelsw) 's Twitter Profile Photo

A great conference with a diverse range of speakers with the same focus of tackling cancer. I felt honoured to be given the opportunity to share my PhD work, thanks to the organisers VCCC Alliance #VCCCA23

Miguel A. Berrocal Rubio (@berrocalrubio) 's Twitter Profile Photo

Today at the Melbourne Brain Symposium, presenting our multi-omics approach to characterize the molecular diversity of the myeloid lineage. @mincle & the Well's lab are working towards identifying novel myeloid transcripts and proteins that explain macrophage diversity (1/2).

Today at the Melbourne Brain Symposium, presenting our multi-omics approach to characterize the molecular diversity of the myeloid lineage.

@mincle & the Well's lab are working towards identifying novel myeloid transcripts and proteins that explain macrophage diversity (1/2).
Theo Mantamadiotis @BrainCancerLab (@theo_brainc_lab) 's Twitter Profile Photo

Incredible depth & clarity of mouse brain & mouse brain tumor tissue using Akoya Biosciences Phenocycler-Fusion 2.0 combining barcoded antibody labeling & AI-assisted cell-immune-tissue phenotyping. CHECK POSTER @ #sfn2023 #research UniMelb MDHS #GBM #glioblastoma #neuroscience #cancer

Incredible depth &amp; clarity of mouse brain &amp; mouse brain tumor tissue using <a href="/AkoyaBio/">Akoya Biosciences</a> Phenocycler-Fusion 2.0 combining barcoded antibody labeling &amp; AI-assisted cell-immune-tissue phenotyping. CHECK POSTER @ #sfn2023 #research <a href="/UniMelbMDHS/">UniMelb MDHS</a> #GBM #glioblastoma #neuroscience #cancer
Theo Mantamadiotis @BrainCancerLab (@theo_brainc_lab) 's Twitter Profile Photo

#Glioblastoma initiation visualized using Akoya Biosciences Phenocycler 2.0 showing transition of neural #stemcells into #GBM cells. H&E image published in doi: 10.1093/neuonc/noy068. Using multiplex-IHC we can now see cell-molecular changes occurring during GBM development UniMelb MDHS

#Glioblastoma initiation visualized using <a href="/AkoyaBio/">Akoya Biosciences</a>  Phenocycler 2.0 showing transition of neural #stemcells into #GBM cells. H&amp;E image published in doi: 10.1093/neuonc/noy068. Using multiplex-IHC we can now see cell-molecular changes occurring during GBM development <a href="/UniMelbMDHS/">UniMelb MDHS</a>
Theo Mantamadiotis @BrainCancerLab (@theo_brainc_lab) 's Twitter Profile Photo

Our review on how a master transcriptional regulator of brain function & immunity, CREB, is co-opted to support brain tumour development UniMelb MDHS Doherty Institute Laura Cook Marija Dinevska Samuel Widodo #glioblastoma #brain #TME #immunosuppression doi.org/10.1016/j.bbi.…

Marija Dinevska (@dinevska_marija) 's Twitter Profile Photo

If you're interested in the spatial analysis of spheroids/organoids/tumorspheres, check out our new published protocol chapter in Neurobiology Methods & Protocols. link.springer.com/protocol/10.10… Theo Mantamadiotis @BrainCancerLab Samuel Widodo We thank editor Seb Dworkin

If you're interested in the spatial analysis of spheroids/organoids/tumorspheres,
check out our new published protocol chapter in Neurobiology Methods &amp; Protocols. link.springer.com/protocol/10.10… <a href="/Theo_BrainC_lab/">Theo Mantamadiotis @BrainCancerLab</a> <a href="/samuelsw/">Samuel Widodo</a> We thank editor <a href="/DworkinSeb/">Seb Dworkin</a>
Theo Mantamadiotis @BrainCancerLab (@theo_brainc_lab) 's Twitter Profile Photo

Back at #lornecancer! Highlight was Michelle Monje🎗️ 🟦 's neuro-glioma talk! photo with fabulous researchers Samuel Widodo Marija Dinevska Miguel A. Berrocal Rubio checkout SW's poster #215 'Transcriptional reprogramming of tumour associated macrophages in glioblastoma'

Back at #lornecancer! Highlight was <a href="/michelle_monje/">Michelle Monje🎗️ 🟦</a> 's neuro-glioma talk! photo with fabulous researchers <a href="/samuelsw/">Samuel Widodo</a>  <a href="/dinevska_marija/">Marija Dinevska</a> <a href="/BerrocalRubio/">Miguel A. Berrocal Rubio</a> checkout SW's poster #215 'Transcriptional reprogramming of tumour associated macrophages in glioblastoma'
Theo Mantamadiotis @BrainCancerLab (@theo_brainc_lab) 's Twitter Profile Photo

Carcinogenesis: shorturl.at/6pvy6 Mice with targeted Pi3k-Pten mutations develop tumors resembling an aggressive form of sex cord stromal tumors. We describe the cell-of-origin, complex histopathology & using #spatialbiology, map immune cell infiltration of this rare cancer

Carcinogenesis: shorturl.at/6pvy6 Mice with targeted Pi3k-Pten mutations develop tumors resembling an aggressive form of sex cord stromal tumors. We describe the cell-of-origin, complex histopathology &amp; using #spatialbiology, map immune cell infiltration of this rare cancer