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Frankie Butera @frankiebutera.bsky.social · 6d

Hello! I'm testing this out but receiving an error when using the Channels & Contrast. The LUTs manager works well.

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Frankie Butera @frankiebutera.bsky.social · Sep 6

Thank you, Catalina! I appreciate the repost ☺️🙏

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Frankie Butera @frankiebutera.bsky.social · Sep 1

The drug was identified by a high-throughput screen I performed as a part of the incredible work at #reNEW #Melbourne #MCRI

Frankie Butera @frankiebutera.bsky.social · Sep 1

Voting takes 10 seconds:
1. Click the link renew.science/artxscience/...
2. Hit ‘Vote for my Favourite’
3. Done!

artxscience 2025 #26 - reNEW

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renew.science

Frankie Butera @frankiebutera.bsky.social · Sep 1

Pink = cardiomyocytes (heart muscle cells) marked by ACTN2
Turquoise = fibroblasts marked by Tubulin
Yellow nuclei = Ki67 (proliferation marker)

Frankie Butera @frankiebutera.bsky.social · Sep 1

Please vote for my #ARTxSCIENCE2025 submission! Voting takes 10 secs

renew.science/artxscience/...

My image shows stem-cell derived heart cells treated with a drug that makes cardiomyocytes (pink) proliferate—without activating fibroblasts #HeartRegeneration #Microscopy #StemCells

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Frankie Butera @frankiebutera.bsky.social · Aug 30

@daniellebeckman.bsky.social Hi Danielle, can you please add me to this starter pack? I specialise in high-throughput microscopy and image analysis 😊

Frankie Butera @frankiebutera.bsky.social · Nov 28

Hi, thank you for making this starter pack. I’m a post doc working on heart regeneration and modelling heart disease using iPSCs, can I please be added?

Frankie Butera @frankiebutera.bsky.social · Nov 24

Hi Krishna, great starter pack! please can you add me?

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Frankie Butera @frankiebutera.bsky.social · Nov 21

Was a joy working with @cellsandculture.bsky.social @cellmorphosero.bsky.social and Prof Chris Bakal on this work. And a major thank you to @alexisbarr.bsky.social for her support throughout the years!

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Frankie Butera @frankiebutera.bsky.social · Nov 21

Check out our new paper in #eLife using high-throughput #microscopy and #imageanalysis, bayesian analysis and RNAseq to link single-cell NF-κB RELA nuclear translocation dynamics to actin dynamics in pancreatic cancer cells elifesciences.org/articles/86042

#hetereogeneity #PDAC #NF-kB #cytoskeleton

Heterogeneity in RELA (magenta) localisation is linked to actin (cyan) dynamics in pancreatic cancer cells

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Frankie Butera @frankiebutera.bsky.social · Nov 20

Was a joy working with @cellsandculture.bsky.social @cellmorphosero.bsky.social and Prof Chris Bakal on this work. And a major thank you to @alexisbarr.bsky.social for her support throughout the years!

Frankie Butera @frankiebutera.bsky.social · Nov 19

Hi Beth, thank you for making these! I am a stem cell biologist with a particular interest in high-throughput microscopy and image analysis, please can I be added?

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Frankie Butera @frankiebutera.bsky.social · Nov 19

Thank you for making this starter pack! I’m a stem cell biologist in a heart regeneration lab and would like to be added if possible :)

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