Alexandre Germanos (@Alexrnagerm) profile picture

Alexandre Germanos

@Alexrnagerm

PhD candidate at UW MCB. Studying prostste cancer genetics in the Hsieh lab at Fred Hutch Cancer Research Center

Joined March 2018
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Photo by Alexandre Germanos (@Alexrnagerm)
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Seattle MCB Program (@MCBSeattle) profile pictureSeattle MCB Program@MCBSeattle25 May 2023
Join us for Alexandre Germanos's (@Alexrnagerm) defense! Title: Mechanisms of Translation in Cellular Dynamics and Molecular Regulation of Advanced Prostate Cancer Lab: Hsieh Lab, FH When: Thurs. June 1, 11 am Where: FH Arnold Building, M1-A303 & Zoom (email [email protected] for link)
Image from Seattle MCB Program (@MCBSeattle)
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I’m thrilled to report my first publication from @HsiehLab @Fredhutch which was accepted and published in @eLIFE today! Thanks to my fellow @HsiehLab members for support and encouragement over the years. See my first ever tweetorial below. elifesciences.org/articles/7… (1/12)
Image from Alexandre Germanos (@Alexrnagerm)
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We were interested in understanding how cell populations change when you induce prostate cancer formation and progression. We used single-cell RNAseq to look at mouse prostates under different cancer conditions. Here are our main findings. (2/12)
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Super excited for my first first-author paper looking at tumor heterogeneity in prostate cancer to be out in preprint! Huge thanks to @HsiehLab and all our collaborators for the help and support in completing this story. Go check out our interactive website!
Hsieh Lab (@HsiehLab) profile pictureHsieh Lab@HsiehLab4 Mar 2022
Replying to @HsiehLab
@HsiehLab joins the @bioRxiv party. Happy to share work by @Alexand14820052 that explores prostate cancer progression 1 cell at a time. Spoiler alert: tumor heterogeneity, immune landscape, and cell type specific protein synthesis (of course)! biorxiv.org/content/10.1101/…
Defining cellular population dynamics at single cell resolution during prostate cancer progression

Defining cellular population dynamics at single cell resolution during prostate cancer progression

Advanced prostate malignancies are a leading cause of cancer-related deaths in men, in large part due to our incomplete understanding of cellular drivers of disease progression. We investigated...

biorxiv.org
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