A little about me:

I am Aubs (they/them), and I’m finishing up my PhD in biological sciences at Columbia University. I’m very interested in community-run science, ethical science pedagogy/mentorship, and science communication and visualization.

Studying life under the microscope has been my life-long love. As a child, I was investigating pond-water and bugs under a small kids’ microscope, and nowadays I’m privileged to investigate fibrosarcoma cancer cells under a confocal microscope. I care deeply about early access to hands-on science for under-served students and I co-founded and directed a free STEM outreach program for local Harlem families to invite them onto campus and run experiments with grad student researchers.

My 13+ years in bench-top biology research has been quite revealing about pervasive exclusivity- and extraction-dependent patterns in the ways we fund, conduct, and share science. I am learning a lot more lately about the history of such patterns and reading up on methods that can help restructure and liberate the process of science from them.

I also greatly enjoy making art and hosting science-art salons to share and showcase scientific art pieces with friends and community.

My passions:

Science communication and STEM outreach

Bioethics and inclusion in STEM

Science art and data visualization

Understanding mechanisms of cancer persistence

Cancer cells (HT1080 human fibrosarcoma) undergoing ferroptotic death induced by small molecule compound RSL3 ((1S,3R)-RSL3). Transferrin Receptor 1 (TFRC) in red is a marker of ferroptosis, and accumulates in ferroptotic cells, also localizing that the plasma membrane.

(Aubs Decker 2024, spinning disk confocal 20X)