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Acknowledgements

With thanks.

The cells on this site are real, filmed by researchers who published their work openly. We are grateful to them, and to everyone whose tools and typefaces we build on.

Section 01 · Microscopy

  1. Aihara E, Mahe M, Schumacher M, Matthis A, Feng R, Ren W, Noah T, Matsu-ura T, Moore S, Hong C, Zavros Y, Herness S, Shroyer N, Iwatsuki K, Jiang P, Helmrath M, Montrose M. Characterization of stem/progenitor cell cycle using murine circumvallate papilla taste bud organoid. Scientific Reports, 2015. doi:10.1038/srep17185

    © The Author(s). Licensed under CC BY 4.0. Via Wikimedia Commons. Cropped to remove labels and scale bars, re-encoded for the web, and in places slowed down.

    • ·Supplementary Video 4a. A taste-bud organoid growing from stem and progenitor cells, imaged in 3D over 44 hours. Source file ↗
    • ·Supplementary Video 3a. The same kind of organoid earlier in its growth. Source file ↗
    • ·Supplementary Video 6b. Nuclei (green) inside a growing taste-bud organoid, time-lapse. Source file ↗

  2. Shen Y, Hou Y, Yao S, Huang P, Yobas L. In vitro epithelial organoid generation induced by substrate nanotopography. Scientific Reports, 2015. doi:10.1038/srep09293

    © The Author(s). Licensed under CC BY 4.0. Via Wikimedia Commons. Cropped to remove labels and scale bars, re-encoded for the web, and in places slowed down.

    • ·Supplementary Video. An epithelial organoid formed on a nanotextured surface. Nuclei blue, membranes white. Source file ↗

  3. Karreman M, Mercier L, Schieber N, Shibue T, Schwab Y, Goetz J. Correlating intravital multi-photon microscopy to 3D electron microscopy of invading tumor cells using anatomical reference points. PLOS ONE, 2014. doi:10.1371/journal.pone.0114448

    © The Author(s). Licensed under CC BY 4.0. Via Wikimedia Commons. Cropped to remove labels and scale bars, re-encoded for the web, and in places slowed down.

    • ·Movie S4. Cells (green) moving through living tissue beside a blood vessel (red), two-photon microscopy. Source file ↗

  4. Charvin G, Oikonomou C, Siggia E, Cross F. Origin of irreversibility of cell cycle Start in budding yeast. PLOS Biology, 2010. doi:10.1371/journal.pbio.1000284

    © The Author(s). Licensed under CC BY 2.5. Via Wikimedia Commons. Cropped to remove labels and scale bars, re-encoded for the web, and in places slowed down.

    • ·Video S3. A budding-yeast colony growing, with a fluorescent reporter and traced cell outlines. Source file ↗

Section 02 · Typefaces

  • ArchivoOmnibus-Type · the wordmark and display type · licence
  • Instrument SansInstrument · body text · licence
  • FrauncesUndercase Type · the soft italic accent · licence
  • Geist MonoVercel · labels · licence
  • UnboundedNamelessService · the Drylab wordmark (as outlines)

Section 03 · Software

  • Next.js and ReactMIT
  • Tailwind CSSMIT
  • Framer MotionMIT
  • GSAPStandard no-charge license
  • LenisMIT
  • HarfBuzz and fontTools (brand tools)MIT

Section 04 · Data and models

Drylab’s reference yeast model is yeast-GEM from SysBioChalmers. Each Drylab page footnotes the sources for its numbers; the full list of models and their licences is in the Drylab docs.