{
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  "slug": "jason-brown-shawn-douglas",
  "name": "Jason Brown - Shawn Douglas",
  "subtitle": "Laboratory images translated into generative color",
  "lede": "Jason Brown and Shawn Douglas bring scientific visualization and generative art into close contact. Their Art Blocks project *Gels* treats the laboratory image as both an analytical instrument and a field of color.",
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  "identity": {
    "artist": "Jason Brown - Shawn Douglas",
    "website": "https://www.youtube.com/watch?v=Q2zRJf3stwc",
    "based": null,
    "practice": "Collaborative generative art shaped by scientific visualization, software development, and molecular biology.",
    "now": null,
    "raster": "https://www.raster.art/artist/jason-brown-shawn-douglas",
    "otdh": "[9,594 · rank 232 of 308](/artists/otdh/#artist-jason-brown-shawn-douglas)",
    "holding signal": "108 collector identities · 108 holder addresses · 252,072 raw collector-days · 14 Sep 2026",
    "collector tdh": "[jasdTDH](/artists/jason-brown-shawn-douglas/jasdtdh/) · dashboard"
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    "website": "https://www.youtube.com/watch?v=Q2zRJf3stwc",
    "x": null,
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  "profile_image_url": null,
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  "works": [
    {
      "name": "Gels",
      "editions": 190,
      "supply": 190,
      "artblocks_slug": "gels-by-jason-brown-shawn-douglas",
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  "sections": [
    {
      "heading": null,
      "paragraphs": [
        "Jason Brown and Shawn Douglas approach generative art through an unusually specific visual language: the bands, wells, gradients, and controlled irregularities of gel electrophoresis. Brown identifies professionally as a software developer and visualization artist, and his portfolio credits *Gels* as a collaboration with Douglas. Douglas is a scientist and software designer whose laboratory works in DNA nanotechnology. Their partnership therefore joins two related forms of modeling, one directed toward scientific understanding and the other toward aesthetic variation.",
        "*Gels* belongs to a longer history of collaboration between Brown and the Douglas Lab. The laboratory's downloads archive credits both artists with artwork used on its website, establishing a shared practice that predates their Art Blocks release. Brown's contribution to this environment is not simply decorative. It involves translating research, instruments, and processes into legible visual systems, while Douglas contributes detailed knowledge of how laboratory images are produced and interpreted."
      ]
    },
    {
      "heading": "From experimental evidence to image system",
      "paragraphs": [
        "Gel electrophoresis separates and visualizes molecules such as DNA, RNA, and proteins. Its results appear as bands distributed across a rectangular field. The Douglas Lab describes those patterns as abstract and sometimes ambiguous data that skilled researchers learn to interpret. This dual status is central to *Gels*: every image can resemble evidence from an experiment while also operating as a self-contained composition.",
        "The collaboration's scientific context is made especially clear by *Gelbox*, an interactive simulation developed to connect experimental parameters with the resulting gel image. Its model accommodates a wide range of settings, including deliberately suboptimal values that help novices understand common mistakes. That attention to controlled error offers a useful framework for viewing *Gels*. Variation is not superficial ornament. It evokes the way adjustments, material conditions, and imperfect procedures can alter a laboratory result.",
        "Brown and Douglas do not ask the viewer to decode each output as a scientist would. Instead, they isolate the visual grammar of electrophoresis: vertical lanes, horizontal bands, fluorescent color, soft diffusion, and uneven intensity. Across the series, these elements move between diagram and atmosphere. Dense clusters can suggest accumulated molecular material, while sparse compositions emphasize the empty support surrounding each band."
      ]
    },
    {
      "heading": "The laboratory as an aesthetic space",
      "paragraphs": [
        "The 190 editions of *Gels* establish repetition as a structural principle. A gel is ordinarily meaningful because its lanes and bands can be compared. Here, comparison expands from the internal structure of one image to the full generative series. Recurring formats keep the collection coherent, while changes in palette, spacing, density, and distortion make each output a distinct proposition.",
        "This repetition also complicates the distinction between representation and simulation. The works resemble laboratory records, yet they are generated images rather than documentation of individual physical experiments. Their credibility comes from the collaborators' sustained engagement with scientific visualization. The series can therefore be read as a study of how interfaces and images teach viewers to recognize evidence.",
        "> *Gels* makes the visual conventions of molecular research available as color, rhythm, and patterned uncertainty.",
        "The project is strongest when its scientific origins remain visible without exhausting its meaning. Bands become marks, lanes become compositional scaffolds, and fluorescence becomes a palette. Through this conversion, Brown and Douglas show that scientific images are never neutral containers. They are designed representations, shaped by instruments, parameters, conventions, and acts of interpretation. *Gels* turns that condition into the subject of a compact generative collection."
      ]
    }
  ],
  "body_markdown": "Jason Brown and Shawn Douglas approach generative art through an unusually specific visual language: the bands, wells, gradients, and controlled irregularities of gel electrophoresis. Brown identifies professionally as a software developer and visualization artist, and his portfolio credits *Gels* as a collaboration with Douglas. Douglas is a scientist and software designer whose laboratory works in DNA nanotechnology. Their partnership therefore joins two related forms of modeling, one directed toward scientific understanding and the other toward aesthetic variation.\n\n*Gels* belongs to a longer history of collaboration between Brown and the Douglas Lab. The laboratory's downloads archive credits both artists with artwork used on its website, establishing a shared practice that predates their Art Blocks release. Brown's contribution to this environment is not simply decorative. It involves translating research, instruments, and processes into legible visual systems, while Douglas contributes detailed knowledge of how laboratory images are produced and interpreted.\n\n## From experimental evidence to image system\n\nGel electrophoresis separates and visualizes molecules such as DNA, RNA, and proteins. Its results appear as bands distributed across a rectangular field. The Douglas Lab describes those patterns as abstract and sometimes ambiguous data that skilled researchers learn to interpret. This dual status is central to *Gels*: every image can resemble evidence from an experiment while also operating as a self-contained composition.\n\nThe collaboration's scientific context is made especially clear by *Gelbox*, an interactive simulation developed to connect experimental parameters with the resulting gel image. Its model accommodates a wide range of settings, including deliberately suboptimal values that help novices understand common mistakes. That attention to controlled error offers a useful framework for viewing *Gels*. Variation is not superficial ornament. It evokes the way adjustments, material conditions, and imperfect procedures can alter a laboratory result.\n\nBrown and Douglas do not ask the viewer to decode each output as a scientist would. Instead, they isolate the visual grammar of electrophoresis: vertical lanes, horizontal bands, fluorescent color, soft diffusion, and uneven intensity. Across the series, these elements move between diagram and atmosphere. Dense clusters can suggest accumulated molecular material, while sparse compositions emphasize the empty support surrounding each band.\n\n## The laboratory as an aesthetic space\n\nThe 190 editions of *Gels* establish repetition as a structural principle. A gel is ordinarily meaningful because its lanes and bands can be compared. Here, comparison expands from the internal structure of one image to the full generative series. Recurring formats keep the collection coherent, while changes in palette, spacing, density, and distortion make each output a distinct proposition.\n\nThis repetition also complicates the distinction between representation and simulation. The works resemble laboratory records, yet they are generated images rather than documentation of individual physical experiments. Their credibility comes from the collaborators' sustained engagement with scientific visualization. The series can therefore be read as a study of how interfaces and images teach viewers to recognize evidence.\n\n> *Gels* makes the visual conventions of molecular research available as color, rhythm, and patterned uncertainty.\n\nThe project is strongest when its scientific origins remain visible without exhausting its meaning. Bands become marks, lanes become compositional scaffolds, and fluorescence becomes a palette. Through this conversion, Brown and Douglas show that scientific images are never neutral containers. They are designed representations, shaped by instruments, parameters, conventions, and acts of interpretation. *Gels* turns that condition into the subject of a compact generative collection.",
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      "title": "Gels output",
      "caption": "2022, Gels",
      "rights": "Not CC0 - Art Blocks render, property of the artist/holders"
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    {
      "url": "https://media-proxy.artblocks.io/1/0xa7d8d9ef8d8ce8992df33d8b8cf4aebabd5bd270/322000038.png",
      "title": "Gels output",
      "caption": "2022, Gels",
      "rights": "Not CC0 - Art Blocks render, property of the artist/holders"
    },
    {
      "url": "https://media-proxy.artblocks.io/1/0xa7d8d9ef8d8ce8992df33d8b8cf4aebabd5bd270/322000076.png",
      "title": "Gels output",
      "caption": "2022, Gels",
      "rights": "Not CC0 - Art Blocks render, property of the artist/holders"
    },
    {
      "url": "https://media-proxy.artblocks.io/1/0xa7d8d9ef8d8ce8992df33d8b8cf4aebabd5bd270/322000113.png",
      "title": "Gels output",
      "caption": "2022, Gels",
      "rights": "Not CC0 - Art Blocks render, property of the artist/holders"
    },
    {
      "url": "https://media-proxy.artblocks.io/1/0xa7d8d9ef8d8ce8992df33d8b8cf4aebabd5bd270/322000151.png",
      "title": "Gels output",
      "caption": "2022, Gels",
      "rights": "Not CC0 - Art Blocks render, property of the artist/holders"
    },
    {
      "url": "https://media-proxy.artblocks.io/1/0xa7d8d9ef8d8ce8992df33d8b8cf4aebabd5bd270/322000189.png",
      "title": "Gels output",
      "caption": "2022, Gels",
      "rights": "Not CC0 - Art Blocks render, property of the artist/holders"
    }
  ],
  "references": [
    {
      "n": 1,
      "note": "Brown's project page identifies Gels as generative art made in collaboration with Shawn Douglas.",
      "url": "https://pendulum.artstation.com/projects/xYkn2Y?album_id=974475",
      "label": "Brown project"
    },
    {
      "n": 2,
      "note": "The Douglas Lab downloads archive credits Jason Brown and Shawn Douglas with the site's artwork.",
      "url": "https://bionano.ucsf.edu/downloads",
      "label": "Douglas Lab archive"
    },
    {
      "n": 3,
      "note": "The Gelbox press kit explains gel electrophoresis, its abstract band patterns, and the simulation's educational purpose.",
      "url": "https://douglaslab.org/gelbox/presskit/",
      "label": "Gelbox press kit"
    },
    {
      "n": 4,
      "note": "The University of California paper describes Gelbox as a simulation connecting experimental parameters with electrophoresis output.",
      "url": "https://escholarship.org/content/qt19r9p3vw/qt19r9p3vw.pdf?t=sb2e0n",
      "label": "Gelbox paper"
    }
  ],
  "bibliography": [
    {
      "category": "In the AB[500]: Art Blocks",
      "entries": [
        {
          "note": "The marketplace record identifies Gels as an Art Blocks collection comprising 190 works and launched in July 2022.",
          "url": "https://opensea.io/collection/gels-by-jason-brown-shawn-douglas",
          "label": "OpenSea collection record",
          "meta": "collection · 2022"
        },
        {
          "note": "A contemporary drop report lists Gels as an Art Blocks Factory release by Jason Brown and Shawn Douglas on July 29, 2022.",
          "url": "https://www.nftculture.com/nft-news/7-29-22-daily-drops-and-movers-update/",
          "label": "NFT Culture drop report",
          "meta": "press · 2022"
        }
      ]
    },
    {
      "category": "Museums and institutions",
      "entries": [
        {
          "note": "UCSF's virtual-reality resource identifies the Douglas Lab's DNA-origami virtual laboratory and Douglas's VR research activity.",
          "url": "https://vr.ucsf.edu/",
          "label": "Virtual Reality at UCSF",
          "meta": "institutional archive · 2019"
        },
        {
          "note": "The UCSF faculty page outlines Douglas's work in DNA nanotechnology and his development of the cadnano design system.",
          "url": "https://cmp.ucsf.edu/faculty/shawn-douglas",
          "label": "UCSF faculty profile",
          "meta": "institution · current"
        }
      ]
    },
    {
      "category": "Essays, talks and podcasts",
      "entries": [
        {
          "note": "The FOO Show episode places Brown and Douglas together in a virtual reconstruction of the Douglas laboratory.",
          "url": "https://store.steampowered.com/app/593931/Episode_3__Making_Nanomachines_from_DNA/",
          "label": "The FOO Show episode 3",
          "meta": "immersive program · 2017"
        },
        {
          "note": "SteamDB archives publication information for The FOO Show episode devoted to Brown and Douglas's DNA-nanotechnology environment.",
          "url": "https://steamdb.info/app/593931/",
          "label": "SteamDB episode archive",
          "meta": "archive · 2017"
        }
      ]
    },
    {
      "category": "Profiles and archives",
      "entries": [
        {
          "note": "Raster aggregates Jason Brown - Shawn Douglas's tokenized works across platforms.",
          "url": "https://www.raster.art/artist/jason-brown-shawn-douglas",
          "label": "Raster",
          "meta": "profile · ongoing"
        },
        {
          "note": "Brown's résumé documents work spanning software development, scientific illustration, animation, virtual reality, and visualization for the Douglas Lab.",
          "url": "https://pendulum.artstation.com/resume",
          "label": "Jason Brown résumé",
          "meta": "profile · current"
        },
        {
          "note": "UCSF Profiles documents Shawn Douglas's institutional appointment and research record in cellular and molecular pharmacology.",
          "url": "https://profiles.ucsf.edu/shawn.douglas",
          "label": "Shawn Douglas profile",
          "meta": "profile · current"
        },
        {
          "note": "The BIOMOD team archive lists both Shawn Douglas and Jason Brown among the organization's contributors.",
          "url": "https://biomod.net/our-team/",
          "label": "BIOMOD team",
          "meta": "archive · current"
        }
      ]
    },
    {
      "category": "Video",
      "entries": [
        {
          "note": "BIOMOD's Vimeo page provides an institutional video record crediting Jason Brown and Shawn Douglas alongside other contributors.",
          "url": "https://vimeo.com/96723514",
          "label": "BIOMOD video",
          "meta": "video · 2014"
        }
      ]
    }
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}