News / Art in science

Redrawing Santiago Ramón y Cajal: Q&A with Dawn Hunter

The painter and visual arts professor spent hours recreating Ramón y Cajal’s art and poring over his sketchbooks and self-portraits in the National Archives of Spain, uncovering unappreciated aspects of his techniques and influences.

By Rebecca Horne

4 June 2024 | 7 min read

https://doi.org/10.53053/GZSO3427

Cite this article

https://doi.org/10.53053/GZSO3427 Cite this article

**Open book:** Dawn Hunter explored Santiago Ramón y Cajal’s methods by recreating his sketchbook, including the page on which he first experimented with drawing neurons.

Courtesy of Dawn Hunter

The drawings and photographs of Santiago Ramón y Cajal are familiar to any neuroscientist—and probably anyone even remotely interested in the field. Most people who take a cursory look at his iconic images might assume that he created them using only direct observation.

But that’s not the case, according to a paper published in March 2024 by Dawn Hunter, visual artist and associate professor of art at the University of South Carolina, and her colleagues. For instance, the Golgi-stained tissue Ramón y Cajal drew contained neurons that were cut in half—so he painstakingly reconstructed the cells by drawing from elements in multiple slides. And he also fleshed out his illustrations using educated guesses and classical drawing principles, such as contrast and occlusion.

In this way, Ramón y Cajal’s art training was essential to his research, Hunter says. She came across Ramón y Cajal’s drawings while creating illustrations for a neuroscience textbook. “The first time I saw his work in person, out of pure inspiration, I decided to draw it,” she says. “It was in those moments of drawing that I realized his process was more profound and conceptually layered than merely retracing pencil lines with ink. Examining Ramón y Cajal’s work through the act of drawing is a more active experience than viewing his work as a gallery visitor or in a textbook.”

In 2015, Hunter installed her drawings and paintings alongside original Ramón y Cajal works in an ongoing exhibition at the U.S. National Institutes of Health (NIH). That effort led to a Fulbright fellowship to Spain in 2017, providing her access to the Legado Cajal archives at the Instituto Cajal National Archives, which contain thousands of Ramón y Cajal artifacts.

Hunter spoke to The Transmitter about her research in Spain and her realizations about how Ramón y Cajal worked as an artist and as a scientist.

This interview has been lightly edited for clarity.

The Transmitter: What do you think your work contributes that is new?

Dawn Hunter: It spells out the connection to [Ramón y Cajal’s] art training. There are some things that to me as a painter are obvious to zero in on that nobody’s really talked about. For example, Ramón y Cajal’s copying of the Renaissance painter Rafael’s entire portfolio. That in itself is a profound thing.

During Ramón y Cajal’s time, the microscope was new, and a lot of scientists didn’t take it seriously, but Ramón y Cajal did. I think there’s a reluctance to explore him in this context. There has been some resistance to talking about how his drawings were made—that resistance comes from a very concrete way of thinking about how a drawing or a scientific discovery could be made. But Ramón y Cajal went about his work almost like figure drawing—working in similar ways to Renaissance artists. And that’s how he created a fundamental understanding of the anatomy of the body.

Ramón y Cajal’s use of self-portraits was integral to communication about his research in the scientific community and public. His photographs were rich in allegorical metaphors populating Renaissance paintings and imagery found in 19^th century Spanish newspapers that popularized [German painter] Albrecht Dürer. Ramón y Cajal’s art educational legacy can be traced back to Dürer and Raphael through his art teacher León Abadías. Through his visual language that integrated scientific research and art aesthetics, Ramón y Cajal made an impact in art and culture that has helped sustain his scientific legacy.

TT: How did you begin to learn about Ramón y Cajal?

DH: I was working on illustrations for a neuroscience textbook, and as I was researching some of the terminology, Ramón y Cajal’s drawings of pyramidal neurons came up. I read his science fiction stories—he wrote them under the pseudonym Dr. Bacteria—and then I read his biography. Even though you can tell he wants to be taken seriously, you can see he has a sense of humor about himself. When he was writing about marrying Silveria, he talked about complementary contrast and color—how complementary contrasting colors either bring out maximum vividness or annihilate each other. Ramón y Cajal wanted to find somebody who was his complement, because he felt it would bring out the best. That idea is rooted in an integration of visual culture. I was able to connect with him on that level. And there’s a mismatch in Googling him; there were these holes in his identity—I felt like there needed to be more diversity represented.

Fractured legacy: Ramón y Cajal’s drawings—this one of a newborn dog’s spinal cord is done in ink and graphite—are scattered across multiple archives and collections, some of which are private. Some of his work was also lost or stolen, in part because the Spanish Civil War occurred soon after his death.

Image courtesy of the Archivo científico Fernando de Castro

Public image professional: A prolific photographer, Ramón y Cajal created many self-portraits, some of them curated for press releases and newspapers, tied to his awards and achievements, such as this photograph in Almanque El Imparical in 1901. Over time, he sought to portray himself as a methodical researcher for the Spanish public and international scientific community.

Image courtesy of the National Library of Spain

Renaissance man: In the photograph on the left, Ramón y Cajal poses to mimic the composition of an image by Albrecht Dürer on the right and adopts similar elements, including scientific tools. “Ramón y Cajal went about his work almost like figure drawing—working in similar ways to renaissance artists,” Hunter says.

Image courtesy of the Harris Brisbane Dick Fund / Metropolitan Museum of Art, New York, NY

Poetic effects: Ramón y Cajal embraced anaglyph photography, which creates stereoscopic images that the visual cortex translates into 3D. The anaglyph photograph on the left shows the Rincon Garden at Ramón y Cajal’s residence on Almansa Street in Madrid, and the one on the right shows him posed at work. On a post-Fulbright visit, Hunter gained access to the Ramón y Cajal home during its conversion into apartments, and she observed multiple gilded dragons at the home’s entrance and exit and on his research chair. “Ramón y Cajal consistently integrated the metaphoric and poetry in his science,” Hunter says, although the poetry is eliminated from some English translations of his writings.

Image courtesy of the Archivo científico Fernando de Castro

Making connections: Ramón y Cajal achieved depth in his anatomical drawings—such as this inked cross section of a mammalian cerebellum—by using stacked histologic slides. Because the Golgi-stained tissue he drew contained partial neurons, he painstakingly reconstructed the cells from multiple slides. He also fleshed out illustrations using educated guesses and classical drawing principles, such as contrast and occlusion.

Image courtesy of the Cajal Institute, Cajal Legacy, Spanish National Research Council, Madrid, Spain

Selfie master: Ramón y Cajal choreographed self-portraits in his youth that explored a range of his identities, including that of a poet, archer and bodybuilder. He made his own photographic emulsion, which allowed him to make multiple revisions. He experimented with variations in posture, clothing and hairstyle—sometimes in a single photo session.

Image courtesy of the Cajal Institute, Cajal Legacy, Spanish National Research Council, Madrid, Spain

TT: What led you to the archives?

DH: Definitely his drawings and how his drawings were put together. At the NIH, I drew one of his drawings where he did not use pencil first before the ink. And I was just so struck by it, because, who does that? It wasn’t traced; I could tell it was a natural way of drawing. And so I wanted to see a sketchbook because I felt like that would tell more. Because behavior in a sketchbook reveals a lot about an artist—they’re going to be themselves.

In the sketchbook, he’s so confident, and he only gets doubtful the first time he draws neurons. When I was recreating them, I could tell he was unsure where to go. Based on how he was drawing them, I think he set out to show the mesh network. Things aren’t connecting, but in his previous drawings, things are lining up exactly how they should be. When he’s confident drawing the neurons is when he starts isolating them again. The sketchbook does not reflect the Golgi style but instead shows the studio process of Ramón y Cajal as an artist. Ramón y Cajal was excited when he was exposed to the Golgi method for the first time because it revealed something he already knew—neurons were separate units. It allowed him to create quantitative images.

TT: What did you learn from the unpublished photographs of Ramón y Cajal you turned to in your research?

DH: I wanted to see the unpublished photos to get more context for the images. Specifically, I wanted to see if he was prone to allegorical representations and if there were references to works of art. At the national library archive in Spain [Biblioteca Nacional de España], I was finding photos that were distributed in association with his classes, his books or to announce achievements. And it wasn’t just that a lot of them were self-portraits. At the Instituto Cajal, I found photos that Ramón y Cajal had printed himself. He used a distinctive style of printing—many look like drawings or watercolors.

Ramón y Cajal’s self-portraits, particularly those invoking Dürer’s “Melencolia I,” suggest deep introspection and perhaps a somber recognition of the burdens and isolation that can accompany scientific pursuit and creativity. Ramón y Cajal’s use of photography is very much tied to his career; many of them were curated for press releases. Advertising in Spanish newspapers started in 1825. So Ramón y Cajal was early in exploiting media by sending in photographs that then could be illustrated or printed.

TT: What do you hope people will primarily take away from your work?

DH: A greater understanding of art, and how art relates to science. Ramón y Cajal was fully integrated with art and science. He did create a character, and there’s a sense of theater. There’s an element of art and creativity, but there’s also an element of play that’s going on with his work.

This article has been updated with clarifications.