Teaching watercolor showing an oblique inguinal hernia where the two sacs are beside each other

Teaching watercolor showing an oblique inguinal hernia where the two sacs are beside each other

Hernia, Inguinal

Testis

Henry Jacob Bigelow Watercolor Collection

Wallis, Oscar

Bigelow, Henry Jacob, 1818-1890

Teaching Aids and devices

Teaching Methods

Harvard Medical School. Department of Anatomy

Fitz, Reginald, 1885-1953

After J. B. D. Demeaux's Recherches sur l'evolution du sac herniaire suivies de considerations chirurgicales sur les complications auxelles il pent donner lieu, plate 4

Large watercolor showing an inguinal hernia. Painting shows the right thigh, lower abdomen, and penis, with the right testicle and abdomen dissected, with skin and tissue pulled away to show the hernia. Watercolor is framed in green sewn textile, with metal grommets in each of the four corners.

Wallis, Oscar

1848-1854

The Harvard Medical Library does not hold copyright on all the materials in the collection. For use information, contact the Warren Anatomical Museum Curator at chm@hms.harvard.edu

Accessing collections in the Warren Anatomical Museum and the Warren Anatomical Museum archive requires advanced notice. Please submit a request to Public Services at chm@hms.harvard.edu to access the displayed item

Warren Anatomical Museum (21142.238)

Original source work can be found in the Countway Rare Books Collection (23.S.1842.1)

image

watercolors (paintings)

21142.238

Henry Jacob Bigelow employed artist Oscar Wallis exclusively from 1848 - 1854 to paint a series of large teaching watercolors to illustrate Bigelow's lectures at Harvard Medical School. Wallis painted the teaching diagrams from local subjects and from the atlases of established medical authorities. The effort cost Bigelow $6,000. In 1890 Bigelow presented the watercolors to Reginald H. Fitz to be used in the Harvard Medical School's Department of Anatomy. The watercolors were transferred into the Warren Anatomical Museum between 1890 and 1930.

69 W x 100 H cm