This desk was presented to Duke Hospital by Doctor William John Dann March 1938. It was formerly the property of the Reverend Henry Montague Butler, D.D.; Headmaster of Harrow School 1859 - 1885; Dean of Gloucester 1885 - 1886; Master of Trinity...
Apothecary jar. Early 19th century. France. Porcelain. Label: blank. Octagonal jar on low shaped base, hand painted "Imperial gate" scene with saints' heads and chinese figures. Lid has some damage. 12.5" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Acido Salisilico. Handpainted scene of lions, scrolls and foliage. Marked "L. Caut, Paris, 30 Rue des Francs Bourgeant."
Apothecary jar. 19th century. France. Porcelain. Label: Cerato Saturno. Handpainted design of henna flowers with green foliage, serpents and urns. 10.5" tall.
Apothecary jar. 19th century. France. Porcelain. Label: E: Diaq: Simple. Handpainted design of henna flowers with green foliage, serpents and urns. 10.5" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Empl: Bellad. Handpainted scene of lions, scrolls and foliage. Marked "L. Caut, Paris, 30 Rue des Francs Bourgeant."
Apothecary jar. 19th century. France. Porcelain. Label: Empl: Beton. Handpainted scene of lions, scrolls and foliage. Marked "L. Caut, Paris, 30 Rue des Francs Bourgeant."
Apothecary jar. 19th century. France. Label: Eter Butirico. Cobalt blue glass with white design, ground glass stoppers. Green and gold metal caps over stoppers. 9" tall.
Apothecary jar. 19th century. France. Label: Past. de Cocaina. Handblown clear glass pedestal urns with the original paper labels affixed. Convex lids. 13.5" tall.
Apothecary jar. 19th century. France. Label: Pastillas de Menta inglesa. Handblown clear glass pedestal urns with the original paper labels affixed. Convex lids. 13.5" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Pom: Amm:G. Handpainted scene of lions, scrolls and foliage. Marked "L. Caut, Paris, 30 Rue des Francs Bourgeant."
Apothecary jar. 19th century. France. Porcelain. Label: Pom: Pice N: Handpainted scene of lions, scrolls and foliage. Marked "L. Caut, Paris, 30 Rue des Francs Bourgeant."
Apothecary jar. 19th century. France. Porcelain. Label: Pulpa Tamar: Handpainted design of henna flowers with green foliage, serpents and urns. 10.5" tall.
Apothecary jar. 19th century. France. Label: Purgante Leroy 4. Cobalt blue glass with white design, ground glass stoppers. Green and gold metal caps over stoppers. 9" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Salicilato de Soda. Handpainted design of blue and mustard scrolls and flowers. Marked "Mehun, France." Conical lid. 9" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Salol. Handpainted design of blue and mustard scrolls and flowers. Marked "Mehun, France." Conical lid. 9" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Tetas Pino. Handpainted design of henna flowers with green foliage, serpents and urns. 10.5" tall.
Apothecary jar. 19th century. France. Porcelain. Label: Ung: Arcoei. Handpainted scene of lions, scrolls and foliage. Marked "L. Caut, Paris, 30 Rue des Francs Bourgeant."
Austin and Lee burr hole system. USA. 1956. The basic design consisted of a device mounted on a burr hole in the skull. It allowed guidance at various angular adjustments. By passing the needle through the trephine after attaching the socket, AP and...
Avery Labs stimulator system. Farmingdale, NY. 1970. 6 instruments: 2 Brain and spinal cord stimulators. 1cutaneous, 1 transcutaneous and 2 neuro. The Avery Electrical Brain and Spinal Cord Stimulator was built by Avery Labs in Farmingdale, New York,...
Bertrand rectilinear system. Canada. 1953. Dr. Claude Bertrand, the French Canadian neurosurgeon, introduced his pneumotaxic guide in 1953 for the treatment of Parkinson's disease. It was based on the orthogonal system combined with rectolinear...
Self-supporting black wooden plaque with gold characters and red signature/seal. Inscription reads: Helmet decorated with small gold plates, red thread and a long hoe-shaped helmet crest.
Plaque with description and dedication by William G. Anlyan honoring the original faculty of Duke Medicine whose names are listed on the four other plaques.
Grass stimulator system. Quincy, MA: Grass Medical Instruments, 1970. 5 instruments. Built by Grass Medical Instruments of Quincy, Massachusetts, these instruments were used to stimulate the brain and spinal cord.
Heart-lung machine with heat exchanger and experimental pieces, including left to right: two unidentified parts, Blood Filter, Mayo type Blood Filter, Blood Pressure Gauges, Brown Heat Exchanger, Kay-Cross type of Disc Blood Oxygenator An experimental...
Heimberger arc system. USA. 1972. This arc system was made in 1972 by Dr. Robert Heimberger, professor of Neurosurgery at Indiana University Medical Center. The instrument was unique in that the patient was placed in the instrument in the lateral...
Helmet decorated with small gold plates, red thread and a long hoe-shaped crest. Displayed on a black base trimmed with gold accents. When not on display, helmet is stored inside the base.
The Küntscher nail is an internal fixation device used to maintain the position of the fracture fragments during healing. Dr. Gerhard Küntscher pioneered this method in 1939 and it was used during WWII to quickly heal soldiers. This particular nail was...
Kymograph. Electric. 1950s. Brass drums mounted on teak base. Instrument used to measure and graphically record physiological responses: blood pressure, pulse, respiration, muscle contraction, nerve impulses, etc.
Leitz compound monocular microscope. 19th Century. Signed: E. Leitz, Wetzlar, No. 50835 of 11/VIII. Filiale, New York, 1899. Brass with black enamel base. Wooden case and accessories (oculars, additional low power objective and microscope slides)....
MR/CT Compatible arc-phantom target system. Burlington, MA: Radionics. 1987. Built by Eric R. Cosman, PhD, Theodore S. Roberts, MD & Trent H. Wells, Jr.. Known as the CRW System.
Nashold arc system. USA. 1969. Based on the arc principle, this instrument was unique since it was made specifically to lesion the cerebellar dentate nucleus. Designed by Drs. Blaine Nashold and Graham Slaughter and John Harrison, an Australian...
Oscilloscopes are used to measure and show voltage level changes over a period of time. This particular oscilloscope came from the Department of Anatomy.
Radionics radio frequency type lesion generator. Burlington, MA: Radionics, Inc., 1970. Built by Radionics, Inc. of Burlington, Massachusetts, this instrument was used for making deep brain and spinal cord lesions.
Rand and Malcolm radiolucent surgical head holder. USA. 1988. This radiolucent surgical head holder stabilized the patient while allowing direct radiographic visualization of the surgical anatomy without compromising view angles or x-ray geometry. The...
Rand Stereotactic Instrument for Yttrium Hypophysectomy. Los Angeles: Trent H. Wells of the Mechanical Development Co., 1953. This instrument was used to implant yttrium 90 oxide into the pituitary gland. Probes were introduced by way of the nasal...
Rand-Urban stereotactic arc system. USA. 1956. This stereotactic instrument was designed as an arc system in order to place the patient's head in various positions. It's clinical application of studies on stereotactically implanted electrodes in...
Reichert arc system. Germany. 1951. This arc-radius system used Cartesian and polar coordinates. The instrument's large base allowed the brain target to be approached from any point on the skull. Modified in 1965 by Reichert and Dr. Mundinger, the...
Inscription reads: "The renovation of this room was made possible in part by a gift from the Medical Class of 1965 In honor of their 25th reunion and in memory of Joseph E. Markee, Ph.D (1943-1966) Chairman, Department of Anatomy"
Plaque inscribed: "The renovation of this room was made possible, in part, through the generous gifts of Medical Class of 1966 under the leadership and personal genorosity of class agent Sheila Moriber Katz, MD, MBA and her husband Julian Katz, MD,...
Scarificators were used in blood letting and cupping. They feature several lancets operated by a spring to make light incisions. This particular scarificator belonged to Guy Odom, MD.