{"id":"dlt9n8n","internal_id":"f58a969d-34e2-470c-b9d7-920caaa8b32d","links":{"img_thumbnail":"https://digital.sciencehistory.org/downloads/deriv/hp2ve1p/thumb_large_2X?disposition=inline","html_self":"https://digital.sciencehistory.org/works/dlt9n8n"},"title":"Max Tishler slide show","additional_title":[],"format":["moving_image"],"genre":["Video recordings"],"medium":["VHS"],"extent":["12M 11S"],"language":["English"],"provenance":"","subject":["Tishler, Max","Scientists","Pharmaceutical industry"],"department":"Archives","series_arrangement":["Series VI. Audio-Visual Materials"],"rights":"http://rightsstatements.org/vocab/InC-RUU/1.0/","rights_holder":"","digitization_funder":"","file_creator":"Newhouse, Sarah","description":"A slide show set to classical music of images from the life of Max Tishler, American industrial chemist and pharmaceutical industry innovator. \n\nTishler had a long career at pharmaceutical company Merck, where he is most well-known for developing methods for large-scale production of riboflavin, penicillin G, and cortisone, among others organic compounds. ","description_html":"<p>A slide show set to classical music of images from the life of Max Tishler, American industrial chemist and pharmaceutical industry innovator. </p>\n\n<p>Tishler had a long career at pharmaceutical company Merck, where he is most well-known for developing methods for large-scale production of riboflavin, penicillin G, and cortisone, among others organic compounds. </p>","published_at":"2026-10-19T17:43:53Z","updated_at":"2026-10-19T17:43:53Z","creator":[],"date_of_work":[{"start":"1989","start_qualifier":"circa","finish":"","finish_qualifier":"","note":"","formatted":"Circa 1989"}],"place":[],"inscription":[],"related_link":[],"additional_credit":[],"physical_container":{"box":"5","folder":"","volume":"","part":"","page":"","shelfmark":"","reel":"","formatted":"Box 5"}}