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Philip A. Shaffer Papers

Philip A. Shaffer
Philip A. Shaffer
Philip A. Shaffer Papers
Volume: 10.0 linear feet
Microfilm edition: none
Inclusive dates: 1901-1966
Collection code: FC005
Organization of the Collection
Container List
PDF Version

Historical Note

Philip A. Shaffer (1881-1960) was born in Martinsburg, West Virginia, son of Joseph H. and Hannah Anderson Shaffer. After preliminary education in Martinsburg, he entered the University of West Virginia at the age of 15 and, after receiving his AB, attended Harvard University, obtaining his PhD in biological chemistry in 1904. Shaffer married Nan Jefferson Evans in 1904. The couple had three children, Jane Jefferson Prince of St. Louis, Nancy Elizabeth Shaffer, and Philip Anderson Shaffer, Jr.

While working for his doctorate at Harvard, he was a research biological chemist at McLean Hospital in Waverly, Massachusetts, 1900-1903. After graduation from Harvard, Shaffer became Assistant and Instructor of Chemical Pathology at Cornell University Medical College in New York, remaining there for six years. In 1910 he was appointed Professor of Biological Chemistry and Head of the Department at Washington University School of Medicine, a position he retained until 1946. He twice served as Dean of the School, from 1915 to 1919 and from 1937 to 1946. He was Distinguished Service Professor of Biochemistry from 1946 to 1952, becoming Emeritus in 1951 when he retired from the Medical School Faculty. His teaching career was interrupted briefly during World War I when he served as a Major in the U.S. Army, A.E.F., being given the responsibility for the diets of the overseas personnel. Shaffer was a member of the following societies: Fellow, American Association for the Advancement of Science, National Academy of Sciences, American Society of Biological Chemists (Secretary 1913-1915, President 1923-1924), American Philosophical Society, Phi Beta Kappa, Sigma Xi, Phi Kappa Psi, Alpha Tau Omega.

Shaffer first worked with Otto Folin and his first scientific publication, in 1901, concerned the quantitative determination of uric acid in urine. Later papers were published which dealt both with broad concepts of metabolism over a wide field, and with specific chemical methods of study. One of his early important contributions was his study of metabolism in typhoid fever, which lead to the development of the Coleman-Shaffer high caloric diet in the treatment of that disease. Interest then shifted to relationships of carbohydrate and fat metabolism, with special emphasis on the significance of ketosis. In these studies he collaborated with many of his students and junior staff members – Williams McKim Marriott, Roger S. Hubbard, Michael Somogyi, Alexis F. Hartmann, Edward A. Doisy, Theodore E. Friedemann, and Ethel Ronzoni. Of special interest, Shaffer developed a rapid method of measuring the sugar in small amounts of blood. Banting and Best used his finding in their discovery and assay of insulin. A case arose not long thereafter where insulin was needed to save the lives of two infants in the St. Louis Children’s Hospital. Shaffer followed Banting and Best’s method. That experience quickly led to understanding that strong acid is needed in the original extraction from the pancreas, and that insulin is a protein and it could be highly concentrated by isoelectric precipitation. At that time, such facts were unknown, either to the Toronto investigators or to the Eli Lilly scientists, who were encountering difficulty in getting consistently potent insulin preparations by the original method. Shaffer’s contributions hastened the commercial production of insulin. In his later years, Shaffer became interested in oxidation-reduction reactions, and in this area his contributions were also of significance.

Shaffer published a total of 72 scientific papers. Yet it is probably fair to state that by far the greatest part of his time and efforts were concerned with administrative issues of the School and University that came before him as a member of the Senate and Executive Faculty and as Dean.

Those of us who were privileged to work with Shaffer admired him most for his extraordinary ability to perceive unusual talent in very young people, a trait which led to many valuable appointments to the School of Medicine (W. McKim Marriott, E. A. Doisy, Evarts A. Graham, E. W. West, Carl and Gerty Cori, David Barr, Willard Allen, Barry Wood, R. A. Moore, to mention just a few), for his tremendous courage in never wavering from the high principles which he set for himself and the School of Medicine, and for his extreme loyalty to the School and his utter unselfishness in working for it.

PAS died December 4, 1960.

(Adapted from a statement written for the Executive Faculty meeting of December, 1960 by Alexis F. Hartmann, Sr., Carl F. Cori, and Joseph Erlanger. Abbreviated and edited for this introduction November 2001.)

Provenance

In 1965, the Dean’s Office transferred to the Library most of the Shaffer Papers from the reorganization of the Medical School to Shaffer’s retirement in 1946. The transfer was said to include files pertaining to Shaffer’s work in biochemistry and to the administration of the Biochemistry department. Material collected by Shaffer on general school problems during his tenure as Dean, was retained in the files of the Dean’s Office (Library notes, vol. 5, no. 3, Christmas 1965, p. 3.). Significant additions to the Shaffer Papers came from the Vice Chancellor for Medical Affairs (76-018) and Jane Shaffer Prince (93-022, 95-028. 96-005). Specifics are noted in the individual series.

Access and Use

The collection is open and accessible for research. Certain categories of documentation, however, carry restrictions on access. For detailed information, contact the Archives and Rare Book Section (arb@wusm.wustl.edu). The Library holds copyright.

Scope and Content

The Shaffer papers include ten document series including correspondence, diaries, scrapbooks, short publications, notes, and his Ph.D. dissertation. Major subjects are his research work in biochemistry and the administration of WUSM as dean and head of the Department of Biological Chemistry. His work with Barnes Hospital, St. Louis Children’s Hospital, American Society of Biological Chemists and the U. S. Army in World War I are also subjects.

In 2006, this collection contained many deteriorated brittle carbon copies on newsprint and newspaper clippings that chipped or fractured with minimal handling. The acidic newsprint had stained surrounding documents and was losing contrast due to browning. Archives staff made acid-free photocopies to preserve content and contrast for future use and preservation microfilming.

Related Material

Visual Collections, accession, 76-018 & 76-006, 93-022: VC009: (Shaffer, Philip A., photographs, engravings, laboratories of Department of Biological Chemistry, noted British scientists, ca. 1850-1950, 24 items); VC032: (Shaffer, Philip A., lectures visual collections, 1956-1966, 4 items).

Additional documentation on Shaffer’s work as dean is also found in Central Administration records, Subgroup 1, Office of the Executive Vice Chancellor for Medical Affairs and Dean, Series 5, 8, 9, and 11.

Preferred Citation

Cite as: Philip A. Shaffer Papers, Washington University School of Medicine.

Language of Material

English

Controlled Access Headings

Library of Congress Headings
Barnes Hospital (Saint Louis, Mo.).
Washington University (Saint Louis, Mo.). School of Medicine. Department of Biological Chemistry.
Washington University (Saint Louis, Mo.). School of Medicine. Dean.
St. Louis Children’s Hospital.
American Society of Biological Chemists.
Washington University (Saint Louis, Mo.). School of Medicine. Library.

Medical Subject Headings
Biochemistry – history
Collected Works [Publication Type]
Insulin – history
Nutrition Physiology
World War I

Art and Architecture Thesaurus
Reprints
Scrapbooks
Diaries

Organization of the Collection (Series List)

Container List

Series 1: Publications, 1902-1959

The series consists of Shaffer’s reprints in Box 1 and two volumes, acquired from the dean’s office and the Medical Library of the Washington University School of Medicine. The items in Series 1 are noted in the bibliography below as Vol. 1, Vol. 2 or Box 1. No attempt was made to collect his complete work for the archives because the articles from American Journal of Physiology, Journal of Biological Chemistry, Journal of the American Chemical Society, and Science are on-line and other articles are available in Becker Library and other libraries. Three early papers are an integral part of his doctoral dissertation, Box 17, Folder 12, with page numbers noted below.

Subseries 1. Shaffer Publications, 1902-1959 and Bibliography, 1901-1959

Box 1

Vol. 1 (WZ S525 1902-14)
Reprints, Schaffer, 1902-1914
Titles listed as vol. 1 in bibliography below. Order not chronological.

Vol. 2 (WZ S525 1912-14)
Reprints, 1915-1925
Titles listed as vol. 2 in bibliography below. Order not chronological.

Selected reprints, 1914-1959, 1:1.
Titles listed as Box 1 in bibliography below.

BIBLIOGRAPHY by Edward A. Doisy published in Biographical memoirs 40:330-336 (1969) with additions.

KEY TO ABBREVIATIONS:

Am. J. Physiol. = American Journal of Physiology
J. Am. Chem. Soc. = Journal of the American Chemical Society
J. Biol. Chem. = Journal of Biological Chemistry
Washington Univ. Med. Alum. Quart. = Washington University Medical Alumni Quarterly
Z. Physiol. Chem. = Hoppe Seylers Zeitschrift für physiologische Chemie

1901

With Otto Folin. Ueber die Quantitative Bestimmung der Harnsäure im Harn. Z. physiol. Chem., 32:552-572. In Shaffer’s doctoral dissertation, Box 17, folder 10, p. 39.

1902

With Otto Folin. On phosphate metabolism. Am. J. Physiol., 7:135-151. In v. 1, no. 17. In Shaffer’s doctoral dissertation, Box 17, folder 10, p. 57.

1903

On the quantitative determination of ammonia in urine. Am. J. Physiol., 8:330-354. In Shaffer’s doctoral dissertation, Box 17, folder 10, p. 34.

1904

With Otto Folin. Some metabolism studies. With special reference to mental disorders. American Journal of Insanity, 60:699-732; continued in 61:299-364.

1905

With B. H. Buxton. Enzymes in tumors. Journal of Medical Research, 8:543-554. In v. 1, no. 8.

With S. P. Beebe. The chemistry of malignant growths. IV. The pentose content of tumors. Am. J. Physiol., 14:231-238. In v. 1, no. 2.

Some observations on the enzyme catalase. Am. J. Physiol., 14:299-312.

With Loring Jackson. The action of methyl alcohol on hexabromorthoquinopyrocatechin ether. American Chemical journal, 34:460-467. In v. 1, no.1.

1906

With B. H. Buxton. Die Agglutination und verwandte Reaktionen in physiologischer Hinsicht. I. Z. physiol. Chem., 57:47-63.

Metabolism experiments upon a woman with a permanent biliary fistula. Am. J. Physiol., 17:362-391. In v. 1, no. 10.

1907

Protein metabolism in exophthalmic goitre. J. Biol. Chem., 3:xiii-xiv.

With C. G. L. Wolf. Protein metabolism in cystinuria. Proc. Soc. Biol. Chem., 3:xxix.

1908

With C. G. L. Wolf. Protein metabolism in cystinuria. J. Biol. Chem., 4:439-472. In v. 1, no. 18.

Diminished muscular activity and protein metabolism. Am. J. Physiol., 22:445-455. In Vol. 1, no. 7.

Metabolism in typhoid fever. Journal of the American Medical Association, 51:974-978. In v. 1, no. 11.

The excretion of kreatinin and kreatin in health and disease. Am. J. Physiol., 23:1-22. In v. 1, no. 9.

A method for the quantitative determination of ß-oxybutyric acid in urine. J. Biol. Chem., 5:211-223. In v. 1, no. 12.

1909

The destruction of body-protein in fever. J. Biol. Chem., 6:xxvii.

With Warren Coleman. Protein metabolism in typhoid fever. Archives of Internal Medicine, 4:538-600. In v. 1, no. 19.

Observations on the metabolism of a subject of diabetes. Proc. Soc. Exp. Biol. Med., 6:129-131. In v. 1, no. 16.

1910

With E. A. Reinoso. Note on the determination of kreatinin. J. Biol. Chem., 7:xiii-xiv.

With E. A. Reinoso. Do muscle and blood serum contain kreatinin? J. Biol. Chem., 7:xxx.

1912

Note on a new salt of ß-oxybutyric acid. J. Biol. Chem., 11:xi.

1913

With McKim Marriott. The determination of oxybutyric acid J. Biol. Chem., 16:265-280. In Vol. 1, no. 3.

Series 1 copy has two papers by Marriott in same issue.

1914

The effect of glucose on autolysis: a possible explanation of the protein‑sparing action of carbohydrates. J. Biol. Chem., 17:xlii-xliii.

Observations on creatine and creatinine. J. Biol. Chem., 18:525-540. In v. 1, no. 15.

On the determination of sugar in blood. J. Biol. Chem., 19:285-295. In v. 1, no. 13.

On the normal level of blood-sugar of the dog. J. Biol. Chem., 19:297-302. In v. 1, no. 14.

The American Society of Biological chemists, Science, 39 (997):218-220. In Box 1:1.

1915

With R. S. Hubbard. The level of blood sugar in the dog. J. Biol. Chem., 20:xxxiv.

The Federation of American Societies for Experimental Biology. Science, 41, (1054): 405.

1916

With R. S. Hubbard. The determination of ß-hydroxybutyric acid. J. Biol. Chem., 24:xxvii.

1920

With Otto Folin and A. P. Mathews. Report on the teaching of biochemistry. Association of American Medical Colleges, 30:107-114.

1921

Further observations on the mechanism of the ketolytic (antiketogenic) action of glucose. J. Biol. Chem., 46:vi-viii.

Metabolism in diabetes from the standpoint of antiketogenesis. Proceedings of the Washington University Medical Society, December 12, p. 2.

With A. F. Hartmann. The iodometric determination of copper and its use in sugar analysis. I. Equilibria of the reaction between copper sulfate and potassium iodide. J. Biol. Chem., 45:349-364. In v. 2, no. 1.

With A. F. Hartmann. The iodometric determination of copper and its use in sugar analysis. II. Methods for the determination of reducing sugars in blood, urine, milk and other solutions. J. Biol. Chem., 45:365-390. In v. 2, no. 1.

With A. P. Briggs. The excretion of acetone from the lungs. J. Biol. Chem., 48:413-428. In v. 2, no. 3.

Antiketogenesis. I. An in vitro analogy. J. Biol. Chem., 47:433-448. In v. 2, no.2. & Box 1.

Antiketogenesis. II. The ketogenic-antiketogenic balance in man. J. Biol. Chem., 47:449-473. In v. 2, no. 2.

Antiketogenesis. III. Calculation of the ketogenic balance from the respiratory quotients. J. Biol. Chem., 49:143-162. In v. 2, no. 4.

1922

Antiketogenesis. The ketogenic-antiketogenic balance in man and its significance in diabetes. J. Biol. Chem., 50:26-27. In v. 2, no. 5.

Antiketogenesis. IV. The ketogenic-antiketogenic balance in man and its significance in diabetes. J. Biol. Chem., 54:399-441. In v. 2, no. 6.

1923

With E. A. Doisy and Michael Somogyi. Some properties of an active constituent of pancreas (insulin). J. Biol. Chem., 55:xxxi-xxxii. In v. 2, no. 7.

With Ethel Ronzoni. Ether anaesthesia. I. The determination of ethyl ether in air and in blood and its distribution ratio between blood and air. J. Biol. Chem., 57:741-760. In v. 2, no. 9.

Intermediary metabolism of carbohydrates. Physiol. Rev. 3:394-437. In v. 2, no. 8.

Antiketogenesis: its mechanism and significance. Harvey Lectures, 1923/24, 18:105-136 In v. 2, no.13; Medicine, 2:375-404. In v. 2, no. 10.

1924

With T. E. Friedemann. Antiketogenesis. V. The ketolytic reaction; action of glycolaldehyde and of glyoxal. J. Biol. Chem., 61:585-623. In v. 2, no. 14. and Box 1.

With Michael Somogyi and E. A. Doisy. On the preparation and properties of insulin. J. Biol. Chem., 59:xxxiii-xxxiv.

With Michael Somogyi and E. A. Doisy. On the preparation of insulin. J. Biol. Chem., 60:31-58. In v. 2, no. 11.

Ketosis and carbohydrate metabolism. Annals of Clinical Medicine, 3:93-95. In v. 2, no. 12.

1927

Metabolism of carbohydrates in relation to ketosis. Journal of the American Dietetic Association, 3:148-158.

With T. E. Friedemann and M. Cotonio. The determination of lactic acid. J. Biol. Chem., 73:335-358.

On coupled reactions: the intermediate peroxides in the oxidation of ferrous salts. J. Biol. Chem., 74:xlvi-xlvii.

1928

With N. Ariyama. Potentiometric determination of relative reducing rates of sugars for ferricyanide and iodine. J. Biol. Chem., 78:li.

1929

With B. K. Harned and W. B. Wendel. Further studies on antiketogenesis: the oxidation of acetoacetate, induced by air oxidation of sugars, and by aeration of tissue suspensions. Am. J. Physiol., 90:513.

1930

With W. B. Wendel. Induced oxidations in blood. Oxidation of lactic to pyruvic acid by methylene blue. J. Biol. Chem., 87:xx.

With T. E. Friedemann. Sugar activation by alkali. I. Formation of lactic and saccharinic acids. J. Biol. Chem., 86:345-374. In Box 1.

1931

With B. K. Harned. Oxidations induced by sugars. I. The formation of barium peroxide. J. Biol. Chem., 93:311-325. In Box 1.

1932

With Ethel Ronzoni. Carbohydrate metabolism. Annual Review of Biochemistry, 1:247-266.

With F. Urban. The acidic property of sugars. J. Biol. Chem., 94:697-715.

1933

With Michael Somogyi. Copper-iodometric reagents for sugar determination. J. Biol. Chem., 100:695-713. In Box 1.

With P. W. Preisler, Industrial and Engineering Chemistry, News Edition, 11:236 (1933).

Reaction velocity and the “equivalence-change principle.” J. Am. Chem. Soc., 55:2169-2170. In Box 1.

1934

The influence of equivalent-valence change on the velocity of aqueous oxidation-reduction reactions. J. Biol. Chem., 105:lxxviii-lxxix.

1935

Otto Folin. Science, 81:35-37.

A simple factor affecting the velocity of ionic oxidation-reduction reactions in aqueous solutions: equivalence of valence change. Science, 81:464-465. In Box 1.

With R. D. Williams. Sugar determination by the ferricyanide electrode. J. Biol. Chem., 111:707-723. In Box 1.

Fat. In: Cyclopedia of Medicine, rev. ed., 1934/35, Vol. 8, pp. 846-860.

1936

With E. S. Hill. Semiquinones of anthraquinone sulfonates. J. Biol. Chem., 114:1i.

Catalysis of ionic oxidation-reduction reactions by dyes and its probable mechanism. Journal of Physical Chemistry, 40:1021-1026. In Box 1.

1937

Slow ionic oxidation-reduction reactions: their mechanism and catalysis. Science, 85(2193):53. January 8, 1937. In Box 1.

Stanley Rossiter Benedict. J. Biol. Chem., 117:429ff.

Address by Professor Philip Anderson Shaffer, In Williams McKim Marriott, 1885-1936: memorial addresses at a meeting held in the auditorium of the Washington University School of Medicine, Sunday, January 3, 1937. Privately printed, Washington University: St. Louis, pp. 5-10.

1939

The mode of action by sulphanilamid. Science, 89(2320):547-550 (June 16, 1939). In Box 1.

The mode of action by sulphanilamid. In Third International Congress for Microbiology (Report of the Proceedings). Waverly Press, Inc., Baltimore, 1939, pp. 592-593.

The “equivalence change principle” in ionic oxidation-reduction reactions. Cold Spring Harbor Symposia on Quantitative Biology, 7:50-58. In Box 1.

The Washington University School of Medicine, Reprinted from The Centennial volume of the St. Louis Medical Society, October 1939, St. Louis, Mo.: St. Louis Medical Society, 1939, 12 pp. In Becker Library Collection.

1940

Chemotherapy (address in symposium). Proc. Associated Harvard Clubs, 1940, p. 158.

With H. L. Barnett, A.F. Hartmann, E.K. Marshall, Jr., and B.B. Wendel. 1940. Mode of action of sulfanilamide and sulfapyridine. In: Panel discussion on chemotherapy. (Trans. Amer. Acad. Ped.) J. Pediatrics, 16:396-407.

1942

Joseph Nash McDowell. Washington Univ. Med. Alum. Quart., 5:170-174.

1946

With L. Berger. Kinetics of the iodination of tyrosine. Federation Proceedings, 5:121-122. In Box 1.

1950

Robert S. Brookings. Washington Univ. Med. Alum. Quart., 13:121, 124-127.

Biographical notes on Dr. Leo Loeb. Archives of Pathology, 50:661-662.

1952

Otto Folin, 1867-1934. National Academy of Sciences, Biographical Memoirs, 27:47-82. In Box 1.

1954

Otto Folin. J. Nutrition, 52:1-12. In Box 1.

1956

Origin and development of the American Society of Biological Chemists. Federation Proceedings, 15:800-802. In Box 1.

1957

Evarts Ambrose Graham 1883-1957. American Philosophical Society Year Book, 11:121-26. 1959. In Box 1.

1959

With P. W. Preisler, E. S. Hill, and R. G. Loeffel. Oxidation-reduction potentials, ionization constants and semiquinone formation of indigo sulfonates and their reduction products. J. Am. Chem. Soc., 81:1991-1995. In Box 1.

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Subseries 2. Publications by Other Authors, 1911-1935

Box 1

Bulletin of Washington University, catalog of the Medical School, June 1911, 1:2.

Heavily annotated in Shaffer’s handwriting. Significant because he was the Dean of the School of Medicine twice.

Mesa Verde National Park, Colorado, United States Department of the Interior, 1935, 1:3.

Fifth International Congress on Nutrition, Sept. 1-7, 1960, a mailing addressed to Shaffer, 1:4.

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Series 2: Calendars and Diaries, 1918-1957

This series contains day-by day records. Box 3 is a series of heavily annotated leather bound diaries, 1936-1952. The small diaries have sections for identification, appointment calendar, memoranda, cash accounts, and addresses. The calendar section contains professional and personal appointments and to do list, comments on meetings. Box 2 contains miscellaneous large calendars and dated notes housed in folders and PAS’s World War I diary, given by Jane Shaffer Prince (95-028).

Box 2

Box 3

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Series 3: Correspondence, Alphabetical, 1907-1959

Boxes 4-14. This series is from the Department of Biochemistry. It was acquired in November 1965 via the Dean’s Office.

Box 4

Box 5

Box 6

Box 7

Box 8

Box 9

Box 10

Box 11

Box 12

Box 13

Box 14

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Series 4: Correspondence, Chronological, 1910-1958

Boxes 15-16. This series is chronological but has certain subject matter also found in Series 3 and the Dean’s correspondence for Shaffer’s tenure as Dean. For example, much material is on Shaffer’s work with the Department of Biological Chemistry and with the Executive Faculty when he was Dean. Included are documents on proposed departments or programs such as Neuropsychiatry (1937) and the Physiological Institute (1942). The Barnes Hospital-Medical School controversy (1936-1937) was resolved by means of a Barnes Hospital Committee (1937). Included are documents relating to a failed challenge to the policy of full time appointment in clinical departments (1943-1945). Resulting from that challenge was a report to the Executive Faculty on planning for the post-war years and an innovation called “group practice” (1944-1945). Folder 1, for example, solely concerns plans for the new buildings at the Department of Medicine in 1910, but other correspondence on the physical plant and reorganization of the old Medical Department is found throughout Folders 2-5. The 1957 letter from Linus Pauling concerns a petition to halt nuclear testing in the atmosphere that Shaffer signed.

Box 15

Box 16

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Series 5: Tribute to Evarts A. Graham, 1957-1958

Working files for Shaffer’s tribute to Graham published in 1959 as “Evarts Ambrose Graham 1883-1957,” American Philosophical Society Year Book, 11:121-26. Includes curriculum vitae, published biographical sketches, notes, manuscripts, and correspondence with the American Philosophical Society and National Academy of Science concerning obituaries for Graham. Also includes Shaffer’s files on other honors for Graham especially the nomination of Graham to the National Academy of Sciences.

Box 16

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Series 6: Programs and Printed Matter, 1913-1937

Announcements, pamphlets, reprints, resolutions, and early programs from the Federation of American Societies for Experimental Biology. Transferred from the office of the Vice Chancellor for Medical Affairs (76-018).

Box 17

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Series 7: Doctoral Dissertation and Other Papers, 1901-1957

In 1992 Jane Shaffer Prince gave this dissertation and associated correspondence with Curt P. Richter (93-022) to the Library. The 1904 dissertation is a bound volume with a bookplate, “Philip A. Shaffer, Humanity and Truth.” Shaffer’s was the first doctorate in biological chemistry to be awarded at Harvard. Volume 1, text, is part of this series. Volume II, tables, is missing. (Copies of both volumes of Shaffer’s thesis are listed in Harvard Library’s catalog.)

Box 17

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Series 8: Scrapbook, Correspondence Compiled by Family, 1920-1953

A scrapbook of incoming correspondence, telegrams, clippings, publications, speeches, programs and other memorabilia pertaining to the career of PAS, head of biochemistry and twice dean of WUSM. Gift of Jane Shaffer Prince, 95-028.

Box 17

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Series 9: Birthday Gift Scrapbook, 1956

The scrapbook, Philip Anderson Shaffer, September 20, 1956, commemorates a ceremony honoring Shaffer’s 75th birthday and the creation of a fund for a lectureship in his honor, from which the oil portrait in the Shaffer Conference Room was commissioned. Photos, news releases, clippings, and a poster make up the first section. The scrapbook also contains letters and telegrams from initial contributors to the Shaffer lectureship and tributes to PAS sent to Alexis F. Hartmann, who evidently coordinated this feature of the celebration. The contents of each page of the scrapbook were placed in individual folders due to the deteriorating condition of the scrapbook (Box 18) and the original cover was retained (Box 20). However, the original pages were scanned to create a bound color facsimile of the original scrapbook (Box 17). Gift of Jane Shaffer Prince (95-028). Box 17-18, 20.

Box 17

Index of persons in Group Photos by VC Number and Page

Box 18

Philip Anderson Shaffer, September 20, 1956: Scrapbook contents in folders.

Box 20 (Oversize)

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Series 10: Files from the Deans Office, 1938-1946

Boxes 19. Two accessions and two miscellaneous folders related to Shaffer’s function as Dean. Folders 1-12, the gift of Jane Shaffer Prince, consist of Dean’s correspondence primarily on problems in fiscal management of the School, and endowment and other grants from the Rockefeller Foundation (96-005). Folders 13-29 contain speeches Shaffer gave at events and drafts of his published papers. Folders 30-31 are probably a creation of the Dean’s office. Folder 30 concerns chiefly the Shaffer family, 1960-1961, but it also contains earlier Shaffer correspondence about the Medical Library (Leo Loeb) and the Throop controversy.

Subseries 1. Files from the Dean’s Office, 1937-1946

Box 19

Subseries 2. Additional Papers from the Dean’s Office, 1939-1945

Box 19

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