Joseph Goldberger: Life and Career

Joseph Goldberger (1874–1929) was a Hungarian-born American physician of the United States Public Health Service who spent the last fifteen years of his life proving that pellagra — the disease of rough, sunburn-like skin, diarrhoea, mental confusion and death that swept the American South in the early twentieth century — was caused by a poor diet, not by a germ. Before that, he had spent more than a decade chasing epidemics of infectious disease, and he caught several of them himself. Historians Joann Elmore and Alvan Feinstein later called him “an unsung hero of American clinical epidemiology.”

This page tells the story of the man rather than the experiments: the immigrant boy from the Lower East Side, the engineering student who switched to medicine, the young officer of the Marine Hospital Service sent from one outbreak to the next, the marriage to Mary Farrar of New Orleans, the 1914 assignment that changed his life, and his death from kidney cancer in January 1929. The pellagra work itself — the orphanage diet trials, the prison-farm experiment, the “filth parties” and the search for the protective factor in food — has its own pages in this wing, linked in the Connections section below.

Table of Contents

  1. From Girált to the Lower East Side
  2. City College, Bellevue and a Medical Degree
  3. Joining the Marine Hospital Service
  4. Yellow Fever, Typhus and Dengue in the Field
  5. Measles, Lice and the Hygienic Laboratory
  6. Marriage to Mary Farrar
  7. The 1914 Pellagra Assignment
  8. Fifteen Years as Pellagra Chief
  9. Recognition and Nobel Nominations
  10. Illness, Death and Remembrance
  11. Key Research Papers
  12. Connections

1. From Girált to the Lower East Side

Joseph Goldberger was born on 16 July 1874 in Girált, a small town in Sáros County in the northern part of the Kingdom of Hungary. The town lies today in eastern Slovakia, where it is called Giraltovce. His family was Jewish, and like hundreds of thousands of Central and Eastern European Jewish families in the late nineteenth century, they left for America.

The Goldbergers emigrated in 1883, when Joseph was still a boy. (Accounts differ slightly on his exact age at arrival; one modern profile puts it at nine, which fits his 1874 birth date, while another older biographical entry says six.) The family settled on Manhattan’s Lower East Side, the crowded immigrant district of tenements, pushcarts and synagogues, where they made a living running a grocery business.

The Lower East Side of the 1880s was one of the most densely populated places on earth, and infectious disease was a constant presence in its tenements. It is tempting to draw a straight line from that childhood to the career Goldberger later chose, chasing epidemics among the poor. The sources do not record him saying so, however, and the connection is best left as a reasonable observation rather than a documented motive.

One small correction belongs here. At least one popular modern article describes Goldberger as “New York City–born.” He was not: his birth in Hungary is recorded by the standard biographical sources, and his immigrant background was part of how colleagues and opponents saw him throughout his career.

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2. City College, Bellevue and a Medical Degree

In 1890, at about sixteen, Goldberger entered the City College of New York — the free public college that gave a generation of immigrant children their route into the professions. He enrolled to study engineering.

Two years later, in 1892, he changed course. According to his biographers, he heard a lecture by Austin Flint Jr., a prominent physiologist and professor at Bellevue Hospital Medical College, and came away determined to study medicine. He transferred to Bellevue (the school later became part of New York University).

He graduated as a doctor of medicine in 1895 with honours; several sources say he finished second in his class.

A short spell in private practice

From 1897 to 1899 Goldberger practised medicine privately in Wilkes-Barre, Pennsylvania, a coal-mining town in the anthracite region. Within two years he had left private practice for a career in government public health.

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3. Joining the Marine Hospital Service

In 1899 Goldberger passed the entrance examination for the United States Marine Hospital Service. The Service had begun in 1798 as a system of hospitals for sick and injured merchant seamen, but by the 1890s it had taken on national responsibility for quarantine and epidemic control. It was renamed the Public Health and Marine Hospital Service in 1902 and the United States Public Health Service in 1912. Goldberger stayed in it for the rest of his life, nearly thirty years.

His first posting was at the Port of New York, examining newly arrived immigrants for disease — work that brought him back, as an officer, to the same immigration system his own family had passed through sixteen years earlier.

The Service was organised along military lines. Its officers held commissioned ranks, wore uniforms, and could be ordered at short notice to wherever an epidemic broke out. For Goldberger this meant that the next decade and a half would be spent largely on the move — in port cities, quarantine stations and fever-stricken towns from Mexico to the Caribbean and the Gulf Coast.

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4. Yellow Fever, Typhus and Dengue in the Field

Between about 1902 and 1906 Goldberger’s assignments took him into the field against yellow fever in Mexico, Puerto Rico, Mississippi and Louisiana. These were the years just after Walter Reed’s Army commission in Cuba (1900) had shown that yellow fever was carried by mosquitoes, and the Service was applying that knowledge to outbreaks around the Gulf of Mexico. The last great yellow fever epidemic in the United States struck New Orleans in 1905, and Service officers were sent to help bring it under control.

He also worked on typhoid fever, typhus and dengue. Field epidemiology of this kind meant living among the sick, and Goldberger paid for it with his own health. By most accounts he caught yellow fever, dengue and typhus over the course of his infectious-disease years. (One modern profile lists typhoid fever instead of typhus; the exact list varies between sources, but all agree that he fell ill with several of the diseases he was studying.)

These illnesses were serious. Yellow fever in particular killed a large share of the people it struck, and there was no vaccine until Max Theiler’s work in the 1930s. That Goldberger survived repeated infections, and went back into the field each time, became part of the reputation he carried into his later career: an officer who would personally take the risks he asked others to take.

The 1909 skin eruption

In 1909 Goldberger was also sent to investigate an outbreak of an itching skin eruption among poor working people, which was traced to a tiny mite — a condition sometimes called “grain itch.” It was a modest investigation, but it shows the pattern of his career: careful field observation of a disease of poverty, followed by a hunt for the cause.

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5. Measles, Lice and the Hygienic Laboratory

Between field assignments, Goldberger did laboratory research with John F. Anderson at the Hygienic Laboratory, the Service’s research laboratory in Washington and the forerunner of today’s National Institutes of Health. The partnership produced some of the most solid infectious-disease work of his career.

Measles

Working with Anderson, Goldberger showed that measles could be transmitted by a “filter-passing” agent — something small enough to pass through filters that held back bacteria. In the language of the time, this placed measles among the diseases caused by what would later be called viruses.

Typhus and lice

The two men also studied typhus fever. They added to the evidence that lice — both head lice and body lice — carry the disease from person to person, and they showed that Brill’s disease, a milder illness seen among immigrants in New York, was in fact a form of typhus.

This was experimental, laboratory-based work, quite different from the epidemiological detective work for which Goldberger is best remembered. It gave him training in the experimental method — deliberately reproducing a disease under controlled conditions — that he would later turn on pellagra, both in the 1915 prison-farm diet experiment and in the 1916 attempts to transmit pellagra to healthy volunteers.

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6. Marriage to Mary Farrar

On 19 April 1906 Goldberger married Mary Humphreys Farrar of New Orleans. She came from a prominent New Orleans family and was not Jewish; he was a Jewish immigrant from Hungary. Because such a marriage was unusual at the time, there were religious objections from both families. The couple had four children.

Mary Goldberger became a partner in his work as well as his life. In 1916, when Goldberger set out to show that pellagra could not be passed from person to person, she was one of the volunteers in the transmission experiments — the “filth parties” described on the experiments page of this wing — and was injected with blood from a pellagra patient. None of the volunteers developed pellagra.

Much of what is known about his private character comes from Mary herself, who outlived him by many years and in 1956 published her recollections of him in the Journal of the American Dietetic Association (see section 10).

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7. The 1914 Pellagra Assignment

In the winter of 1913–14 Goldberger was in Detroit, directing a study of diphtheria, when Surgeon General Rupert Blue asked him to take charge of the Public Health Service’s pellagra investigations. He was appointed in February 1914.

The disease he inherited

Pellagra was a frightening disease. Its signs were often summarised as the “four Ds”: a symmetrical, sunburn-like dermatitis on skin exposed to light, diarrhoea, dementia, and eventually death. It had been known in Europe since the eighteenth century, where Spanish and Italian physicians linked it to poverty and diets based on maize, but it was first reported in the United States only in 1902. Over the next two decades it spread through the South as an epidemic. Victims were often shunned out of fear that the disease was contagious — a fear historians have called “pellagraphobia.”

The toll was enormous. One historian estimates that pellagra killed at least 100,000 people in the southern United States between 1900 and 1940, with about half of the victims African American and more than two-thirds women. At its peak, around 7,000 people a year died of it in fifteen southern states.

Competing theories

When Goldberger arrived, opinion was divided. An Italian school held that pellagra came from a toxin in spoiled corn; Louis Sambon argued for an insect-borne infection; and some physicians, including Surgeon General Blue himself and the British physician Fleming Sandwith, had taken up Casimir Funk’s 1912 idea of a missing “vitamine.” A privately funded investigative body, the Thompson-McFadden Pellagra Commission, had just concluded from its work in South Carolina mill villages that pellagra was probably infectious. Charles Bryan and Shane Mull, who reconstruct these pre-1914 debates, argue that those who later resisted Goldberger’s dietary explanation drew their arguments largely from the Commission’s conclusion, and that thousands died as a result; that judgement is theirs.

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8. Fifteen Years as Pellagra Chief

Goldberger led the Public Health Service’s pellagra work from 1914 until his death in 1929. The detail of what he did belongs on the other pages of this wing; in outline, the fifteen years fell into three phases.

1914–1916: proving it was diet

Within about four months, by June 1914, Goldberger had concluded from his own observations that pellagra was caused by inadequate diet. One of the clues that convinced him was simple: in orphanages and asylums where inmates had pellagra, the nurses and attendants who worked alongside them, and ate different food, did not catch it. His first pellagra paper, “The Etiology of Pellagra,” appeared in Public Health Reports in 1914. Diet trials in two Mississippi orphanages and at the Georgia State Sanitarium followed, then the 1915 experiment at the Rankin State Prison Farm in Mississippi, in which volunteer convicts placed on a restricted corn-based diet developed pellagra, and the 1916 transmission experiments on himself, his wife and his colleagues. The same year he began a survey of seven South Carolina cotton-mill villages with the statistician Edgar Sydenstricker and the physician G. A. Wheeler, linking pellagra to household income and the food families could buy.

1917–1926: what in food prevents it

Through the early 1920s Goldberger and his colleagues tested food after food for its power to prevent pellagra: fresh meat, milk, beans, butter, casein, tomatoes, cowpeas, wheat germ and, above all, brewer’s yeast. They adopted “black tongue” in dogs as an animal model of the disease. In 1926 Goldberger named the unknown protective substance the “P-P” (pellagra-preventive) factor and distinguished it from the vitamin B of the time.

1927–1929: the flood and the final years

After the great Mississippi flood of 1927, Goldberger and Sydenstricker surveyed pellagra in the flooded region, where the Red Cross distributed brewer’s yeast. Goldberger continued the food studies until shortly before his death; his last papers, on the protective value of foods such as canned salmon, appeared in 1929. He did not live to see the P-P factor identified: that came in 1937, when Conrad Elvehjem’s group in Wisconsin showed that it was nicotinic acid, now known as niacin or vitamin B3.

Throughout these years Goldberger faced persistent resistance, especially from Southern physicians and politicians who resented the suggestion that pellagra was a disease of poverty in their states. That conflict, and the science behind his answer, are told in full on the wing’s experiments and P-P factor pages.

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9. Recognition and Nobel Nominations

Goldberger was nominated for the Nobel Prize in Physiology or Medicine several times in the last years of his life. The exact count differs between sources — one lists four nominations (1916, 1925 and two in 1929), another five — but he never received the prize. The Nobel Prize does not go to people who have died, and his death in January 1929 ended his candidacy.

The prize for nutrition-deficiency research did go to others in the same era. In 1929 itself, the year Goldberger died, the Nobel Prize in Physiology or Medicine was shared by Christiaan Eijkman, for his work on beriberi, and Frederick Gowland Hopkins, for the discovery of growth-stimulating vitamins. Goldberger’s P-P factor had not yet been chemically identified, and nicotinic acid’s role was confirmed only eight years after his death.

Recognition within public health came more steadily. In the decades after his death, epidemiologists came to regard his pellagra investigations — the combination of field observation, controlled diet trials, human experiment and household survey — as a model of how to identify the cause of a disease. Elmore and Feinstein’s 1994 essay in the Annals of Internal Medicine called him “an unsung hero of American clinical epidemiology” and credited his research with correcting the belief in an infectious cause and leading to the elimination of pellagra epidemics in the United States. Later profiles in medical and dermatology journals, and a full-length 2003 biography by the historian Alan Kraut, continued that rediscovery.

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10. Illness, Death and Remembrance

Goldberger’s final illness was kidney cancer — a renal cell carcinoma. He died in Washington, D.C., on 17 January 1929, at the age of 54. (A few sources give 19 January; the standard biographical entries give the 17th.) He was still an officer of the Public Health Service, the organisation he had joined thirty years earlier.

Mary Goldberger survived him by decades. In 1956 she published “Dr. Joseph Goldberger: His Wife’s Recollections” in the Journal of the American Dietetic Association, one of the few first-hand accounts of the man behind the scientific papers, and a source on which later biographers drew.

What happened to pellagra

The disease Goldberger fought declined sharply in the early 1930s, as the collapse of cotton during the Depression pushed Southern farmers to grow more varied food. After Elvehjem identified nicotinic acid in 1937, physicians began treating pellagra patients with it, and the enrichment of flour and bread with niacin during the Second World War finally ended endemic pellagra in the United States. The full story is told on this wing’s legacy page.

How he is remembered

Today Goldberger is remembered mainly in two fields. In nutrition, he is the investigator who proved that one of the great epidemics of American history was a deficiency disease that the right food could prevent. In epidemiology, he is the example teachers use to show how careful observation, a bold hypothesis and well-designed tests can overturn a medical consensus. Historians have also examined the harder questions his work raises — the use of orphans, asylum inmates and prisoners offered pardons as research subjects, and the ways the economics of poverty, race and gender shaped who got pellagra. Those questions are discussed, with their sources, on the experiments and legacy pages of this wing.

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Key Research Papers

  1. Elmore JG, Feinstein AR. Joseph Goldberger: an unsung hero of American clinical epidemiology. Ann Intern Med. 1994;121(5):372-5. PubMed PMID: 8042827
  2. Schultz MG. Joseph Goldberger and pellagra. Am J Trop Med Hyg. 1977;26(5 Pt 2 Suppl):1088-92. PubMed PMID: 333968
  3. Ober WB. Joseph Goldberger, M.D. (1874-1929). Part II. The climactic years (1914-1929). N Y State J Med. 1969;69(23):3050-5. PubMed PMID: 4900350
  4. Goldberger MF. Dr. Joseph Goldberger: his wife’s recollections. J Am Diet Assoc. 1956;32(8):724-7. PubMed PMID: 13357255
  5. Jayakumar KL, Micheletti RG. Joseph Goldberger-Public Health Champion and Investigator of Pellagra. JAMA Dermatol. 2017;153(12):1262. PubMed PMID: 29238837
  6. Hałubiec P, Łazarczyk AP, Flis M, Wojas-Pelc A, Jaworek AK. Profile of Joseph Goldberger (1874-1929): a remarkable physician, epidemiologist and scientist. Przegl Epidemiol. 2026;80(1):160-170. PubMed PMID: 42508051
  7. Bryan CS, Mull SR. Pellagra Pre-Goldberger: Rupert Blue, Fleming Sandwith, and The “Vitamine Hypothesis”. Trans Am Clin Climatol Assoc. 2015;126:20-45. PubMed PMID: 26330657
  8. Rajakumar K. Pellagra in the United States: a historical perspective. South Med J. 2000;93(3):272-7. PubMed PMID: 10728513
  9. Marks HM. Epidemiologists explain pellagra: gender, race, and political economy in the work of Edgar Sydenstricker. J Hist Med Allied Sci. 2003;58(1):34-55. PubMed PMID: 12680009
  10. Morabia A. Joseph Goldberger’s research on the prevention of pellagra. J R Soc Med. 2008;101(11):566-8. PubMed PMID: 19029358
  11. Goldberger J. The Etiology of Pellagra: The Significance of Certain Epidemiological Observations with Respect Thereto. Public Health Reports. 1914;29(26):1683. DOI: 10.2307/4570920
  12. Goldberger J. The Transmissibility of Pellagra: Experimental Attempts at Transmission to the Human Subject. Public Health Reports. 1916;31(46):3159. DOI: 10.2307/4574262
  13. Goldberger J, Wheeler GA, Lillie RD, Rogers LM. A Further Study of Butter, Fresh Beef, and Yeast as Pellagra Preventives, with Consideration of the Relation of Factor P-P of Pellagra (And Black Tongue of Dogs) to Vitamin B. Public Health Reports. 1926;41(8):297. DOI: 10.2307/4577789
  14. Lanska DJ. Chapter 30: historical aspects of the major neurological vitamin deficiency disorders: the water-soluble B vitamins. Handb Clin Neurol. 2010;95:445-76. PubMed PMID: 19892133

PubMed Topic Searches

  1. https://pubmed.ncbi.nlm.nih.gov/?term=Goldberger+pellagra
  2. https://pubmed.ncbi.nlm.nih.gov/?term=Joseph+Goldberger
  3. https://pubmed.ncbi.nlm.nih.gov/?term=pellagra+history
  4. https://pubmed.ncbi.nlm.nih.gov/?term=Goldberger+J%5Bau%5D+pellagra

Further Reading

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Connections

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