A Galaxy of Genius?

The Enduring Dream of Controlling Human Heredity

"What a galaxy of genius might we not create!"

  • —Francis Galton, 1865

"What a galaxy of genius might we not create!" burbled Francis Galton in 1865, exuberant about his conception of a voluntary human breeding program, to be informed by Darwinism.  Subpar intelligence, he was convinced, lay at the root of poverty, promiscuity, disease, and antisocial behavior of all kinds.  A similar enthusiasm girds contemporary social and behavioral genetics, or "sociogenomics."  In fact, every revolution in our understanding of heredity prompts a new wave of enthused hereditarianism: Darwinism, Mendelism, cytogenetics, molecular biology, genomics.  With every advance, scientists and the public ask new versions of the same questions, such as: Can we identify born criminals and stop crime before it starts? and, Is genius born or made?  Although the questions persist, technology and society are ever evolving.  This lecture will examine continuity and change in our enduring impulse to take control of our own evolution, as well as the benefits and risks of our perennial drive to understand, and improve, human nature.

Link now to https://videocast.nih.gov/ical.ics?live=44029 to add this to your Outlook calendar.  

This event is sponsored by the Office of NIH History and Stetten Museum.  Our office advances the historical understanding of the biomedical research conducted at the NIH by documenting, preserving, and interpreting the history of significant NIH achievements, scientists, and policies.  Visit us at https://history.nih.gov.    
  

Flier: Lecture Series_N_Comfort_sm.pdf (PDF – 3.13 MB)

Date/Time: October 28, 2021/12:00-1:00PM 

Videocast link: https://videocast.nih.gov/watch=44029

To view archived lectures from this and other History of Medicine lecture series, please link to https://videocast.nih.gov/PastEvents?c=221.

photo of Nathaniel Comfort outside wearing a black shirt

Nathaniel Comfort is Professor of the History of Medicine at Johns Hopkins University.  He is the author of The Tangled Field: Barbara McClintock's Search for the Patterns of Genetic Control (2001), editor of The Panda's Black Box: Opening Up the Intelligent Design Controversy (2007), and author of The Science of Human Perfection: How Genes became the Heart of American Medicine (2012).

In Memoriam: Barbara Faye Harkins
(November 29, 1955–July 25, 2021)

Barbara Faye Harkins - woman with short strawberry blonde hair and blue eyes smiling in formal portrait

Barbara Faye Harkins, who retired as the archivist in the Office of NIH History and Stetten Museum (ONHM) in March 2020, had two passions: helping researchers get the information they needed, and making historical documents and photos easily available to the public. She is recognized by scientists, historians, economists, and students in many papers and books for helping them secure accurate information or just the right image. Once an inquiry was posed to her, she would not stop in her quest for the answer. Even after the onset of a serious illness in 2017 forced her to work from home, she could hardly bear to leave a question unanswered. Sadly Barbara died on July 25, 2021.

Barbara, born in Alabama in 1955, received an M.A. in Library and Information Science from the University of Wisconsin. During her career, she was a special collections librarian and archivist at Murray State University, Oregon State University, and the Reynolds Historical Library at the University of Alabama. She joined the ONHM in May 2008.

At ONHM, Barbara managed a large and growing oral history collection. She was a champion of preserving NIH’s digital history, overseeing the archiving of the websites of the agency’s many institutes and centers for inclusion on the Internet Archive, an American digital library that provides free access to collections of digitized materials. Working with the NIH Library, she ensured that many historical NIH documents, such as annual reports, were scanned and made available to the public on the Internet Archive. She also undertook a massive reorganization of the ONHM archival collection, working with the National Archives and Records Administration and the National Library of Medicine to make sure that permanent and historically important collections went to the proper caretakers.

Barbara is survived by her sister and her family, and many grateful ONHM patrons.

Remembering Dan Lednicer, Volunteer Extraordinaire

Happy older man with birthday cake

We celebrate the life, work, and friendship of Daniel Lednicer, Ph.D., who joined our office as a volunteer in 2006, and actively contributed to our mission until his death last week at the age of 91.  He is greatly missed.

Never one to be idle, Dan came to the Office of NIH History and Stetten Museum after finishing a volunteer gig at the National Building Museum, where he had scanned and cataloged 8,000 photographs of the Kress Variety Store Collection. He was also volunteering at the Holocaust Museum, entering thousands of names into the Victims and Survivors Database. Over the past 15 years, Dan catalogued our library, identified museum objects, scanned hundreds of instrument manuals and photographs, and wrote biographies of prominent NIH scientists. We were about to ask him for his help to prepare oral histories of NIH staff working on the COVID-19 pandemic when he died.

Dan brought more than his volunteer talents to us; he was an accomplished research chemist who wrote more than 70 peer-reviewed papers, held 69 patents for chemical compounds, and wrote at least 17 books, including seven volumes of Organic Chemistry and Drug Synthesis.  His last book, Antineoplastic Drugs: Organic Syntheses, was published in 2015. His professional knowledge made him uniquely qualified to answer our questions regarding chemicals in our collection and the public’s questions about such things as the safety of chemicals found in antique children’s chemistry sets.

When he was 10 years old, Dan’s family fled the Nazi invasion of Belgium, eventually immigrating to  New York City in 1944. He received a B.S. in Chemistry at Antioch College in Ohio. He got his Ph.D. in 1955 from Ohio State University as one the first students to use a National Science Foundation fellowship. His thesis was entitled The Synthesis and Resolution of Hexahelicene

At G.D. Searle & Co., Dan worked on anabolic steroids for use by burn victims, but he only stayed a short time before leaving for a thirty-year career in private industry at UpJohn Co., Mead Johnson & Co., Adria Laboratories, and ABC Laboratories. In these companies, he was director of their pharmaceutical research. He is best known for discovering the synthesis of Bromadol, an opioid analgesic selective for the μ-opioid receptor with a potency between codeine and morphine. In 1989, Dan joined the National Cancer Institute at the NIH where he was project officer for synthetic, analytical, and drug formulation contracts in the Developmental Therapeutics Program.

But one of Dan’s first loves was art. As a young man, he struggled with whether to become an artist or a scientist before choosing chemistry. When he retired, he picked up a paintbrush and began a satisfying and successful avocation of painting miniatures. These paintings were seldom over 4” x 4” and some were much smaller. He won many awards for his paintings, the last being bestowed in 2018. He always painted these tiny and beautiful scenes without the aid of a magnifying glass. 

But what we will miss more than his volunteer willingness and chemical expertise is Dan himself. He always had a good story and good memory of what was happening in other people’s lives. He constantly bragged about his children.  And he was determined not to let any physical problem overcome him. His passing leaves a hole in our office and our hearts.






Dr. Herbert Tabor Dies at 101 Years Old

Photograph of Dr Herbert Tabor working in his Lab at the NIH in 1974

Courtesy of the Tabor Family

Joint statement from Michael M. Gottesman, M.D., Deputy Director for Intramural Research, NIH and Griffin P. Rodgers, M.D., M.A.C.P., Director, National Institute of Diabetes and Digestive and Kidney Diseases

We are sad to relay news of the passing of Herbert Tabor, M.D., the world's foremost authority on the enzymatic pathways of polyamines, as well as an esteemed editor of the Journal of Biological Chemistry (JBC) for 40 years, and, until his death at age 101, a senior principal investigator in the NIDDK Laboratory of Biochemistry and Genetics, where he had served as lab chief until 1999.

Herb, along with his wife, Celia, also a physician scientist, who died in 2012, revealed the multitude of functions served by polyamines, organic compounds that interact with DNA, RNA, and proteins.  The Tabors demonstrated that polyamines are required for growth of most organisms; protect against oxidative damage, elevated temperatures, and other environmental insults; and help maintain mitochondria and the fidelity of protein biosynthesis.

Herb died peacefully in his sleep at his home on the NIH campus on August 20, 2020.  He was a consummate scientist to the very end, working remotely on research papers with NIH colleagues.  Aside from leaving a profound scientific legacy, he was the last living voice of the NIH's formative years, having arrived in 1943 to the then recently created Bethesda campus. 

Such a great loss for the NIH and broader scientific community of a warm, humble, insightful and imaginative man.  Herb was truly loved and respected by everyone who worked with him, at the NIH and beyond.


Herb was born in New York City on November 28, 1918, coincidentally in the midst of a pandemic.  He came of age during the Great Depression and attended local public schools.  Showing a clear propensity for science, he received his undergraduate degree from Harvard University in biochemical science in 1937 and then M.D. from Harvard in 1941.

At Harvard, Herb was encouraged by his professors to pursue a career in biochemistry rather than clinical practice.  During an internship at Yale–New Haven Hospital in 1942, however, Herb was exposed to both the clinical and biochemical worlds.  This included the first major clinical trial for penicillin, which would prove crucial in saving the lives of soldiers fighting in what would soon be labeled World War II.  Herb relayed the moment years later: "I was the intern at the time and performed the actual injection.  The patient had a severe streptococcal septicemia with a persistently elevated temperature.  Even though the dose of penicillin used was minimal by current standards, the therapeutic effect was dramatic, resulting in a rapid and permanent fall in temperature to normal."

In 1943, with the United States at war, Herb entered the U.S. Public Health Service and was assigned as the sole medical officer on the USCGC Duane, a Coast Guard cutter that sailed between the United States and England guarding convoys bringing supplies to the British Isles.  After one battle at sea, when the Duanesank a German submarine and captured its crew, Herb provided medical care to rescued Allied sailors whose ship had just been sunk by the submarine as well as to captured German sailors.  As that long year wound down, Herb was transferred to the NIH, working under the supervision of Sanford M. Rosenthal, M.D., chief of the Laboratory of Pharmacology and Toxicology at the National Institute of Arthritis and Metabolic Diseases.  Together they studied electrolyte changes in burns and traumatic shock and determined how to treat such injury using saline instead of plasma, as plasma was in very short supply. 

Mingled in this time was Herb's new relationship with Celia White, whom he had met in 1940 when a mutual acquaintance introduced them on a Boston streetcar.  They were married in 1946 after Celia had finished her medical training; and they started working together at the NIH in 1952, collaborating on studies on various aspects of the biosynthesis and function of polyamines.  Herb succeeded Rosenthal as lab chief in 1962.  The Tabors were one of a few scientific couples working side by side at the NIH, as most universities had rules that prevented married couples from working together.  The Tabors lived in commissioned officer housing on the NIH Bethesda campus and raised four children.

No summary of Herb's achievements is complete without mention of his role with the Journal of Biological Chemistry (JBC).  Herb joined the JBC editorial board in 1961, became associate editor in 1968, and editor-in-chief in 1971, a position he held until 2010.  Herb oversaw the journal's expansion from 1,000 to 4,500 published articles per year, and he was the moving force behind its transition to online publishing in 1995.  He also created the Minireview Compendium, a yearly compilation of all short reviews published in the JBC.  In 2011, in honor of Herb's scientific and editorial legacy, the JBC established the Herbert Tabor Young Investigator Awards to recognize early-career first authors of standout JBC papers for their creativity and scientific excellence.  (Similarly, the Herbert Tabor Research Award from the American Society for Biochemistry and Molecular Biology, ASBMB, established in 2004, honors senior investigators.)

Herb's honors are many.  He received the Arthur S. Flemming Award in 1956; received the USPHS Meritorious Service Medal in 1970; was elected to the American Academy of Arts and Sciences in 1971; was elected to the National Academy of Sciences in 1977; received the Hillebrand Prize from the American Chemical Society in 1986; and received the William C. Rose Award (with Celia) from the ASBMB in 1994.  In honor of his 100th birthday, Montgomery County proclaimed November 28, 2018, as Dr. Herbert Tabor Day.

Herb was the longest-serving NIH employee; its oldest principal investigator; and possibly, with 77.5 years under his belt, the longest-serving current federal employee at the time of his death.

The list of scientists whom Herb mentored is longer than his years of life.  One of the many is Reed Wickner, who trained under Herb and succeeded him as chief of the Laboratory of Biochemistry and Genetics in 1999.  "Herb taught me how to do science, and his devotion to science set a standard for me to aspire to," Reed said of his mentor.  "His gentle sincerity combined with forthright critical thinking made him a leader throughout his career."

Herb is survived by four children —Edward, Marilyn, Richard, and Stanley — as well as 10 grandchildren and 6 great-grandchildren.

To learn more about Herb's life, we suggest the journal article "It All Started on a Streetcar in Boston" by Celia and Herb Tabor (https://www.annualreviews.org/doi/full/10.1146/annurev.biochem.68.1.1) and also Herb's 2019 video–oral history by NIDDK and the Office of NIH History (https://www.youtube.com/watch?v=k7wH_iOXkPQ&t).  

The ongoing COVID-19 pandemic has limited the family's ability to hold memorial services.  In lieu of flowers, donations are welcome in Herb's name to The Children's Inn at NIH.  We will keep you informed about any NIH plans next year — in person, together again — to remember and salute Herb Tabor.


Hand Hygiene in Hospitals

The Revolution of hand-washing

CC News, July 2013, Michelle Holshue

"One of the most remarkable developments of the last 50 years is the awakening of a sanitary conscience. It is a new thought to many men that the care of the body and cleanliness of surroundings are very considerable factors in the comfort, safety, and even the life and health of their fellow men.”

  • —Surgeon General Hugh Cumming, 1928.

This image was featured in the Clinical Center Newsletter from July 2013 (PDF).

Find the entire catalog of NIH Clinical Center Newsletters, dating back until 1987.


Images and Resources on the NIH History website

poster demonstrating corrent handwadhing techniques from 1946

Washington State Dept. of Social and Health Services, 1985

There are more posters and other images, available through the Photographs page, including the following:

  • NIH Photo Galleries - This page has links to photo galleries from the NIH Almanac.  It includes the NIH image gallery with current photos from NIH’s institutes and centers, Presidential images, photos of the NIH campus, and some historic photos.
  • Our Collection - Search our database for photographs in our collection.  Please note that most images we have are not yet included in this database.  Contact us if you cannot find what you need. 
  • Our Flickr - We’ve arranged a selection of our images into albums on Flickr to make it easier to find, and download, them.
  • National Library of Medicine - We have shared many images, pamphlets, and posters in the collection with the National Library of Medicine, but they have their own large collection of images too.

Also check out our Posters Exhibit, which contains examples of bio-medical posters through the ages.



Current Hand Hygiene Information Resources:

Information about Hand Hygiene in Healthcare settings: https://www.cdc.gov/handhygiene/ 

Non-hospital handwashing information: https://www.cdc.gov/handwashing/index.html

photograph of someone washing their hands with soap

Image courtesy of Centers for Disease Control (CDC)



New display cases in three buildings on campus

New display cases have been installed around campus. Read a comic book about Joseph Goldberger’s work in pellagra in the early 20th century at the Building 1, 3rd floor case. Be amazed at the variety of Clinical Center patches near the Hospitality Desk on the 1st floor of the Clinical Center.  Think about the social context of coloring books from the Clinical Center by its 2nd floor cafeteria.  And salute a leading woman investigator, Dr. Margaret Pittman, in the Building 60 lobby.  Two cases are coming to the Vaccine Research Center, and one to Building 6.

photo of display case containing coloring books from the Clinical Center by its 2nd floor cafeteria



Photo of display case showing a variety of Clinical Center patches near the Hospitality Desk on the 1st floor of the Clinical Center

A new set of neuroanatomy drawings by Santiago Ramón y Cajal was installed in Building 35.

Photo of the Cajal Exhibit, showing large image of Cajal and original illustrations on display along with 3d Printed tiles underneath

Current set of seven neuroanatomy drawings by Santiago Ramón y Cajal will remain on rotation in Building 35. 

The drawings date back to the turn of the last century when Santiago Ramón y Cajal shared the Nobel Prize (1906) with Camillo Golgi for their work on the structure of the nervous system.  We thank our partners at the Cajal Institute in Madrid, Spain for making this exhibit possible.  You can see the original drawings, or touch 3-D prints of enlarged drawing details, until September.



February is American Heart Month, and February 22nd is Heart Valve Disease Awareness Day.

About 11 million Americans have heart valve disease, and millions of them need to have their valves replaced. The first successful replacement of a mitral heart valve was done at the NIH Clinical Center by Dr. Nina Braunwald in 1960, using a valve she had designed. This photo shows Braunwald, far left, and Dr. Andrew Morrow, far right, both from NHLBI, performing heart valve surgery in the early 1960s. February is American Heart Month, and February 22nd is Heart Valve Disease Awareness Day.

black and white photo of surgeons who are conducting open heart surgery on a patient

79th Anniversary of NIH Bethesda Campus Dedication

Franklin Delanor Roosevelt speaking before a crowd on the steps of the NIH. A broom lies against a large pillar, near the podium.

On October 31, 1940, President Franklin Roosevelt stood on the steps of Building 1 to dedicate the NIH campus in Bethesda, Maryland.  While this photo of him is very nice, as well as amusing for the broom leaning against the pillar, it’s even more impressive to see and hear the speech. Yes, it was filmed!

Happy 132nd Birthday, NIH!

We keep wishing ourselves happy birthday because as an agency with a long history, we've had a few name changes. But the true beginning of the NIH was in August 1887, when Dr. Joseph Kinyoun became the first and only employee of the new Laboratory of Hygiene of the U.S. Public Health Service (then the Marine Hospital Service). His laboratory was in the Marine Hospital on Staten Island, New York.  Kinyoun helped to bring the new science of bacteriology to the service of protecting the public's health in the United States.



Senator Joseph Ransdell seated at his desk looking directly into camera.

One of the most important events in NIH history happened on May 26, 1930:  the Ransdell Act was signed, creating the National Institute of Health.  #NIH was singular then, springing out of the Hygienic Laboratory of the Public Health Service.  Louisiana Senator Joseph E. Ransdell, pictured here, worked tirelessly to get the bill passed.  This legislation marked a change in the attitude of the U.S. scientific community toward public funding of medical research. 

You can become an expert on Ransdell by reading “Inventing the NIH” by Dr. Victoria Harden https://archive.org/details/inventingnihfede00hard/page/n5 

Women's History Month 2019

Anita B. Roberts sitting at a laboratory bench.

Anita B. Roberts

For Women’s History month, we’re introducing you to Dr. Anita B. Roberts (1942 – 2006), who was both a stellar scientist — she was among the top 50 most-cited researchers for 20 years — and a beloved mentor to dozens of young scientists. 

Her pioneering work focused on the protein TGF-β, which is critical in healing wounds and bone fractures and can either block or stimulate cancer development.  Roberts joined #NCI in 1976, becoming the chief of the Laboratory of Cell Regulation and Carcinogenesis in 1995. 

The Anita B. Roberts Lecture Series is organized by the #NIH Women Scientist Advisors Committee to highlight outstanding research achievements by female scientists @IRPatNIH.  The series is supported by the Office of Research on Women’s Health.  Learn more about Roberts and the lecture series https://bit.ly/2tqabmx  #WomensHistoryMonth



Loan of Original Cajal Drawings on Exhibition in NIH’s Porter Neuroscience Center Extended

Photo of the Cajal Exhibit, showing large image of Cajal and original illustrations on display along with 3d Printed tiles underneath

Current set of seven neuroanatomy drawings by Santiago Ramón y Cajal will remain on rotation in Building 35. 

The drawings date back to the turn of the last century when Santiago Ramón y Cajal shared the Nobel Prize (1906) with Camillo Golgi for their work on the structure of the nervous system.  We thank our partners at the Cajal Institute in Madrid, Spain for making this exhibit possible.  You can see the original drawings, or touch 3-D prints of enlarged drawing details, until September.


Santiago Ramón y Cajal Exhibit  

Michael Potter Exhibit Launched

U.S. National Library of Medicine Photograph by Ernie Branson The Office of NIH History and Stetten Museum opened twin historical exhibits in the Clinical Center in May honoring two NIH greats: Dr. Christian Anfinsen, who shared the 1972 Nobel Prize in chemistry; and Dr. Michael Potter, winner of a 1984 Lasker Award. Anfinsen and Potter began their careers at NIH in the 1950s, when molecular biology and genetics were new fields. They expanded both fields by asking questions that led to deeper understanding of basic biological functions. Their commitment to science influenced their personal lives as well. 

History in the NIH

The 4th Annual Stetten Symposium

Program Cover

Conference program (PDF – 300KB)

Date/Time: 6 June 2012 / 12:30 - 5:00 p.m. 
Venue: Wilson Hall, Building 1, National Institutes of Health

This Symposium is a ‘progress report’ by the four current fellows in the Office of History.  Their presentations explore biostatistics and biometry at the NIH, the problem of Leber’s Hereditary Optic Neuropathy, Joseph Kinyoun (the founder of the forerunner of NIH/NIAID), and the origins of NIAAA and NIDA in the 1970s.