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For every Marie Curie or Rosalind Franklin whose story has been told, hundreds of female scientists remain unknown to the public at large. In this series, we illuminate the lives and work of a diverse array of groundbreaking scientists who, because of time, place and gender, have gone largely unrecognized. Each season we focus on a different scientist, putting her narrative into context, explaining not just the science but also the social and historical conditions in which she lived and worked. We also bring these stories to the present, painting a full picture of how her work endures.
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At this festive time of year, when many people are bringing trees into their homes to decorate for the holidays, we are going back to our story of a pioneering scientist who made it her mission to ensure that plants traveling across borders did not carry any diseases. It was in 1909, that the Mayor of Tokyo sent a gift of 2,000 prized cherry trees to Washington, D.C. But the iconic blossoms enjoyed each spring along the Tidal Basin are not from those trees. That’s because Flora Patterson, who was the Mycologist in Charge at the USDA, recognized the original saplings were infected, and the shipment was burned on the National Mall. In this episode, we explore Patterson’s lasting impact on the field of mycology, starting with a blight that killed off the American chestnut trees, and how she helped make the USDA’s National Fungus Collection the largest in the world.
Two female botanists – Elzada Clover and Lois Jotter – made headlines for riding the rapids of the Colorado River in 1938 in an effort to document the Grand Canyon’s plant life. In Brave the Wild River: The Untold Story of Two Women Who Mapped the Botany of the Grand Canyon, author Melissa L. Sevigny retraces their journey and shows how the ambitious river expedition, one that many believed impossible for women, changed not only Clover and Jotter but also our understanding of botany in this remote corner of the American West.
1Carolyn Beatrice Parker came from a family of doctors and academics and worked during World War II as a physicist on the Dayton Project, a critical part of the Manhattan Project tasked with producing polonium. (Polonium is a radioactive metal that was used in the production of early nuclear weapons.) After the war, Parker continued her research and her studies at the Massachusetts Institute of Technology, but she died of leukemia at age 48 before she was able to defend her PhD thesis. Decades later, during the height of the Black Lives Matter protests, citizens in her hometown of Gainesville, Florida voted to rename an elementary school in her honor. November 18th would have been her 107th birthday.
Anna Von Mertens' thoughtful new exploration of Henrietta Swan Leavitt's life describes and illuminates Leavitt's decades-long study of stars, including the groundbreaking system she developed for measuring vast distances within our universe simply by looking at photographic plates. Leavitt studied hundreds of thousands of stars captured on the glass plates at the Harvard College Observatory, where she worked as a human computer from the turn of the 20th century until her death in 1921. Von Mertens explores her life, the women she worked alongside, and her discoveries, weaving biography, science, and visual imagery into a rich tapestry that deepens our understanding of the universe and the power of focused, methodical attention.
Although initial clinical trials of tamoxifen as a treatment of breast cancer were positive, Imperial Chemical Industries (ICI) did not believe this market would be commercially viable. The company had hoped for a contraceptive pill – tamoxifen didn’t work for that – not a cancer treatment. In 1972 the higher-ups at ICI decided to cancel the research. But Dora Richardson, the chemist who had originally synthesized the compound, and her boss, Arthur Walpole, were convinced they were on to something important, something that could save lives. They continued the research in secret. Tamoxifen was eventually launched in the U.K. in 1973 and went on to become a global success, saving hundreds of thousands of lives. Dora Richardson’s role in its development, however, was overshadowed by her a male colleague and all but forgotten.
In the early 1960s, chemist Dr. Dora Richardson synthesized a chemical compound that became one of the most important drugs to treat breast cancer: tamoxifen. Although her name is on the original patent, her contributions have been lost to history. In the first episode of this two-part podcast, Katie Couric introduces us to Dora’s story. Lost Women of Science producer Marcy Thompson tracked down Dora’s firsthand account of the history of the drug’s development. This document, lost for decades, tells the story of how the compound was made and how Imperial Chemical Industries, where Richardson worked, almost terminated the project because the company was hoping to produce a contraceptive, not a cancer therapy.
While researching her book about thalidomide in America, Jennifer Vanderbes discovered that there were far more survivors in the U.S. than originally thought – at least ten times more. These survivors were born with shortened limbs and other serious medical conditions after their mothers unwittingly took thalidomide in the early 1960s in so-called clinical trials. Wonder Drug tells the story of Vanderbes’ trek across the U.S. in search of these thalidomide survivors. It also revisits the role of the U.S. Food and Drug Administration medical reviewer Dr. Frances Oldham Kelsey – the subject of our recent five-part season – who refused to approve thalidomide for sale in the U.S. In the process of writing her book, Vanderbes became an advocate for the survivors, now in their sixties, and their search for justice and support.
It’s September 2024 and a group of American thalidomide survivors arrive in Washington D.C. to lobby the government for support. More than 60 years have gone by since Frances Kelsey first stalled the New Drug Approval application from pharma company Merrell for thalidomide. Although she stopped the drug from going on the market in the U.S., hundreds of pregnant women still took thalidomide in Merrell’s so-called clinical trials, and many had babies with shortened limbs and serious medical conditions. Others had miscarriages or stillborn babies. Here we look at the legacy of thalidomide, the changes in drug regulations in the wake of the scandal, and what happened to our hero, Frances Kelsey.
It’s the summer of 1962 and thalidomide has been off the market in Europe for months. But in the U.S., people are only just beginning to find out about the scandal. The Washington Post breaks the story and puts a picture of Frances Kelsey on the front page. She’s the hero who saved American lives. President John F. Kennedy gives her a medal and her image is splashed across newspapers around the country. At the end of the previous year, Merrell, the company that wanted to sell thalidomide in the U.S., had made a half-hearted attempt to contact some of the doctors who had been given millions of thalidomide samples for so-called clinical trials. Just how many pregnant women might have thalidomide in their medicine cabinets?
It’s 1961 and Widukind Lenz, a German pediatrician, is going door to door in his efforts to find out what is causing the epidemic of babies born with shortened limbs and other serious medical conditions. In the U.S., drug company Merrell is battling with Dr. Frances Kelsey at the Food and Drug Administration about the approval for thalidomide. She’s asking for data that shows it’s safe in pregnancy (spoiler alert: it’s not). Meanwhile, Merrell continues to send hundreds of thousands of thalidomide pills to doctors in so-called clinical trials. In November 1961, Dr. Lenz goes public with the results of his medical sleuthing and, as host Katie Hafner puts it, “the proverbial shit hits the proverbial fan.”
It’s the early 1960s and the German pharmaceutical market is booming. A sedative called Contergan is one of the bestselling drugs. Contergan’s active ingredient is thalidomide and it is touted as a wonder drug, a non-addictive sedative safer than barbiturates. In the U.S., the drug is called Kevadon, and its distributor is impatient to get the drug on the market. But Dr. Frances Kelsey, a medical examiner at the U.S. Food and Drug Administration, is stalling the approval of Kevadon. She wants more information from the manufacturer to prove it is safe. Meanwhile, doctors in Scotland and Australia are beginning to suspect thalidomide might, in fact, be very toxic. And in Germany, reports are beginning to emerge of a mysterious epidemic of babies born with missing limbs and other serious medical conditions, but doctors have no idea what's causing it.
In this first chapter of a new five-part season we meet Dr. Frances Oldham Kelsey, a physician and pharmacologist who joined the U.S. Food and Drug Administration as a medical reviewer in 1960. Before the year is out, Dr. Kelsey finds herself standing up to big pharma. It’s September 1960 and a thick New Drug Application lands on Dr. Kelsey’s desk. The drug has already been on the market in Europe for three years and Dr. Kelsey’s supervisors expect her to rubber stamp the application. The drug is called Kevadon. Active ingredient: thalidomide. And to Frances Kelsey’s keen eye, something looks off.
In the 1950s, a German drug company developed a new sedative that was supposed to be 100% safe: thalidomide. So safe, in fact, it was promoted to women as a treatment for morning sickness. It quickly became a bestseller. But in the early 1960s, shocking news started coming out of Europe. Thousands of babies were being born with shortened arms and legs, heart defects, and other serious problems. Many died. In the United States things were different, thanks to one principled, strong-minded skeptic who joined the Federal Drug Administration in 1960 as a medical reviewer. One of her first assignments was to review the approval application of that very wonder drug, thalidomide. But the application was, to her mind, flawed. Dr. Frances Oldham Kelsey was a physician, a pharmacologist, and a nitpicker who refused to be intimidated by big pharma. Starting in September, a new five-part series from Lost Women of Science: The Devil in the Details, the story of Frances Oldham Kelsey, The Doctor Who Said No To Thalidomide.
In the 1920s, when newspapers and magazines started to showcase stories about science, many of the early science journalists were women, working alongside their male colleagues despite less pay and outright misogyny. They were often single or divorced and, as Marcel Chotkowski LaFollette explains, writing for their lives. From Emma Reh, who traveled to Mexico to get a divorce and ended up trekking to archeological digs on horseback, to Jane Stafford, who took on taboo topics like sex and sexually transmitted diseases, they started a tradition of explaining science to non-scientists, accurately and with flair.
By the second half of the 20th century, physicists were on a mission to find the ultimate building blocks of the universe. What you get when you zoom in all the way to the tiniest bits that can’t be broken down anymore. They had a kind of treasure map, a theory describing these building blocks and where we might find them. But to actually find them, physicists needed to recreate the blistering-hot conditions of the early universe, when many of these particles last existed. That’s why, in the mid-1970s, a major national laboratory entrusted Helen Edwards with a huge task: to oversee the design and construction of the most powerful particle accelerator in the world, the first of a new generation of particle colliders built to uncover the inner workings of the universe.
Dr. Jess Wade is a physicist at Imperial College London who’s made it her mission to write and update the Wikipedia pages of as many women in STEM as she possibly can. She inspired us at Lost Women of Science to start our own Wikipedia project to ensure that all the female scientists we profile have accurate and complete Wikipedia pages. In this episode, Jess talks with us about what she does and why she does it.
Dr. Nancy Hopkins, a molecular biologist who made major discoveries in cancer genetics, became an unlikely activist in her early fifties. She had always believed that if you did great science, you would get the recognition you deserved. But after years of humiliations — being snubbed for promotions and realizing the women's labs were smaller than those of their male counterparts — she finally woke up to the fact that her beloved MIT did not value women scientists. So measuring tape in hand, she collected the data to prove her point. In The Exceptions: Nancy Hopkins, MIT, and the Fight for Women in Science, Kate Zernike tells Nancy's story, which led to MIT’s historic admission of discrimination against its female scientists in 1999. Host Julianna LeMieux talks with Kate and Nancy about the journey.
“The only time I ever saw something that I thought was abnormal…there was a human arm in the refrigerator,” said J. Peter Willard about his aunt, Mary Louisa Willard. Otherwise, he insisted, she was just “very normal.” But Mary Louisa Willard, a chemistry professor at Pennsylvania State University in the late 1920s, left a strong impression on most people, to say the least. Her hometown of State College, Pennsylvania, knew her for stopping traffic in her pink Cadillac to chat with friends and for throwing birthday bashes for her beloved cocker spaniels. Police around the world knew her for her side hustle: using chemistry to help solve crimes.
When Laura J. Martin decided to write a history of ecological restoration, she didn’t think she would have to go back further than the 1980s to uncover its beginnings. What she found, however, deep in the archives, was evidence of a network of early female botanists from the turn of the last century who had been written out of history. Wild by Design: The Rise of Ecological Restoration sets the record straight. It tells the stories of Eloise Butler, Edith Roberts and the wild and wonderful gardens they planted and studied.
In our final episode, we explore Dorothy Andersen’s legacy — what she left behind and how her work has lived on since her death. Describing her mentor’s influence on her life and career, Dr. Celia Ores gives us a rare look at what Dr. Andersen was really like. We then turn to researchers, physicians, and patients, who fill us in on the many areas of progress that have grown out of Dr. Andersen’s work. These major developments include the discovery of the cystic fibrosis gene, the tremendous impact of the drug Trikafta, and the lifesaving potential of gene editing techniques. We end the episode with an update on the effect Trikafta has had on the lives of many CF patients, who can now expect to live a normal life.
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Get fully well soon!
perfect subject for a podcast
This episode was great 👌🏻
I did not know that! “Since her death in 1979, the woman who discovered what the universe is made of has not so much as received a memorial plaque. Her newspaper obituaries do not mention her greatest discovery. […] Every high school student knows that Isaac Newton discovered gravity, that Charles Darwin discovered evolution, and that Albert Einstein discovered the relativity of time. But when it comes to the composition of our universe, the textbooks simply say that the most abundant atom in the universe is hydrogen. And no one ever wonders how we know.” — Jeremy Knowles, discussing the complete lack of recognition Cecilia Payne gets, even today, for her revolutionary discovery. (via alliterate) OH WAIT LET ME TELL YOU ABOUT CECILIA PAYNE. Cecilia Payne’s mother refused to spend money on her college education, so she won a scholarship to Cambridge. Cecilia Payne completed her studies, but Cambridge wouldn’t give her a degree because she was a woman, so she said to heck with that and m
that was excellent 👌🏼😍
this podcast is amazing 👏 😍 keep going 💪🏻
m.h xxxx