Eugenics ideas and a Natal Conference don't belong at the University of Texas
And very critically, we learned about eugenics, the notion that certain 'kinds' of people are better suited to reproduce. We learned how this was a guiding doctrine of Nazi science and the Jim Crow South, and was intertwined with similar dictums such as pronatalism — the idea that the 'right kind' of people should reproduce as much as possible. (You know which kind.)
The class gathered three times a week in a sunny room in Painter Hall, a 15-minute walk from the AT&T Hotel & Conference Center — another university-owned venue where later this week a conference on natalism and eugenics will be held. But bafflingly, this week's Natal Conference seeks not to decry eugenics, but to celebrate it.
At first glance this may not seem so bad. Survival of the fittest, after all? But the key question to ask here is this: Who gets to decide who the fittest are? And on which criteria? Are people of a certain race inherently better? Which combinations of nucleotides mark the best people?
Consider the speaking lineup for this conference. Instead of demographers — scientists who study populations and how they change — the lineup features far-right gadflies and prominent proponents of eugenicist ideas and practices, all with a stated aim to 'improve' future generations, not by investing in communities and the health and well-being of populations, but by developing policies of genetic selection that elevate and encourage the reproduction of white, abled people only.
But gadflies, by definition, exist to annoy. Arguing with them yields limited returns. And much to my dismay, UT has welcomed this event to our campus. While I urge university leadership in the strongest possible terms to disavow this embarrassing spectacle and protect our community from people who tweet cheerfully about the "butt rape" of Indigenous Americans, I doubt they will respond.
What we can do is this: Learn how horrific this movement is.
Read about the nonconsensual sterilization of prisoners in California, which wasn't stopped until 2013.
Read about the history of 'Mississippi Appendectomies,' the nonconsensual hysterectomies performed on Black women in teaching hospitals across the South.
Learn about Carrie Buck, the young woman who became pregnant by rape and was sterilized by a pro-eugenics physician who treated his patients as if they were cats who needed spaying.
Discuss these examples and their lessons with your friends and family. Do what you can with the emotional energy you have to counter this very ugly movement. Horrible things take root in ignorance.
While eugenics has never gone away, those who support it are more comfortable and publicly accepted than they have been in decades. It is especially concerning that they find comfort on the campus of our state's most celebrated public university, which has said it cannot discriminate against the viewpoints of anyone wishing to use the AT&T Conference Center.
The tacit approval of a race science conference at UT-Austin, alongside the large-scale defunding and muzzling of American science by a far-right regime, marks a very dark chapter of our history. It should worry all of us, not just academics, how quickly we've moved away from science, progress and the embrace of diversity.
We won't win every battle in this war. But no one can force us to forget our richly and beautifully diverse backgrounds as Americans, and our values as human beings. Consider this quote from the late Stephen Jay Gould, a paleontologist and one of the most celebrated and widely-read scholars in modern history:
'I am, somehow, less interested in the weight and convolutions of Einstein's brain than in the near certainty that people of equal talent have lived and died in cotton fields and sweatshops.'
Claire Zagorski is a graduate research assistant and PhD student in translational science at the University of Texas.
This article originally appeared on Austin American-Statesman: Natal Conference and eugenics don't belong at UT Austin | Opinion
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


UPI
a day ago
- UPI
Photo: NASA Crew 11 Launch at Kennedy Space Center .
edpic, news, space, launch, science, Crew 11, NASA, SpaceX, Falcon, Kennedy Space Center, Florida UPI UPI NASA Crew 11 Launch at Kennedy Space Center . A SpaceX Falcon 9 rocket which will carry Crew-11 astronauts sits on Launch Pad 39A at NASA's Kennedy Space Center at sunrise on Friday, August 1, 2025. The launch was scrubbed on Thursday due to weather and is now scheduled for Friday at 11:43 a.m. EDT (15:43 UTC). Photo by Pat Benic/UPI


Boston Globe
4 days ago
- Boston Globe
Three out of five liver cancer cases are preventable, study finds
Advertisement The findings align with what liver specialists have seen in their clinics for years. 'Liver cancer is common, it causes immense suffering and death, and the saddest part for me as a physician is that most of the cases are preventable,' said Dr. Brian P. Lee, an associate professor of medicine at the Keck School of Medicine at the University of Southern California, who was not involved in the study. Improved screening, vaccination and treatment in recent years have helped stem viral hepatitis, especially in the United States. But the threat of liver cancer from heavy alcohol use and metabolic dysfunction-associated steatotic liver disease, or MASLD, formerly known as nonalcoholic fatty liver disease, 'has been underrecognized and underestimated,' said Dr. Ahmed Kaseb, a professor of gastrointestinal medical oncology at the University of Texas MD Anderson Cancer Center, who was not associated with the study. Advertisement A 'highway' to liver cancer A vast majority of liver cancers arise in people with cirrhosis, said Dr. Hashem El-Serag, the chair of the department of medicine at Baylor College of Medicine in Texas and one of the authors of the new study. Cirrhosis, or advanced and largely irreversible scarring of the liver, damages healthy tissue and prevents the organ from working normally. The hepatitis B and C viruses cause inflammation that, if left untreated, can scar and damage the liver, potentially leading to cirrhosis. And both alcohol and metabolic dysfunction lead to abnormal deposits of fat in the liver, which can also result in inflammation. Related : Lee said the accumulation of fat and inflammation acted as a 'highway' to liver scarring, which in turn can injure DNA and lead to cancer. 'There could be multiple ramps to get onto that highway,' he said. Why disease may go undetected The new paper found that the share of liver cancers resulting from hepatitis B and hepatitis C is expected to drop to 63% in 2050, from 68% in 2022. But the burden of liver cancers resulting from alcohol and MASLD is expected to grow. An estimated 4 in 10 adults worldwide have MASLD, a condition in which fat builds up in the liver. Risk factors include obesity and Type 2 diabetes. A subset of patients with MASLD will go on to develop an advanced form called metabolic dysfunction-associated steatohepatitis, or MASH, which has been described as a silent killer because it can progress to cirrhosis and liver cancer without being noticed. Current guidance recommends monitoring for liver cancers in patients who have a history of viral hepatitis or established cirrhosis. Patients with MASH typically don't meet that criteria, Kaseb said, but they could have liver scarring without symptoms, and nobody would know. Related : Advertisement That's why screening for liver disease needs to begin at the primary care level, where cases can easily go undetected, said Dr. Mary Rinella, a hepatologist at University of Chicago Medicine and the lead author of guidelines for the management of MASLD. She recommended that doctors use a metric called the Fib-4, which uses routine blood test results to estimate the amount of liver scarring, to screen high-risk patients. These include people who have Type 2 diabetes or obesity with at least one other metabolic risk factor, such as high cholesterol. MASLD is reversible with lifestyle changes, including a healthy diet and increased exercise, and weight-loss drugs have recently been shown to be effective at reversing scarring as well. 'If you stop the reason or the impetus for scarring and injury in the liver, then you're going to have less impetus for the development of cancer,' Rinella said. Alcohol compounds the problem Alcohol-related liver disease is also on the rise. In research published this month, Lee and his colleagues showed that the risk of alcohol-related liver disease among heavy drinkers (at least 10 drinks per week for women and 15 for men) in the United States more than doubled between 1999 and 2020, despite similar alcohol use over that period. That suggests that heavy drinkers today may be more sensitive to the effects of alcohol on the liver than those in the past, Lee said. This may be because the population of heavy drinkers is changing. The researchers found that women, who are more prone than men to develop fat and damage in the liver from alcohol, now make up a greater share of heavy drinkers than they did 20 years ago. So do people with metabolic syndrome, a cluster of metabolic disorders that together raise the risk of diabetes, heart disease and stroke — and compound the damage done by alcohol to the liver. Related : Advertisement Drinking heavily and having a metabolic condition such as obesity can independently damage the liver, but patients who fall in both categories are at an especially high risk. These trends are likely to continue. 'Alcohol use is increasing,' Rinella said. 'Obesity and diabetes are increasing.' 'I expect that we're going to continue to see a high burden of liver disease,' she added. This article originally appeared in .


Fox News
7 days ago
- Fox News
Wearable hydration monitor could help prevent heatstroke, scientists say
A new wearable sensor could help people avoid the dangers of dehydration by alerting them when their bodies need more water. Developed by researchers at the University of Texas, the non-invasive device continuously measures hydration levels in real time and wirelessly transmits the data to a smartphone, according to an SWNS report. "Dehydration is a silent threat that affects millions of people every day," said Professor Nanshu Lu of the University of Texas at Austin, who led the study. "Our wearable sensor provides a simple, effective way to monitor hydration levels in real time, empowering individuals to take proactive steps to stay healthy and perform at their best," she added, per SWNS. The sensor uses a method called bioimpedance, which sends a small, safe electrical current through the body via strategically placed electrodes. The current's flow depends on how hydrated the tissues are — hydrated tissue allows the current to pass easily, while dehydrated tissue resists the flow, according to SWNS. "Arm bioimpedance is not only sensitive to hydration changes, but also aligns closely with whole-body hydration measurements," said study co-author Dr. Matija Jankovic, a post-doctoral researcher in Professor Lu's lab. "Dehydration is a silent threat that affects millions of people every day." "This means the sensor can be a reliable surrogate for tracking hydration levels, even during everyday activities like walking, working or exercising," Jankovic added. To validate the device, the research team conducted multiple experiments, including a diuretic-induced dehydration study and a 24-hour real-life trial. Participants were given medication to promote fluid loss. Their hydration levels were monitored via the wearable and compared to urine samples. The device showed a strong correlation between changes in arm bioimpedance and total body water loss, SWNS reported. The findings were published in the Proceedings of the National Academy of Sciences. The new sensor could offer an accessible and wearable alternative to traditional hydration tracking methods, such as urine or blood analysis, which are invasive, time-consuming and impractical, the researchers noted. Hydration is known to be essential for regulating body temperature, maintaining organ function and supporting many other vital processes. Even mild dehydration can impair concentration and performance, while severe dehydration may lead to serious health problems like heatstroke, kidney stones and cardiovascular issues, according to experts. Beyond everyday use, the researchers believe the technology could benefit patients with chronic dehydration, kidney disease or heart conditions. Athletes, too, could use the wearable to stay safe and perform optimally, especially in hot weather. While the current model tracks relative hydration changes, Professor Lu said the team aims to develop reference data for absolute hydration levels. They are also exploring more advanced wearable formats, like breathable electronic tattoos or sweat-absorbing patches, to enhance comfort during long-term use. For more Health articles, visit "This is just the beginning," Professor Lu said, per the SWNS report. "Our goal is to make simple hydration monitoring accessible to everyone."