Texas
Texas A&M Veterinarians Work Around The Clock To Save Newborn Foal
Large animal internal medicine resident Sally Alpini and Dr. Amanda Trimble examine Vicky, a German warmblood filly who came to the Texas A&M University Large Animal Teaching Hospital in need of intensive care immediately following birth.
Photo by Jason Nitsch ’14/Texas A&M School of Veterinary Medicine and Biomedical Sciences
Queen Victoria, the German warmblood filly, proved her strength at a young age, just like her namesake, the United Kingdom’s former monarch who took the throne at only 18 years old.
Almost immediately after birth, the foal, nicknamed Vicky, became separated from her mother, Queenie, after rolling into an adjoining stall. Their few hours apart would have serious consequences because Vicky missed out on some of the special care a mother horse, called a dam, provides in the first few hours of a foal’s life.
When her owner, Dr. Gavin Britz, learned of the incident, he turned to the Texas A&M Large Animal Teaching Hospital (LATH) to nurse Vicky back to health, a two-week process that involved intensive care, special techniques and surgery.
While Vicky came to the LATH in great need of exceptional veterinary care, she left a healthy, spunky filly thanks to her talented veterinary team and dedicated owner.
Building A Legacy
Britz, a Houston neurosurgeon, has loved horses since he was a boy. He has participated in jumping and dressage competitions over the years, and his current focus is on breeding, specifically for the German warmblood.
“I’m setting up a warmblood breeding operation and bringing some of the best horses in Europe to America,” Britz said. “One of my close friends, a world-class German breeder named Stefanie Lohmann, owned Queenie before and said she wanted me to have her because she’s such a special mare.”
When Britz purchased Queenie, he wasn’t just getting the mare; she was also pregnant with a foal sired by Vitalis, a famous warmblood stud.
Because of transportation delays, Queenie didn’t arrive at Britz’s stable in Chappell Hill, Texas, until about two-and-a-half weeks before her due date. She then went into labor sooner than expected, giving birth a week early — late in the night on Valentine’s Day.
The barn manager found Vicky in the adjoining stall only hours later, but the foal had already missed out on colostrum — a preliminary form of milk that contains extra nutrients, antibodies, and antioxidants that is normally passed from mother to baby in the first few hours after birth.
“When we found her, the baby was not doing well,” Britz said. “We contacted the local vet, who said to bring her down to their hospital. After we took her there, they said she probably wasn’t going to survive, but we could try and take her to Texas A&M.”
Britz knew that the Texas A&M School of Medicine graduates whom he helped train at Houston Methodist were talented and dedicated to their craft, so he trusted that the veterinarians, staff and students at the LATH would exhibit the same qualities and would have the skills and determination to save Vicky’s life.

Faculty, staff and students at the Texas A&M University Large Animal Teaching Hospital played a critical role in returning Vicky to health. The foal was weak and lethargic after being separated from her mother shortly after birth and required two weeks of intensive treatment.
Photo by Jason Nitsch ’14/Texas A&M School of Veterinary Medicine and Biomedical Sciences
Every Trick In The Book
When Vicky arrived at the LATH on Feb. 15, she was extremely weak, not nursing well and showing an abnormally lethargic demeanor.
“Vicky had what we call neonatal sepsis and failure of passive transfer — basically, she had a bacterial infection that was making her sick. She also hadn’t nursed and wasn’t getting the nutrients she needed for energy, so she was very weak,” said Dr. Amanda Trimble, a clinical assistant professor of equine internal medicine at the Texas A&M School of Veterinary Medicine and Biomedical Sciences.
“If a foal doesn’t get colostrum in the first few hours of life, developing sepsis is a huge risk, because they are born without an immune system, so they can’t fight off any insult to their little bodies unless they get important antibodies from the mare,” Trimble said.
Because Vicky was so young, Queenie accompanied her to the LATH and proved to be a very dedicated mother. The two were kept in a special stall that allowed the veterinary team to begin stabilizing the foal while remaining in sight of the mare.
Vicky received intravenous fluids and supplemental glucose to make up for the loss of nutrition; plasma for antibodies and immune system support; and antibiotics and anti-inflammatories to address the infection and pneumonia.
Once Vicky was stabilized, the veterinarians noticed that she still had a dull demeanor and decided to also apply a technique called the Madigan squeeze, which can stimulate neural pathways that are normally stimulated during birth.
If the natural process doesn’t happen correctly, which can occur during a rapid delivery, the foal is left in a lethargic, sleep-like state, similar to how it was in the womb — a condition known as neonatal maladjustment syndrome.
“Essentially, it’s like we re-birthed her,” Trimble said. “We apply a nice, steady pressure around the thorax for 20 minutes, and it feels like going through the birth canal again and something resets.”
After several days of intensive, around-the-clock care, Vicky’s overall condition began to improve, but a new problem also arose — her umbilicus, the location where her umbilical cord had been located, started showing serious signs of infection.
“Her umbilicus wasn’t completely normal the first week, but we weren’t as concerned as we were about the sepsis initially. We wanted her to stabilize before we took her to surgery,” Trimble said. “But during the second week, it got really big — almost tripled or quadrupled in size — so I called Dr. (Dustin) Major and our surgery team. Together, we concluded we couldn’t wait any longer and that it needed to be removed immediately.
“The thing that we worry about with umbilical infection is that abscesses can form internally, and because of where all the blood vessels go from the umbilicus, the infection can spread to other organs as well,” she said.
Major, a clinical assistant professor of large animal surgery, removed the now-unnecessary umbilicus and its internal vessels to ensure the infection was gone, after which Vicky improved and was soon fully recovered.
Aptly Named
Vicky had not received her official name during her time at the LATH, but once she was discharged and sent home, Britz knew just what to call her.
“She was born on Valentine’s Day, so that was part of the ‘V,’ along with having the sire Vitalis,” Britz said. “Because you always name the baby after the mother, you then get Queen Victoria. You’ll know she’s from my line because my other top mare is called Queen Elizabeth.”
Many faculty, staff and students were involved in ensuring Vicky’s recovery. In addition to Trimble and Major, Drs. Bridget Savitske, Jake Trautmann, Sally Alpini, and Abigail Blanton contributed, as well the internal medicine and soft tissue surgery teams and several fourth-year veterinary students.
Reflecting on the experience, Britz is thankful that he trusted the LATH with Vicky’s recovery.
“I was very impressed with the veterinary care and, particularly, with the communication,” he said. “I told the CEO of my hospital that we, as physicians, can learn something from the way Texas A&M handled the communication and made sure I was informed about everything.”
Likewise, Trimble is grateful that Britz and his barn manager ensured that Vicky arrived quickly.
“Infants can get sick really quickly; they can be fine one day and then the next day they might need this level of care,” she said. “Fast recognition is important, as well as knowing the normal milestones that a healthy, happy foal should be meeting. If they’re not meeting them, having the owner or the caretaker recognize that and getting them veterinary care is key to the foal surviving.”
Vicky nurses her mother while on the way to recovery during a two-week stay at the Large Animal Teaching Hospital at Texas A&M University.
Photo by Jason Nitsch ’14/Texas A&M School of Veterinary Medicine and Biomedical Sciences
Texas
NTSB Confirms Texas Tesla Had 100% Floored Accelerator Pedal During Fatal Crash
In an incident that was horrific beyond words, late last month, a stunned family watched in horror as a car plowed into the Katy, Texas home of a 76-year-old mother and grandmother, killing her. The driver has been charged with manslaughter.
In the aftermath of the crash, it emerged that the car in question was a Tesla, and that the driver was making use of full self-driving mode (FSD) around the time the crash occurred. The victim’s family has named Tesla and the driver as defendants in a lawsuit. But per Electrek, Tesla was able to view crash data very quickly after the incident, and the head of AI at the company, Ashok Elluswamy, said the driver “manually overrode self-driving by pressing the accelerator all the way to 100% of the accel pedal in this residential area.”
In the days after the crash, Tesla fans took issue with coverage that characterized the car as in FSD when the crash occurred. CEO Elon Musk seemed to agree, replying to a post, “Yes, this makes no sense. FSD drives slowly through neighborhood streets and this was a high speed crash!”
But Musk seems to be assuming bad faith, as if coverage implied FSD had suddenly shifted into, perhaps, some kind of previously unannounced homicidal maniac mode and attacked a house. If anyone was saying this is what happened, they should apologize. It’s clearly not what happened.
And on Wednesday, the National Transportation Safety Board (NTSB) largely confirmed Tesla’s version of events. Their report reads, in part:
“Electronic data recovered from the vehicle indicated that before the crash, the driver manually overrode FSD (Supervised) by pressing the accelerator pedal to 100%, and the vehicle’s speed was greater than 70 mph when the crash occurred.”
But cooler heads had noted weeks earlier that, like with good old fashioned cruise control, accelerating doesn’t boot you from FSD. The car takes the input, and stays in FSD. The question isn’t one of mechanics and technology, but one of philosophy: if FSD is meant to be “driving” when someone jams on the accelerator in a residential area, FSD may not be the “driver” in one important sense, but the car was still in FSD mode.
Because as much as Tesla would probably like FSD to be a total non-factor in the incident, that may not be the case either.
ABC News noted that, according to court documents, the driver claimed he “passed out” with the car in FSD on the highway, and that’s the last thing he remembers before the crash. He says he wasn’t sick, and medical records show no seizures, cardiac episodes, drugs, or alcohol.
A local Fox affiliate says records show the car was making deliveries for DoorDash while in FSD in the “hours and minutes leading up to the crash.” While in a neighborhood, it apparently signaled it was going to turn left onto one street, but instead the pedal went to the metal. This took the Tesla onto the victim’s cul-de-sac instead, and put it on its fateful collision course with her house.
To make matters weirder, other court records now show, per Electrek, that the driver had Googled the terms, “Tesla fsd not aggressive enough 2026,” “FSD is not aggressive enough for city driving,” and “Tesla fsd too timid.” That’s the kind of thing you Google when you’re looking for a Reddit post from someone sharing your consumer gripe.
In any case, the odds aren’t good that the driver wanted this to happen, nor that Tesla programmed its cars with evil intent. But FSD was being used around the time of this unusual fatal incident, and the public deserves to know more. Fortunately, a lot more will come out as the lawsuit progresses.
Texas
Texas AG secures 23andMe bankruptcy settlement after 2023 data breach
AUSTIN – Texas Attorney General Ken Paxton said Wednesday he has secured a settlement of bankruptcy claims against genetic testing company 23andMe stemming from a 2023 data breach that exposed personal information, including some genetic ancestry data, of 6.9 million customers worldwide.
Paxton’s office said the settlement includes $150 million for a multistate coalition of 42 states. But because of limited funds in 23andMe’s bankruptcy estate and competing claims, the states’ recovery will be $18 million paid immediately, with Texas receiving $1,266,860.
23andMe disclosed in October 2023 that attackers had accessed accounts affecting 6.9 million consumers. Some of the information was later posted for sale on the dark web, according to Paxton’s office, which said the company learned of the breach months after the data became publicly available. The office said 23andMe initially denied a breach and later blamed consumers’ account settings and password practices.
Paxton joined a multistate investigation that concluded 23andMe used unreasonable security practices and failed to implement adequate safeguards against hacking, the office said.
23andMe filed for bankruptcy protection in March 2025. Paxton’s office said the settlement incorporates privacy and cybersecurity requirements, including enhanced security standards, comprehensive risk assessments and creation of an independent advisory board, along with enforcement of state privacy laws and continued consumer data deletion rights.
“Companies that collect and profit from Texans’ most personal information have a legal duty to protect it,” Paxton said in a statement.
The company also agreed to a $46.75 million class-action settlement in the bankruptcy case for affected U.S. consumers who submitted claims by Feb. 17, 2026, Paxton’s office said.
Copyright 2026 by KPRC Click2Houston – All rights reserved.
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