The Battalion
THEBATT.COM
INSIDE THIS EDITION
Thursday, September 3, 2026
@THEBATTONLINE
SERVING TEXAS A&M SINCE 1893 | © 2026 STUDENT MEDIA
LIFE & ARTS: College Station hosts inaugural Restaurant Week
SPORTS: Aggie helping build Poland into Europe’s newest baseball power
PUBLICATION NOTICE
Friday, September 4: Football
PUBLIC NOTICE Why The Battalion has political advertisements
By Ava Loth and Kynlee Joyner, Editor-in-Chief and Managing Editor
As of Aug. 25, The Battalion began accepting and posting political advertisements from Democratic candidate for Texas Governor, Gina Hinojosa. The media campaign was made and booked through a partner of The Battalion, FlyteDesk — a national advertising service for college student media groups. The Battalion did not seek out advertisements with political campaigns at the start of the fall semester. Hinojosa was a part of a statewide advertising campaign that FlyteDesk booked with The Battalion. The Battalion will be accepting and posting political advertisements until Wednesday, Sept. 30. All political ads will be taken down effective Thursday, Oct. 1, when Texas A&M becomes an early voting site. However, since posting advertisements for Hinojosa, in an effort to remain politically neutral, The Battalion has reached out to the following campaigns and organizations for advertisements: • • • • • • • • •
Greg Abbott - Republican candidate for Texas Governor Ken Paxton - Republican candidate for U.S. Senate James Talarico - Democratic candidate for U.S. Senate Chris Gober - Republican candidate for U.S. Congress (TX-10) Caitlin Rourk - Democratic candidate for U.S. Congress (TX-10) Brazos County Republican Party Brazos County Democratic Party Republican Party of Texas Democratic Party of Texas
Political advertisements posted through The Battalion do not reflect the political views or beliefs of its staff or Texas A&M. The Battalion remains unbiased, upholding journalistic integrity in all of its coverage.
College Station City Council to vote on $400,000 Flock Safety contract City’s controversial contract with surveillance company up for renewal in September By Emily Anderson Associate News Editor College Station City Council is set to vote on the yearly renewal of the city’s $400,000 contract for 84 license plate readers with Flock Safety, a private security and surveillance company, College Station Police Department Criminal Investigations Division Lieutenant Kevin Harris said.
Flock is widely known for its license plate readers, which have recently seen an increase in use among law enforcement agencies across the country. The contract with Flock was originally approved for $395,098.10 in September 2025. Then, in April 2026, the city received a grant which paid for 80% of the cost of the license plate readers, Harris said. The cameras are made to aid law enforcement officials in criminal investigations by identifying vehicle license plates that are linked to crimes, Harris said. “If we have a stolen vehicle and it passes by one of the Flock cameras, it takes the picture of it,” Harris said. “If that vehicle is stolen, then it gives us an alert that, ‘Hey, this stolen vehicle is in our city.’” Data collected by the cameras is owned by the camera contractors, not Flock itself, city council member Mark Smith said. “The data keeps for 30 days, the data belongs to us, and we do have sharing agreements with other police forces in the region,” Smith said. Harris said he has seen an improvement in the efficiency and effectiveness of locating vehicles involved in crimes by using Flock cameras. CSPD recently used Flock data to catch a vehicle involved in a catalytic convert-
er theft and link it to four other agencies where the vehicle had been involved in similar crimes, according to Harris. Many people, however, believe their privacy is being infringed upon by Flock surveillance, such as Instagram influencer “Nomark,” who has gained over 500,000 followers by posting videos demonstrating “deflocking,” the act of taking down Flock cameras, and encouraging his followers to do the same. The deflocking movement on social media is also motivated by recent stories around the country of people being wrongly flagged in the Flock system for crimes they did not commit. According to FOX6 news, in early August, a woman near Milwaukee was pulled over and held at gunpoint after officers incorrectly linked her vehicle to a homicide using Flock license plate readers. Smith believes that concerns come down to trust in local law enforcement and their ability to handle the Flock data. “Many of the stories that people tell to say the scary things about Flock and what it can be used for, in almost every single one of those, it’s not the Flock camera that’s the problem, it’s a bad cop or somebody misusing the tool,” Smith said. Police officers, police assistants and crime analysts in College Station have access to the database where the information collect-
ed by the city’s Flock cameras is stored, according to Harris. To address growing concerns many citizens have voiced about being surveyed by Flock cameras, the city has put policies in place aimed at preventing misuse of data. “We have adopted into the audit assistance that Flock offers,” Harris said. “We allow the system to look at officers or personnel searches, and we look at the audit trail and determine whether that was a justified search READ MORE! or not.
Texas A&M researchers use AI to develop caffeine-controlled protein Reversible system can control cell activity, improve safety of gene, cell-based therapies By Yelisey Romanov News Reporter CAR T-cell therapy has transformed the treatment of certain blood cancers by genetically engineering a patient’s own immune cells to recognize and attack cancer. In some patients with advanced cancers, the therapy has eliminated disease for years, but it can also cause serious complications such as cytokine release syndrome and neurological toxicity. To improve control over these therapies, researchers in Dr. Yubin Zhou’s lab at Texas A&M’s Center for Translational Cancer Research developed a molecular system designed to switch cellular activity off in response to caffeine. “The fundamental goal of this project was to develop a system which can be used to modulate general cell and gene-based therapies, which generally have really good outcomes but are largely uncontrollable,” co-first author of the study and medical sciences graduate student Brendan McKee said. The team’s caffeine-operated dissociation system, or CODS, was published in the Journal of the American Chemical Society. CODS refers to a group of tools that use small molecules to control interactions between proteins which regulate many biological processes. “A chemically induced dimerization system is a system where a ligand or small molecule can bring two different proteins together,” co-first author of the study and medical sciences graduate student Tatsuki Nonomura said. “And then a [Chemically Disrupted Proximity] tool, oppositely, can do the opposite thing. So with the chemical treatment, the pre-formed protein complex will disassemble.” CODS uses a newly designed protein binder and a caffeine-operated synthetic module, or COSMO, an engineered caffeine-binding protein previously developed
by the lab. “In the absence of caffeine, the de novo binder is binding to COSMO’s dimerization interface, forming a complex,” Nonomura said. “But after adding the caffeine, the COSMO homodimerizes and then it kicks out the binder. So this binder will fall off from COSMO. So it’s more competition-based binding and dissociation.” Caffeine provides several practical advantages as a trigger because it is inexpensive, widely available and has a well-established safety profile. The researchers also demonstrated that CODS is reversible, allowing the protein complex to form again after caffeine is removed. “Caffeine is a commonly used dietary compound,” Nonomura said. “You can obtain it from coffee or chocolate also, and then it’s very cheap to synthesize. And then in our paper, we demonstrated that after you wash out that caffeine, it will go back, so it can form the protein complex again.” While COSMO had already been developed, the team still needed to create a new protein capable of binding to it. Using tools such as the AI-guided protein-designed pipeline BindCraft, AlphaFold and ProteinMPNN, the researchers generated candidate binders. “You can actually generate these completely synthetic binders, which aren’t naturally occurring, to any target that you would want,” McKee said. Rather than experimentally screening enormous libraries of protein sequences, the computational approach narrowed the team’s initial search to 13 candidates. “We only screened 13 binders,” Nonomura said. “They were already prescreened in silico, computationally. So we only tried 13 and then we found one that worked. … It only took about one week. So it was so much faster than the classical approach.” Finding a protein that could bind COSMO was only part of the challenge. The interaction also needed to remain stable without caffeine while still being weak enough for caffeine to break it.
READ MORE!