KC burger joint's food hospitalized child, led to organ failure, lawsuit says
An Overland Park woman is suing the parent company of Tasty's, a Kansas City burger joint, saying food from the restaurant gave her son Salmonella poisoning, causing severe medical issues and leading to a lengthy hospitalization, according to the lawsuit filed Wednesday.
Brittany Odum's 14-year-old son, who is not named in the suit, had to be hospitalized for 29 days, according to the lawsuit.
Tasty's has not been open since April, according to owner Mohammed Abualia. He said the building's owner didn't want to renew Tasty's lease because he was thinking about opening a gas station instead.
Odum's son began experiencing stomach pain, diarrhea and vomiting immediately after eating food from Tasty's in October 2020, according to the lawsuit. Odum brought her son, then 9 years old, to Children's Mercy Hospital, according to the suit.
Bloodwork revealed Odum's son had Salmonella in his system, according to the lawsuit.
The lawsuit states the boy then developed Salmonella sepsis, which caused multisystem organ failure. Sepsis occurs when an infection spreads to the bloodstream, according to the Cleveland Clinic.
The lawsuit states Odum's son had to be intubated, or given a breathing tube, because of his organ failure. After being intubated, Odum's son developed pulseless ventricular tachycardia, according to the suit. That means his heart was beating too fast to effectively pump blood, according to the National Institutes of Health.
This condition requires CPR, and the suit states Odum's son received CPR for eight minutes. However, he remained without a pulse until receiving an electrical shock, according to the lawsuit. The suit states after his pulse returned, he still needed mechanical help to breathe and circulate blood.
The suit also states Odum's son developed necrotic bone tissue and a bone infection.
Odum is seeking fair and reasonable damages on behalf of her son for the 'severe and permanent injuries to his person,' 'pain and suffering of mind and body' and past and future medical expenses.
After leaving the hospital, Odum's son needed physical and occupational therapy and constant medical attention, the suit states. The suit also claims Odum's son may have a lower future earning capacity because of his injures.
Odum and her son are seeking damages on three counts: breach of implied warranty of merchantability, breach of implied warranty of fitness for human consumption and negligence.
The merchantability count alleges the restaurant served food that was not fit to be sold under Missouri laws. The second count alleges the restaurant sold food that was not fit for human consumption. The suit states Odum's son relied on the restaurant's implied promise that its food was both fit to be sold and consumed.
The lawsuit's third count, negligence, states the restaurant harmed Odum's son by breaching its duty to 'exercise ordinary care in connection with the purchase, storage, handling and preparation of the food it served.'
Mohammed Abualia, owner of Tasty's, did not know about the lawsuit when contacted by The Star. He declined to comment.
Meyers Law Firm, which represents the Odum family, did not respond to The Star's requests for comment.
Hashtags

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


CBS News
20 minutes ago
- CBS News
South Florida trauma nurse proves it's never too late to follow your dreams
A South Florida nurse is proving that it's never too late to follow your dreams. At Broward Health Medical Center, trauma nurse Traci Vose is no stranger to high-pressure situations, but her story goes beyond the hospital walls. "Serving a greater cause on both sides, both the military and civilian life," she said. "I love to help people, I want to serve people, and I'm gonna keep doing that 'til my body says stop." After many years as a single mom and spending more than a decade caring for the sick, Vose decided to enlist in the U.S. Navy Reserve at the age of 49. It wasn't easy. She faced rejection multiple times. "The age waiver, I surpassed that by several years, and the noes disheartened me, but my team here at Broward kept encouraging me," Vose said. "I felt called to do it, so I wasn't going to give up until someone said yes." Following in a family tradition When a "yes" finally came, it was an emotional one. "I cried," Vose said. "This has been a lifelong dream for me to do it. And to be able to serve my country just like my family has, was a huge honor for me." Vose's husband, children and others in her family also served. Never too old to pursue your dreams Her service took her to Africa, where she applied her trauma nursing skills. Now back home, she blends lessons learned on the battlefield with hospital care, while also inspiring others. "I came across a lot of people, especially in officer candidate school, who were much younger than me," Vose said. "And to see somebody who could be their mother out there, you know, going above and beyond to pursue this dream of mine, they were inspired by that." Vose serves one weekend a month and is preparing for another deployment next year. Her story is a powerful reminder that dedication knows no age limits and it's never too late to follow your dreams. "Resiliency and never giving up," she said. "If you have a passion and a dream, you find that yes. If someone's telling you no, you're not talking to the right person." Send us your story at MiamiProud@


Medscape
44 minutes ago
- Medscape
Bariatric Surgery Beats GLP-1 RAs for Sustained Weight Loss
Patients who underwent bariatric surgery experienced an approximately five times greater weight loss over 3 years than those who used weekly injections of GLP-1 receptor agonists (RAs) such as semaglutide and tirzepatide. METHODOLOGY: The use of GLP-1 RAs has surged over the years, but semaglutide and tirzepatide have rarely been directly compared with bariatric surgery, the gold standard for obesity and diabetes treatment. Researchers conducted a retrospective study using electronic health records to compare the weight-loss effects of injectable GLP-1 RAs (semaglutide or tirzepatide) with those of bariatric surgery on adults with BMI ≥ 35. They analyzed data of 38,545 patients who received GLP-1 RAs and 12,540 patients who underwent bariatric surgery via minimally invasive sleeve gastrectomy or Roux en-Y gastric bypass between 2018 and 2024. Percent total weight loss was compared over a 3-year follow-up period. TAKEAWAY: Patients who received GLP-1 RAs had significantly higher rates of diabetes, hyperlipemia, and chronic obstructive pulmonary disease than those who underwent surgery. After 3 years, patients who underwent bariatric surgery experienced a 23.3% total weight loss (95% CI, -23.5 to -23.1), whereas those who used GLP-1 RAs had a 4% total weight loss (95% CI, -4.1 to -3.8). Patients who used GLP-1 RAs continuously for 1 year lost 5.9% of their total weight, but weight loss was still significantly greater in those who underwent bariatric surgery (22.2%). IN PRACTICE: 'Clinical trials show weight loss between 15% to 21% for GLP-1s, but this study suggests that weight loss in the real world is considerably lower even for patients who have active prescriptions for an entire year. We know as many as 70% of patients may discontinue treatment within 1 year. GLP-1 patients may need to adjust their expectations, adhere more closely to treatment, or opt for metabolic and bariatric surgery to achieve desired results,' said the lead author in a news release. SOURCE: This study was led by Avery Brown, MD, a surgical resident at NYU Langone Health in New York City. It was presented on June 17, 2025, at the American Society for Metabolic and Bariatric Surgery 2025 Annual Scientific Meeting at the Gaylord National Resort & Convention Center in National Harbor, Maryland. LIMITATIONS: The authors did not report any specific limitations. DISCLOSURES: This study received support from a NYU Clinical and Translational Science Awards grant from the National Center for Advancing Translational Sciences and another grant from the National Institute of Allergy and Infectious Diseases.


Medscape
an hour ago
- Medscape
Norovirus GII.17 Takes the Lead in Recent US Outbreaks
Norovirus GII.17 accounted for 75% of outbreaks in the US in the 2024-2025 season, outpacing outbreaks caused by the GII.4 norovirus, according to new data published in Emerging Infectious Diseases . Noroviruses are classified into 10 groups known as GI-GX, but most norovirus outbreaks are caused by viruses in genogroups GI and GII, wrote Leslie Barclay, microbiologist at the CDC, Atlanta, and Jan Vinje, PhD, also of the CDC. The norovirus season on the US has been defined as September 1 of 1 year through August 31 of the following year, they noted. Norovirus GII.17 accounted for < 10% of outbreaks in the US 2022-23 season, but rose to 75% during the 2024-25 season, passing the number of GII.4 outbreaks. During the 2022-23 season, GII.17 accounted for only 7.5% of all norovirus outbreaks, whereas GII.4 accounted for nearly half (48.9%). The following season (2023-2024), GII.17 accounted for approximately one third of norovirus outbreaks (34.3%), whereas GII.4 accounted for 27.7%. In the 2024-25 season, GII.17 accounted for 75.4% of norovirus outbreaks, whereas GII.4 accounted for 10.7%. In addition, norovirus activity peaked earlier in 2024-25 (accompanying the rise in GII.17) compared to previous seasons. The 2024-25 season peaked in January 2025, vs peak periods in February 2023 and March 2024 when GII.4 still dominated. The researchers observed no regional differences in the distribution patterns of the GII.4 or GII.17 outbreaks. The study findings were based on data from CaliciNet, a national laboratory-based surveillance network. 'Norovirus surveillance plays a crucial role in detecting and monitoring emerging strains, serving as an early warning system that enables rapid response to outbreak investigations and timely implementation of interventions and prevention strategies,' the authors noted. However, the results highlight the need for improved norovirus surveillance to detect and monitor emerging strains, they added. Specifically, more sequencing analysis is needed to compare cross-protective neutralizing antibodies of GII.17 with those of GII.4 to help determine whether GII.17 is likely to continue as the dominant norovirus genotype, the authors concluded. How Shifting Strains Hit Clinical Practice Tracking dominant norovirus strains is important for public health and clinical reasons, as dominant strains often drive regional or global outbreaks, said Rebecca Yee, PhD, D(ABMM), chief of microbiology and assistant professor of pathology at the George Washington School of Medicine and Health Sciences, Washington, DC, in an interview. 'Tracking specific strains allows public health agencies to perform surveillance and trace sources, monitor spread, and implement control measures more effectively,' said Yee, who was not involved in the study. 'As the virus undergoes genetic changes, monitoring viral genomics allows researchers to study emerging variants that may have higher transmissibility or altered virulence in the human host,' she said. Since some molecular assays are designed to detect specific genotypes, understanding shifts in circulating strains helps clinical laboratories anticipate the need for test updates to maintain diagnostic accuracy, and these insights also will be valuable for vaccine development, Yee said. The recent shift in genotype distribution is not entirely surprising, given norovirus's reputation for rapid genetic evolution through acquisition of mutations and genetic recombination with other strains, Yee told Medscape Medical News . 'In theory, these genetic changes allow new variants or strains to harbor characteristics that can make the virus more transmissible, resistant to existing immunity, capable of causing more severe disease and leading to periodic shifts in dominant strains is not an exception. However, the timing or speed of a shift can still be surprising, especially if it leads to unusually large or early-season outbreaks such as what we are seeing with the recent norovirus cases,' Yee said. Studies using dominant circulating strains and genetic variants can be performed to evaluate cross-protection and vaccine effectiveness, said Yee. 'As new norovirus variants emerge, it is critical to assess their clinical severity, particularly in vulnerable populations; these variants may exhibit changes in viral attachment, immune evasion, or modulation of host responses that can enhance their pathogenicity,' she emphasized. 'Furthermore, diagnostic assays must be evaluated to ensure they remain sensitive to emerging variants. Together, these efforts will help inform vaccine design, clinical management, and testing strategies,' Yee said.