Fall 2026
Posted on 8/16/2026
Cancer care, research, and education center
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Tampa, FL, USA
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Bachelor's
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Moffitt Cancer Center is a health care organization focused on cancer prevention, treatment, research, and education in Tampa, Florida. It delivers patient care, conducts scientific research, and provides education to advance the fight against cancer. The center’s model combines direct cancer treatment with ongoing research and training to improve outcomes, rather than relying on a single service line or product. Its approach distinguishes it from others by integrating comprehensive clinical care with translational research and education, aiming to translate discoveries into better prevention, diagnosis, and therapies for patients. The goal is to reduce cancer incidence and improve survival by moving discoveries from the lab to the bedside and training the next generation of cancer specialists.
Company Size
5,001-10,000
Company Stage
Grant
Total Funding
$10K
Headquarters
Tampa, Florida
Founded
1984
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Copyright 1999-2024, Appraisal Development International, Inc. | Mon Aug 03 2026 16:07:08 GMT-0700 (Pacific Daylight Time) | | PO Box 1212 Tampa, FL 33601 Pinellas (727) 726-8811 Hillsborough (813) 258-5827 Toll Free 1-888-683-7538 Fax (813) 258-5902 TOOLS CONVERSION CHART STANDARD DEVIATION MORTGAGE CALCULATOR Updated November 2024 | / | RETURN TO NEWS INDEX Moffitt makes $12 million land buy for first Polk County outpost By Ashley Gurbal Kritzer Tampa Bay Business Journal Published: Aug 3, 2026 Moffitt Cancer Center has paid $12 million for the Lakeland property where it intends to open its first Polk County outpost. The Tampa-based health system closed on just over 34 acres along US Highway 98 in Lakeland on July 8, Polk County property records show. Moffitt previously announced that the new facility, which will offer outpatient treatment, would be supported in part by a $10 million donation from Wesley and Ashley Bell Barnett, along with a partial land donation from Steve, Dane and Tom Rogers and family. TO READ MORE CLICK HERE TAMPA BAY BUSINESS JOURNAL | INTRO | FAQ | RESIDENTIAL | COMMERCIAL | NEWS | RESOURCES | TOOLS | TEAM | CONTACT | CLIENTS LOGIN | PRIVACY | | Copyright 1999-2024, Appraisal Development International, Inc |
Weighing bispecific antibodies against CAR t-cell therapy in follicular lymphoma. Nikesh Shah, MD, discussed the specific factors that shape the choice between a bispecific and CAR T-cell therapy in follicular lymphoma. Bispecific antibodies and CAR T-cell therapy have both become effective treatment options for patients with relapsed/refractory follicular lymphoma, prompting ongoing debate over how to best select and sequence between them. CancerNetwork(R) spoke with Nikesh Shah, MD, hematologist-oncologist at Tampa General Hospital who specializes in hematologic malignancies, including aggressive lymphomas and acute lymphoblastic leukemia and assistant member at Tampa General Hospital Cancer Institute, following a debate on this topic with Carlos Silva Rondon, MD, assistant member in the Department of Malignant Hematology and Cellular Therapy at Moffitt Cancer Institute at Memorial Healthcare System/Memorial Cancer Institute in Pembroke Pines, Florida, held at the National Immune Cell Effector Therapy (ICE-T) Conference in Orlando, Florida.[1] Shah discussed his assigned position in favor of bispecific antibody therapy, the disease- and patient-specific factors that shape the choice between a bispecific and CAR T-cell therapy, as well as how he counsels patients through the trade-offs of a single CAR T infusion vs an ongoing bispecific regimen. In addition, he touched upon where community oncologists may misjudge a patient's candidacy for either approach, what data could shift the current treatment paradigm, and his key takeaway from the debate. CancerNetwork: What was the context for this debate centered on bispecific antibodies and CAR T-cell therapy in follicular lymphoma, and what was your position? Shah: CancerNetwork had a really fun debate with Carlos Silva Rondon, MD, of Moffitt Cancer Center at Memorial Cancer Institute in South Florida, about the pros and cons of bispecific antibody therapy vs CAR T-cell therapy in patients with follicular lymphoma. CancerNetwork were assigned topics by the conference directors, and I was on the pro-bispecific antibody side. At the end of the day, there are a lot of pros and cons to both, and it is about having a conversation with the patient and knowing the patient in front of you to pick the best therapy. How much does the generally indolent nature of follicular lymphoma change the decision-making process around choosing a lower-toxicity option like a bispecific vs committing to CAR T-cell therapy's more intensive, higher-response approach? You have to think about the disease, the trade-off of how aggressive it is, and what toxicities you and the patient in front of you are willing to accept. When CancerNetwork think about more aggressive hematologic malignancies, especially acute lymphoblastic leukemia or aggressive large cell lymphoma, CancerNetwork is more willing to accept a higher toxicity trade-off because CancerNetwork need to control the disease quickly. A lower-grade, more indolent follicular lymphoma calls for very different decision-making, so you have to understand the disease biology and the risk and pace of disease growth in the patient. Some patients with follicular lymphoma have aggressive, rapidly growing disease, and you are concerned they may be transforming to a large cell component. Others have slow-growing disease, and I do not necessarily need to commit them to the potential neurologic toxicity and other risks of CAR T-cell therapy when a bispecific antibody might be a great option. How do you talk patients through the trade-off between a single CAR T infusion with a defined toxicity window vs an ongoing bispecific regimen with a different, more chronic risk profile? I lay out the options: CancerNetwork has CAR T-cell therapy, a bispecific antibody or bispecific combination, or [different] options. CancerNetwork go through the logistics, the toxicities, and the outcomes, but you have to get a sense of the patient's goals. Some people would much rather have a "one-and-done" infusion and not need infusions again for, hopefully, a long time, whereas others would rather avoid potential hospitalization and a higher risk of [adverse] effects and instead come in weekly - or however often needed - for a bispecific antibody. A lot of that also depends on where someone is in their stage of life. Younger patients who are in the workforce or have young children often say they would rather have a compressed timeline than be busy early on with CAR T-cell therapy, with hopefully a long treatment-free interval afterward. Older, retired patients do not necessarily mind coming in as often. The big thing I point out to people is that CAR T-cell therapy is a kind of "one-and-done" therapy, but there are still a lot of visits before and after it. There is a good time-toxicity study that looked at exactly this question, and it lines up with what CancerNetwork see in clinical practice: with CAR T-cell therapy, the time toxicity is pushed into the first 2 months and then levels off, whereas with bispecifics, it is a slower, steadier burden that is less intense but persists longer.[2] Where do community oncologists most often get the decision between bispecifics and CAR T-cell therapy wrong, when a patient with follicular lymphoma could reasonably receive either modality? There are a few important points. One is that physicians who do not often see patients receive CAR T-cell therapy tend to generalize it as a high-toxicity therapy, which can be true, but it is dependent on the disease, the product, and the patient's comorbidities. Some CAR T-cell therapy products, especially in patients with a lower-grade disease burden, have manageable toxicities. I have found a gap where a physician may think a patient cannot receive CAR T-cell therapy because they are too sick or have too many comorbidities, then refer them for a bispecific instead; but when CancerNetwork has an in-depth conversation with the patient, they can turn out to be reasonable CAR T-cell therapy candidates if that is what makes sense for them. The other piece is that this is a very nuanced conversation, and it takes time in front of the patient to work through the decision-making. The real pressures of community oncology make it hard to spend a long time with a patient, having an in-depth conversation when a clinic might have 40 patients that day. CancerNetwork try to build relationships with community physicians so that, even through a one-time telehealth visit with its lymphoma CAR T-cell therapy center, CancerNetwork can have that conversation with the patient. They may end up receiving a bispecific fully in the community or get referred to CancerNetwork for CAR T-cell therapy ramp-up and then continue maintenance closer to home. It is worth having that initial discussion because, in follicular lymphoma, the goal is sequencing therapies; it is a marathon, not a sprint. What would change your mind about the current sequencing paradigm in relapsed/refractory follicular lymphoma? Long-term follow-up is really what CancerNetwork need. For CAR T-cell therapy in follicular lymphoma, CancerNetwork has longer-term follow-up: [Dr Silva Rondon] showed 10-year follow-up data showing that the curve seems to level off, meaning CancerNetwork may be curing some patients with CAR T-cell therapy.[3] CancerNetwork do not think about that as much in follicular lymphoma. CancerNetwork do not yet know [if that's the case] for bispecifics in the relapsed/refractory setting, so long-term follow-up is one factor. I am also excited for the next few years of second-line and frontline data in follicular lymphoma with bispecifics. That is where CancerNetwork is heading, and although CancerNetwork do not know what the future holds, I expect that in the next few years CancerNetwork will be leaning on bispecifics very early on, especially for patients [with high-risk disease]. What do you hope those in attendance took away from today's debate? The key point is that it is always better for the patient to have more options. Thankfully, CancerNetwork is now at a point in follicular lymphoma where CancerNetwork has multiple good options for patients. It is difficult for CancerNetwork as providers to have these detailed, nuanced conversations with so many options, but it is good for the patient to be able to select the therapy that makes the most sense for them, based on their goals and their specific situation. References. * Shah NN, Rondon CS. R/R follicular lymphoma- BsAbs or CAR T-cell therapy. Presented at the 2026 National ICE-T Conference; July 18, 2026; Orlando, FL. * Major A, Abbott D, Snyder J, et al. Comparison of real-world survival outcomes and time toxicity of CAR T-cell versus bispecific antibody therapies in relapsed/refractory follicular lymphoma: a multicenter cohort from 15 US academic institutions. Blood. 2025;148(suppl 1):1798. doi:10.1182/blood-2025-1798 * Ruella M, Paruzzo L, Chong ER, et al. Ten-year outcomes after CAR T-cell therapy for B-cell lymphomas. N Engl J Med. 2026;394:2440-2448. doi:10.1056/NEJMoa2518035
Thyora Therapeutics launches to build a next-generation platform for covalent Drug Discovery. New biotechnology company emerges from breakthrough science published in Science with an integrated platform designed to advance a new generation of precision covalent medicines TAMPA, Fla.-(BUSINESS WIRE)-#biotech-Thyora Therapeutics today emerged from stealth as a biotechnology company leveraging next-generation covalent chemistry, with a mission to accelerate clinical translation and create therapies for high-unmet medical needs. Founded on breakthrough discoveries published today in Science by scientists at Moffitt Cancer Center, the company is advancing an integrated platform that combines novel covalent chemistry with AI-enabled chemoproteomics to unlock a new generation of precision therapeutics. Thyora was co-founded by Justin M. Lopchuk, Ph.D., Andrii Monastyrskyi, Ph.D., and Derek Duckett, Ph.D., inventors of the company's foundational technologies, together with biotechnology executive T.J. Langer, who serves as Chief Executive Officer. Together, the founders established Thyora to translate pioneering science into transformative medicines by integrating world-class chemistry, pharmacology and drug discovery expertise. "When I first saw the science, I believed it represented one of those rare opportunities to build a company around discoveries that could fundamentally change an entire field," said T.J. Langer, Chief Executive Officer of Thyora Therapeutics. "The team has developed technologies with the potential to reshape how covalent medicines are discovered and developed and to reach disease targets long considered undruggable. We founded Thyora to bring those discoveries out of the laboratory and build a company capable of translating extraordinary science into transformative medicines for patients." Coinciding with the company's launch, researchers at Moffitt today published landmark findings in Science describing a novel strain-release bicyclobutane (BCB) chemistry that demonstrated exceptional cysteine selectivity while maintaining potent target engagement and improved drug-like properties in preclinical studies. The work establishes a promising new approach for designing safer, more selective covalent medicines and represents an important advance in the rapidly evolving field of targeted drug discovery. To translate these discoveries into medicines, Thyora has entered into an exclusive agreement with Moffitt, securing worldwide rights to the foundational technologies underlying its platform, including: * The proprietary bicyclobutane (BCB) covalent warhead technology for the development of next-generation covalent modulators. * The Covalogic(TM) AI-enabled chemoproteomics discovery platform. * Related intellectual property developed by Thyora co-founders Together, these complementary technologies create an integrated discovery platform capable of identifying, designing and optimizing highly selective covalent medicines against challenging disease targets. "From the beginning, our goal was to create technologies that could expand what is possible in covalent drug discovery," said Derek Duckett, Ph.D., co-founder of Thyora Therapeutics and chair of the Drug Discovery Department at Moffitt. "Launching Thyora gives us the opportunity to build an enduring platform that continually generates innovative medicines based on these scientific advances." Initially focused on oncology, Thyora is building a pipeline of differentiated precision covalent therapeutics while expanding the potential applications of its platform across additional serious diseases. By integrating proprietary chemistry, AI-enabled chemoproteomics and functional genomics, the company aims to create medicines with greater precision, improved selectivity and the potential to address important unmet medical needs. About Thyora Therapeutics Thyora Therapeutics is a biotechnology company leveraging next-generation covalent chemistry, with a mission to accelerate clinical translation and create therapies for high-unmet medical needs. Founded on breakthrough discoveries from Moffitt Cancer Center, the company's integrated discovery platform combines proprietary covalent chemistry, AI-enabled chemoproteomics and functional genomics to identify and develop differentiated therapeutics against high-value disease targets. Thyora is committed to transforming breakthrough science into life-changing medicines for patients with cancer and other serious diseases.
Moffitt Cancer Center to start using proton therapy in cancer treatment. Posted: Jul 17, 2026 / 06:48 PM EDT Updated: Jul 17, 2026 / 06:48 PM EDT PASCO COUNTY, Fla. (WFLA) - Moffitt Cancer Center is unveiling its new 'Proteus ONE' machine; with it, they will be able to offer proton therapy to patients across the Tampa Bay Area. This unique treatment is used to reduce the size of tumors near vital organs such as the brain, heart, and lungs because of its sub-millimeter precision. "The ability to use protons and ship protons around the exact dimensions of the tumor to millimeter accuracy is novel, and this ability to do that really allows us to treat cancer cells only and spare all other normal tissues from exposure," Dr. Kosj Yamoah, Chair of Moffitt's Department of Radiation Oncology, said. "I hope this machine that I'm going through will get rid of, will help my brain tumor as much as it can," said Alex Shaffer, a patient at Moffitt battling a brain tumor. "They removed a tumor that was the size of a cutie orange in his frontal lobe. So for there to be less of a chance of killing off the healthy brain cells, yes! Yes, please. So, it's amazing," Cindy Shaffer, Alex's mother, said. Alex has been receiving treatment for 30 years. For 9 of them, he's been a patient at Moffitt Cancer Center. The location of his tumor is what made him an ideal candidate for proton therapy. "It's really, really ideal for cancers that are in critical areas, in areas of high traffic. You know, things like in the brain," Dr. Yamoah said. This 'Proteus One' machine is one of 40 in the world and is located in Moffitt's Speros innovation campus in Pasco County. Experts say it has the capability to keep adapting as cancer research continues to advance. "I have personally been touched with cancer and several others in terms of my own family, and many others. So we know that this is a problem, and the goal is to convert cancer into maybe a chronic problem and cure it or eradicate it entirely," Dr. Yamoah said. Patients will receive proton therapy starting July 27th. Alex Shaffer will be the first one.
Moffitt Cancer Center tests AI tool for treatments, building personalized care for rare cancer. Updated June 11, 2026 12:09 AM EDT Published June 10, 2026 11:07 PM EDT A cancer diagnosis often brings a long list of unknowns for patients waiting to see which treatments will work best. To speed up that process, a research team in Tampa is turning to artificial intelligence to build better treatment plans. FOX 13's Briona Arradondo reports. The brief. * * Doctors at Moffitt Cancer Center in Tampa are using artificial intelligence to build personalized treatment plans for multiple myeloma, a rare blood cancer. * The new technology processes complex clinical data and tests cancer cells against 31 different drugs or combinations in a matter of hours. * Researchers are currently testing the tool with protected patient data to ensure security before expanding the platform to the masses. TAMPA, Fla. - A cancer diagnosis often brings a long list of unknowns for patients waiting to see which treatments will work best. To speed up that process, a research team in Tampa is turning to artificial intelligence to build better treatment plans. Tampa cancer research. What Fox 13 News know: Doctors at Moffitt Cancer Center are using a new artificial intelligence platform to personalize care for patients with multiple myeloma, a complex and rare blood cancer. The process begins in the lab, where teams take extra samples of cancer cells, break them apart and treat them in a dish against 31 different drugs or drug combinations. "It can take years and years and years and hundreds of thousands of dollars to put together for a bunch of patients. What we've done with AI is we've developed a tool where we can actually get all that done very, very efficiently and very, very effectively," said Dr. Ken Shain, a clinical investigator and physician at Moffitt Cancer Center. "Something that would take us five years to do for a thousand patients takes us hours now." The artificial intelligence tool looks at a patient's genetics, clinical data and specific drugs to help doctors put the puzzle pieces together quickly. By running the numbers for thousands of patients at once, the technology provides critical information within six days to help doctors build a tailored treatment plan. Expanding patient care. What Fox 13 News don't know: Medical experts have not yet confirmed exactly how long it will take to expand this artificial intelligence tool to the global public. While Shain has been using the technology to help his individual patients for a few months, senior member and Moffitt researcher Ariosto Silva noted that bringing the tool to the rest of the world requires going through several regulatory levels. "Whenever you have a chance to actually consent to giving samples for research, or your data as well, the clinical history data, please do so, it makes a big difference," said Silva. "Without this, our work wouldn't be possible." Medical decision making. What they're saying: Researchers emphasize that AI tools are designed to assist medical professionals rather than replace human judgment. "But it'd be even better if I had a way to make that decision easier and based on more information," Shain said. "That's what we hope AI does." The team said a patients' privacy is protected as they use the platform, just as with any clinical research. "There are several different layers to make sure that the researchers don't have access to information they shouldn't have to," Silva said. The Source: The information in this story was gathered from interviews with Moffitt Cancer Center clinical investigator Dr. Ken Shain and senior member Ariosto Silva by FOX 13's Briona Arradondo.