UCLA Health

UCLA Health

Comprehensive health system with top hospitals

Overview

UCLA Health is a large, integrated healthcare system in Los Angeles that operates multiple hospitals and a wide network of primary- and specialty-care clinics. It provides medical services across many fields—from organ transplantation and cardiac surgery to neurosurgery and cancer treatment—and combines patient care with biomedical research. Its hospitals and physicians diagnose and treat complex illnesses and bring the latest medical discoveries into practice. UCLA Health stands out because it runs a comprehensive, highly ranked set of facilities (including Ronald Reagan UCLA Medical Center and UCLA Mattel Children’s Hospital) and emphasizes leading research, education, and specialized care across a broad regional network. The organization aims to deliver high-quality medical care while advancing medical knowledge and sharing new treatments with patients locally and globally.

Significant Headcount Growth

About UCLA Health

Simplify's Rating
Why UCLA Health is rated
B-
Rated B on Competitive Edge
Rated B on Growth Potential
Rated C on Differentiation

Industries

Healthcare

Company Size

10,001+

Company Stage

Grant

Total Funding

$25.3M

Headquarters

Bellflower, California

Founded

1955

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What believers are saying

  • Dr. Amir Iravani joined September 3, 2026, accelerating theranostics trials and referrals.
  • UCLA won $4 million NIH obesity microbiome funding on August 24, 2026.
  • UCLA secured $2.5 million NIH funding August 10, 2026 for home dementia sensing.

What critics are saying

  • UCLA lost Health Care LA's Medi-Cal specialty contract June 30, threatening 9,000 patients.
  • The Regents sued SCAN Health Plan February 13, 2026; a September 11 hearing looms.
  • By 2027, prolonged Medi-Cal backlash triggers UC oversight, damaging referrals and physician recruiting.

What makes UCLA Health unique

  • UCLA's independent nuclear medicine and theranostics department deepens PSMA leadership in 2026.
  • The 119-bed Mid-Wilshire neuropsychiatric hospital expands psychiatric capacity 61% this year.
  • UCLA combines academic research, trials, and large Southern California clinic coverage.

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Funding

Total Funding

$25.3M

Above

Industry Average

Funded Over

1 Rounds

Grant funding comparison data is currently unavailable. We're working to provide this information soon!
Grant Funding Comparison
Coming Soon

Benefits

Flexible Work Hours

Growth & Insights and Company News

Headcount

6 month growth

11%

1 year growth

11%

2 year growth

11%
Los Angeles Times
Sep 5th, 2026
Low-income patients at UCLA Health scramble to find new doctors as contract ends.

Low-income patients at UCLA Health scramble to find new doctors as contract ends. Thousands of low-income patients are losing access to doctors at UCLA Health after a Medi-Cal contract expired June 30. (Los Angeles Times) Sept. 5, 2026 3 AM PT See more from the L.A. Times in Google Search. Set Prospering In America, Inc. as preferred Thousands of low-income patients, some seriously ill, are scrambling to find new doctors as they lose access to UCLA Health physicians after a longtime Medi-Cal contract was not renewed. Under the contract that expired June 30, UCLA had been providing specialty care to 9,000 medically frail patients from Health Care LA, an association of nonprofit clinics that serve patients covered by Medi-Cal, the state program for the poor. "Many of these patients have been waiting for months to be seen by UCLA specialty medicine providers and are now being told they cannot receive the care they desperately need," Health Care LA said in a Thursday news release. The patients had gone to UCLA for cancer and infectious-disease treatments, high-risk women's services, major organ transplants and other specialty medicine care, the association said. A Friday news conference that Health Care LA had scheduled to detail the problems patients faced in getting care was abruptly canceled when the two sides said they had reached a tentative agreement on how to transition the patients to other doctors over the next year. "To help ensure a smooth transition for patients, both organizations have agreed that established UCLA Health patients, individuals with existing appointments, and patients requiring other agreed-upon services will continue to be cared for at UCLA Health facilities," Phil Hampton, a university spokesman, said in a statement. Although some patients will continue to be seen by UCLA doctors, he said, "accepting an unlimited number of new referrals presents challenges given existing capacity constraints and the need to preserve timely access for existing patients." Sabra Matovsky, chief executive of Health Care LA, said in an interview on Thursday that UCLA had declined to renegotiate the contract. "They never even asked us for a raise," she said, "They just want us out." March 29, 2026 She said that university officials had pointed to "capacity issues" at Ronald Reagan UCLA Medical Center in Westwood, including in the emergency room and dozens of specialty clinics. "To solve this by pushing out Medi-Cal patients while you continue to expand and market and take on other patients is not a solution," Matovsky said. Hampton said UCLA had offered to extend the contract, but Health Care LA rejected the offer. The end of the Medi-Cal contract disappointed some UCLA medical professionals who have been urging the public university to provide care to more of L.A. County's low-income residents. "It feels like this is profits over patients," said Dr. Patrick Samones, a fellow at UCLA Health, who trained at the university in family medicine. "UCLA is one of L.A.'s most important healthcare institutions," said Samones, who represents members of the Committee of Interns and Residents, which is part of Service Employees International Union. "We feel it has a duty to serve all Californians." In recent years, UCLA Health has been expanding fast and now has almost 300 locations throughout Southern California, including in wealthier places such as Montecito, Malibu and Westlake Village. At the same time, it provides less care to Medi-Cal patients than its sister university health systems: UC Irvine, UC San Diego, UC San Francisco and UC Davis, according to university statistics. Last year, about 15% of UCLA Health's net patient service revenue came from Medi-Cal, according to the university health systems' annual report. The four other UC health systems each received about 22% of that revenue from Medi-Cal. About 40% of L.A. County residents are insured by Medi-Cal, according to a recent report by the California Health Care Foundation. July 20, 2026 Hampton said the net patient service revenue data from the annual report doesn't capture UCLA's "extensive contributions to caring for Medi-Cal patients" and isn't "a fair basis for comparing academic health systems." He added that with the university's expansion of clinics, "we are providing substantial specialty care to Medi-Cal and Medicare patients" throughout L.A. County. "Unlike county-owned hospitals, UCLA Health relies almost exclusively on patient care revenue to fund operations, expand access, recruit clinicians and invest in facilities and technology," he said. Hampton said UCLA has other contracts to serve Medi-Cal patients, which will continue. The health system also provides more than $270 million in unreimbursed care for low-income patients each year, he said, as well as primary and urgent care for people experiencing homelessness. In addition, UCLA is spending $500 million to create a new neuropsychiatric hospital in Los Angeles' Mid-Wilshire neighborhood, he said. "We continue to fortify our region's safety net despite growing access demands and challenges," Hampton said. In the most recent fiscal year, he said, Medi-Cal patients comprised 26% of 336,600 inpatient days and 34% of 156,000 emergency department visits. "UCLA Health's long-standing commitment to serving vulnerable populations in Southern California is well-established," he said. Aug. 3, 2026 Hampton said the net patient service revenue data doesn't reflect the complexity of care delivered by UCLA and is affected by Medi-Cal reimbursement rates and payment policies, which vary by region and health plan. "Over time, Medi-Cal reimbursement has not kept pace with the cost of providing care, and UCLA Health has experienced increasing payment denials and delays," he said. UCLA specialists had been caring for Health Care LA's seriously ill patients under the contract since 2009. "They were the provider that did all the complicated care," Matovsky said. "UCLA was our go-to." More to read. Inside the business of entertainment. The Wide Shot brings you news, analysis and insights on everything from streaming wars to production - and what it all means for the future. By continuing, you agree to its Terms of Service, which include arbitration and a class action waiver. You agree that Prospering In America, Inc. and its third-party vendors may collect and use your information, including through cookies, pixels and similar technologies, for the purposes set forth in its Privacy Policy such as personalizing your experience and ads. Melody Petersen is an investigative reporter for the Los Angeles Times, writing about business and healthcare. Send her tips securely on Signal at (213) 327-8634.

UCLA Health
Sep 3rd, 2026
Nuclear medicine physician-scientist Dr. Amir Iravani joins UCLA Health to lead Theranostics Program.

Nuclear medicine physician-scientist Dr. Amir Iravani joins UCLA Health to lead Theranostics Program. Dr. Iravani brings expertise in molecular imaging and radiopharmaceutical therapy to help expand research and clinical cancer care Dr. Amir Iravani will serve as director of the Theranostics Program and vice chair of clinical research in the department of nuclear medicine and theranostics. September 3, 2026 Dr. Amir Iravani, a nationally recognized nuclear medicine physician-scientist specializing in molecular imaging and targeted radiopharmaceutical therapies for patients with cancer, has joined UCLA Health where he will serve as director of the Theranostics Program and vice chair of clinical research in the department of nuclear medicine and theranostics. In his new roles, Iravani will work with colleagues across the health system, including the David Geffen School of Medicine at UCLA and the UCLA Health Jonsson Comprehensive Cancer Center, to advance the integration of theranostics into cancer care, expand clinical trials and research opportunities and develop new collaborations in precision health. "I have followed UCLA's leadership in radiopharmaceutical therapy and molecular imaging for many years, so this opportunity was very consistent with what I wanted to do at the next stage of my career," said Iravani. "The establishment of an independent department of nuclear medicine and theranostics makes this an especially exciting time to join UCLA and help advance the field." Iravani brings extensive experience in theranostics, having trained at the Peter MacCallum Cancer Centre in Melbourne, Australia, a world-leading center in the field. More recently, he served as theranostics clinical director at Fred Hutchinson Cancer Center in Seattle and was an associate professor of radiology at the University of Washington School of Medicine, where he helped advance clinical care and research in molecular imaging and theranostics. Iravani has a distinguished record of research in molecular imaging and radiopharmaceutical therapy, with a focus on developing more personalized approaches to cancer treatment. His work spans across various malignancies, including neuroendocrine tumors, prostate cancer, and thyroid cancer. He studies how imaging biomarkers can be used to identify patients most likely to benefit from targeted therapies, optimize treatment schedules and monitor how tumors respond to treatment. His research has included the use of prostate-specific membrane antigen, or PSMA, imaging to guide radiopharmaceutical therapy for prostate cancer. PSMA PET imaging allows physicians to visualize the presence and distribution of PSMA-expressing prostate cancer throughout the body and can help identify patients who may benefit from PSMA-targeted therapies. More recently, Iravani has focused on further personalizing radiopharmaceutical therapy by using quantitative information from imaging, along with other biomarkers such as liquid biopsies, to determine the most appropriate dose and timing of treatment for individual patients. Iravani's vision for the UCLA program includes expanding theranostics beyond its current applications in prostate cancer and neuroendocrine tumors. He plans to help bring novel radiopharmaceutical therapies into clinical trials at UCLA and explore opportunities to develop treatment options for patients with additional solid tumors and hematologic malignancies. "The next step is integrating theranostics more fully into cancer care and expanding it beyond the diseases where we currently have approved treatments," said Iravani. "There are many novel agents in development, and I hope we can bring more of these early clinical trials to UCLA and give patients access to promising new treatments." The expansion will build on UCLA's longstanding leadership in molecular imaging and radiopharmaceutical therapy. The department of nuclear medicine and theranostics, which became an independent department in 2026, brings together clinical care, translational research, radiochemistry, preclinical research and clinical trials to accelerate the development of new diagnostic and therapeutic approaches. "Dr. Iravani brings a unique combination of clinical expertise and research innovation that will further strengthen UCLA's leadership in theranostics," said Dr. Johannes Czernin, acting chair of the department of nuclear medicine and theranostics. "His experience in developing personalized treatment strategies and conducting clinical research will help us expand the impact of this field and bring new options to our patients." UCLA has been a leader in advancing theranostics from discovery to patient care. Over the past decade, UCLA physician-scientists have pioneered advances in PSMA PET imaging and radiopharmaceutical therapy, including research that helped establish PSMA PET as an important tool for detecting prostate cancer throughout the body and supported the development of targeted radiopharmaceutical therapies now used to treat patients with advanced disease. For Iravani, the ultimate goal of advancing theranostics is to improve the lives of patients. "My major motivation is seeing patients benefit from the interventions we develop - improving their quality of life and, hopefully, their longevity," said Iravani. "I'm excited to work in a vibrant, collaborative environment where we can bring together people with the same goal of improving outcomes for patients." Book an appointment. See a doctor, virtually or in-person, with our easy online booking options. Articles: Services: Media contact. Denise Heady 310-948-3691

Cure Cancer With AI
Aug 29th, 2026
A revolutionary approach to early-stage lung cancer diagnosis and treatment.

A revolutionary approach to early-stage lung cancer diagnosis and treatment. August 29, 2026 The recent developments in precision surgical techniques for diagnosing and treating early-stage lung cancer, as reported by UCLA researchers Dr. Bryan Burt and Dr. Reza Ronaghi, represent a significant stride in oncology. This new system aims to expedite the diagnosis and treatment process for lung cancer, a disease notorious for its rapid progression. For cancer patients and their families, this innovation could mean not just faster answers and treatment options, but potentially better health outcomes and enhanced overall experiences during a trying time. What happened? Dr. Burt and Dr. Ronaghi's research introduces a groundbreaking platform designed to streamline the lengthy process traditionally associated with lung cancer diagnosis and treatment. Historically, patients often faced long waiting periods to receive their diagnoses and determine the appropriate treatment plan, which can allow the cancer to grow and spread, diminishing the chances of successful intervention. The new approach promises to change that by enabling faster diagnosis and treatment, thereby improving patient outcomes. Background: the importance of speed in lung cancer care. Lung cancer is one of the leading causes of cancer-related deaths worldwide. Its aggressive nature means that early detection is crucial in improving survival rates. According to the American Cancer Society, the five-year survival rate for lung cancer is significantly higher when the disease is diagnosed at an early stage. Unfortunately, delays in diagnosis can allow the cancer to advance, making treatment more complex and less effective. The traditional diagnostic pathway can include multiple imaging studies, biopsies, and consultations, which can take weeks or even months. During this time, patients may experience increased anxiety, uncertainty, and deterioration in their health. The new precision surgical approach developed by UCLA aims to mitigate these delays, potentially transforming the patient experience from one of uncertainty to one of proactive care. How AI fits into cancer research and the path toward better treatments. While the recent advances from UCLA focus on surgical techniques, artificial intelligence (AI) and machine learning are increasingly vital in the broader landscape of cancer research. AI has the potential to revolutionize various aspects of oncology, from diagnostics to drug discovery and treatment personalization. By analyzing vast datasets, AI can identify patterns and insights that may be missed by human analysts, leading to more accurate and timely diagnoses. AI-Powered diagnostics. In the realm of lung cancer, AI algorithms can assist radiologists in interpreting imaging studies, such as CT scans, more efficiently. These technologies can help detect early-stage tumors with greater accuracy, thus enabling earlier intervention. Furthermore, machine learning models can analyze patient data to predict responses to various treatment modalities, allowing for a more personalized approach to care. Machine learning in drug discovery. Beyond diagnostics, AI is playing a pivotal role in drug discovery, helping researchers identify new compounds that may be effective against cancer cells. By simulating how different drugs interact with cancerous tissues, AI can significantly reduce the time and cost associated with bringing new therapies to market. This is particularly important in lung cancer research, where new treatment options are desperately needed. What patients and readers should know. For patients facing a lung cancer diagnosis, the new precision surgical approach developed by Dr. Burt and Dr. Ronaghi offers hope for a more efficient and less stressful experience. Early diagnosis and treatment can substantially improve outcomes and quality of life. However, it is essential for patients and their families to stay informed about advancements in cancer research and treatment options. Resources like curecancerwithai.com play a crucial role in keeping patients and advocates updated on the latest developments in AI and oncology. By providing educational content and research updates, this platform serves as a valuable resource for those navigating the complex world of cancer treatment innovation. Staying informed can empower patients and their families to make better decisions about their care. Conclusion. The emerging precision surgical approach to diagnosing and treating early-stage lung cancer marks a significant advancement in oncology. By reducing the time it takes for patients to receive diagnoses and start treatment, this approach has the potential to improve health outcomes and alleviate the stress that often accompanies a cancer diagnosis. As artificial intelligence continues to reshape the landscape of cancer research and treatment, staying informed through resources like curecancerwithai.com will be crucial for patients, families, and advocates seeking the latest information in the fight against cancer.

UCLA Health
Aug 24th, 2026
UCLA receives $4M NIH grant to study probiotic treatment for obesity.

UCLA receives $4M NIH grant to study probiotic treatment for obesity. August 24, 2026 UCLA Health's Dr. Arpana Church has received a $4 million federal grant to test whether a specific probiotic blend can influence the communication network linking the gut, its microbiome and the brain in adults with obesity, with the goal of understanding how these changes may influence food cravings and eating behaviors. Funded by the National Institutes of Health's National Center for Complementary & Integrative Health, the five-year project Probiotic Regulation of Gut-Microbiome-Brain Interactions in Obesity and Eating Behaviors (PROBE) will enroll 250 participants with obesity in a randomized, double-blind, placebo-controlled clinical study. Over 60 days, participants will receive either the probiotic blend or a placebo. Rather than focusing only on whether probiotics improve clinical outcomes, PROBE will investigate how probiotics may work and which individuals are most likely to benefit. Researchers will examine changes in the gut microbiome and the molecules it produces, as well as markers of inflammation and the integrity of the intestinal and blood-brain barriers. Together, these measures are expected to provide a detailed picture of how probiotic-induced changes in the gut may be communicated throughout the body and ultimately to the brain. Additionally, the study will conduct brain imaging using ultra high-field MRI to obtain a more detailed look at participants to obtain detailed measures of brain structure, function and connectivity. The researchers will examine brain circuits involved in reward, motivation, food cravings and eating behavior to determine whether changes in the gut microbiome following probiotic treatment are associated with changes in these neural systems. Ultimately, the findings could help identify biomarkers that predict who is most likely to respond to microbiome-targeted interventions and inform more personalized approaches to obesity prevention and treatment. The project will include researchers from the UCLA Department of Medicine; the Division of Gastroenterology, Hepatology; and the Goodman-Luskin Microbiome Center as well as collaborators with the University of Southern California Stevens Neuroimaging and Informatics Institute. The study is set to begin in August 2026 and end in July 2031. Articles: Services: Team member. Arpana Church, PhD Gastroenterology Media contact. Will Houston

UCLA Health
Aug 10th, 2026
UCLA Health to collaborate on $2.5M NIH project to develop a pendant for early Alzheimer's disease detection, fall risk.

UCLA Health to collaborate on $2.5M NIH project to develop a pendant for early Alzheimer's disease detection, fall risk. Researchers aim to spot early changes in memory, thinking, and balance - and track them from home, without a clinic visit. August 10, 2026 UCLA Health is set to collaborate on a $2.5 million federally funded study to test whether a wearable pendant can detect early signs of dementia as well as fall risk. The grant from the National Institute on Aging of the National Institutes of Health will support the 12-month study with 100 older adults to confirm whether the pendant sensor can tell, from the comfort of the participants' homes, the presence and severity of cognitive difficulties as well as how those change over time. Bijan Najafi, professor of surgery and research director of the UCLA Center for Advanced Surgical and Interventional Technology (CASIT) at the David Geffen School of Medicine at UCLA, will serve as a principal investigator on the award alongside Ashkan Vaziri, founder and chief executive officer of biotechnology company BioSensics. BioSensics is the primary grant awardee while UCLA Health is a sub-awardee. UCLA is leading the clinical study, conducted with co-investigator Linda Ercoli, director of UCLA Longevity Center and a clinical neuropsychologist specializing in cognitive aging. Alzheimer's disease is the most common cause of dementia, which affects an estimated 55 million people worldwide. That number is expected to top 75 million by 2030. The disease often begins to affect memory and thinking years before it is diagnosed, but catching it early is difficult. Current cognitive tests usually require a clinic visit and a trained specialist, and they capture only a snapshot of how someone is doing on a single day. There is also no widely available way to keep track of these changes as people go about their everyday lives. "The way we walk and talk at the same time is a surprisingly good window into how the brain is working, and small changes can show up long before a diagnosis," said Najafi. "If we can measure those changes at home with something as simple as a pendant, we can catch problems earlier, follow them more closely, and warn patients and families about risks like falls - all without adding another trip to the clinic." Articles: Services: Physician. Linda M. Ercoli, PhD Geropsychology, Psychology Team member. Bijan Najafi, PhD Media contact. Will Houston

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