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Advanced Osteoarthritis Treatment in Florida: LDRT

How we treat Osteoarthritis

Ackerman Cancer Center offers Low Dose Radiaiton Therapy (LDRT) as a gentle, noninvasive option to relieve joint pain and stiffness caused by osteoarthritis. LDRT delivers substantially lower doses of X-rays to calm inflammation and improve function while protecting nearby healthy tissue. At Ackerman Cancer Center, all LDRT treatments are performed as a short series of painless, non-invasive sessions in our facility.   

How Does LDRT Work In Treating Osteoarthritis?

LDRT has been used for more than a century to treat arthritis and other inflammatory conditions. With modern imaging and advanced planning, our board-certified radiation oncologists work closely with our dedicated dosimetry and physics team to design a precise treatment plan for each patient. Very low doses of radiation are delivered to the affected joint, typically three times per week for six sessions. These small doses help reduce inflammation, stimulate healing, and restore joint mobility. About 80% of patients report improved pain and movement after completing treatment, often with minimal side effects.

Is LDRT Right For Me?

You may benefit from LDRT if you have osteoarthritis that has not improved with medications, physical therapy, or injections. This therapy offers a noninvasive alternative for pain relief and may help delay the need for surgery. Candidates often include those with daily joint pain, morning stiffness, or X‑ray evidence of arthritis. The care team at Ackerman Cancer Center will assess your condition and develop a personalized plan based on your needs.

Does Insurance Cover The Cost Of LDRT For Osteoarthritis?

Unfortunately, insurance does not cover the cost of this treatment. Most insurance providers consider these procedures elective rather than medically necessary, so they are not typically included in standard coverage.

After your consultation with a board-certified radiation oncologist, full payment will be due before your treatment begins.

What Is The Cost Of LDRT For Osteoarthritis?

The out of pocket cost is $4,000, which covers the full course of treatment. Please note that the initial consultation with a board-certified radiation oncologist will be billed separately through your insurance, and a co-pay may apply based upon your individual plan. 

For your convenience, we accept credit cards, debit cards, and cash at our office. 

What to Expect

For more information about the Ackerman Cancer Center and its available treatment options, please call (904) 513-3657 or click below.

What Is Osteoarthritis?

Osteoarthritis (OA) is the most common form of arthritis, affecting an estimated 33 million adults in the United States. This degenerative joint condition occurs when the protective cartilage covering the ends of bones gradually wears down, leading to pain, stiffness, and reduced mobility. As cartilage loss progresses, bones may begin to rub against each other, causing inflammation, bone spur formation, and increasing functional limitation. OA most commonly affects the knees, hips, hands, and spine — and it is the leading cause of joint replacement surgery in the United States.

At Ackerman Cancer Center, our board-certified radiation oncologists deliver personalized care using Low-Dose Radiation Therapy (LDRT) — an advanced, non-invasive treatment that helps manage osteoarthritis symptoms, preserve joint function, and improve quality of life for patients across Northeast Florida.

Osteoarthritis develops gradually and worsens over time without intervention. Common symptoms include:

  • Joint pain that increases with activity and improves with rest. In advanced stages, pain may occur at rest or wake you at night.
  • Stiffness after periods of inactivity or upon waking — typically lasting less than 30 minutes.
  • Swelling around the affected joint, caused by inflammation of the synovial membrane and fluid accumulation.
  • Reduced range of motion — a progressive loss of flexibility and difficulty moving the joint through its full range.
  • Crepitus — grinding, cracking, or popping sensations during joint movement.
  • Joint instability — a feeling of the joint “giving way,” particularly in the knees.

Without treatment, cartilage loss continues and cannot be reversed. Over time, this leads to bone spur formation (osteophytes), joint deformity, and increasing difficulty with everyday activities like walking, climbing stairs, gripping objects, and getting in or out of chairs.

Several factors increase your likelihood of developing osteoarthritis:

  • Age: OA is most common in adults over 50, and prevalence increases significantly with each decade of life.
  • Obesity: Excess body weight places additional mechanical stress on weight-bearing joints (especially knees and hips) and promotes systemic inflammation.
  • Joint injuries: Prior fractures, ligament tears, or meniscus injuries increase the risk of OA developing in that joint later in life.
  • Gender: Women are more commonly affected than men, particularly after age 55.
  • Genetics: Family history contributes to susceptibility — some people are genetically predisposed to cartilage breakdown.
  • Repetitive joint stress: Occupations or activities involving repetitive bending, lifting, or kneeling accelerate cartilage wear.
  • Joint malalignment: Structural abnormalities (such as bowed legs or knock-knees) alter joint mechanics and accelerate degeneration.

What Is the Best Treatment for Osteoarthritis?

There is no one-size-fits-all answer — the best osteoarthritis treatment depends on your symptom severity, which joints are affected, your age and activity level, and your treatment goals. Most patients progress through a spectrum of options:

  • Conservative treatments: Lifestyle modifications, exercise, physical therapy, and over-the-counter pain relievers. These are typically the first step and remain important throughout the management of OA.
  • Interventional treatments: Prescription medications, corticosteroid injections, or hyaluronic acid injections. These provide targeted relief but are often temporary.
  • Advanced therapies: When conservative and interventional approaches fail to provide adequate relief, advanced options come into play. Low-Dose Radiation Therapy (LDRT) is an emerging, non-invasive treatment that targets joint inflammation directly — without surgery, without long recovery periods, and without the side effects associated with long-term medication use.
advanced arthritis treatment ldtr

Common Osteoarthritis Treatment Options

Medications

Over-the-counter NSAIDs (ibuprofen, naproxen) and acetaminophen are the most widely used first-line treatments for OA pain. For more severe symptoms, prescription-strength NSAIDs, topical analgesics, or duloxetine may be recommended. While effective for short-term relief, medications treat symptoms rather than the underlying disease process.

Structured physical therapy programs strengthen the muscles around affected joints, improve flexibility, and help maintain range of motion. Low-impact exercise — walking, swimming, cycling — is consistently recommended for OA patients. Physical therapy is a cornerstone of OA management at every stage.

Weight management is one of the most impactful interventions for knee and hip OA — even modest weight loss of 10–15 pounds can significantly reduce joint pain and slow disease progression. Activity modification, assistive devices (braces, orthotics, walking aids), and ergonomic adjustments can also help manage daily symptoms.

Corticosteroid injections deliver anti-inflammatory medication directly into the joint, providing temporary relief that typically lasts weeks to months. However, repeated corticosteroid injections may accelerate cartilage breakdown over time. Hyaluronic acid injections (viscosupplementation) aim to restore joint lubrication but have variable effectiveness, and their benefits tend to diminish with repeated courses.

For patients with advanced OA who have exhausted non-surgical options, partial or total joint replacement (arthroplasty) is highly effective — but it is also highly invasive. Joint replacement requires general anesthesia, hospitalization, and months of rehabilitation. Not all patients are good surgical candidates due to age, cardiovascular risk, obesity, or other medical conditions. Complications — including infection, blood clots, and implant failure — are uncommon but real.

For patients who have not found adequate relief from medications, physical therapy, and injections — but who are not ready for, or not candidates for, joint replacement surgery — LDRT offers a different path. This non-invasive treatment uses precisely targeted, very low doses of radiation to reduce joint inflammation and relieve pain, without the risks and recovery of surgery.

advanced osteoarthritis treatment florida

Limitations of Traditional Osteoarthritis Treatments

Many patients with moderate-to-severe OA find themselves in a treatment gap: conservative measures are no longer providing enough relief, but surgery feels too drastic or is medically inadvisable. Common limitations include:

  • Medications provide temporary relief, not lasting solutions. NSAIDs treat pain and inflammation but do not slow cartilage loss. Long-term NSAID use carries risks of gastrointestinal bleeding, cardiovascular events (heart attack, stroke), and kidney damage.
  • Injections wear off. Corticosteroid injections offer weeks to months of relief at best, and repeated use may actually harm the joint. Hyaluronic acid injections have inconsistent results.
  • Surgery is not right for everyone. Joint replacement is effective but invasive — and carries inherent risks of infection, blood clots, implant failure, and anesthesia complications. Many patients over 70 with multiple medical conditions are not ideal surgical candidates.
  • There is a treatment gap. Millions of patients live with daily pain because the options between “take more pills” and “get surgery” have been too limited. LDRT fills this gap.

 

A New Approach: Low-Dose Radiation Therapy for Osteoarthritis

How Does LDRT Work In Treating Osteoarthritis?

LDRT has been used for more than a century to treat arthritis and other inflammatory conditions — particularly in Europe, where approximately 15,000 patients receive LDRT for inflammatory conditions annually in Germany alone. With modern imaging and advanced planning, our board-certified radiation oncologists work closely with our dedicated dosimetry and physics team to design a precise treatment plan for each patient.

Very low doses of radiation are delivered to the affected joint — typically three times per week for six sessions, with each session lasting approximately 10 minutes. Each fraction delivers just 0.5 Gy, for a total dose of 3 Gy — a fraction of the doses used in cancer treatment (which typically involve 40–80 Gy total).

At these low doses, radiation works through a fundamentally different mechanism than in cancer care. Rather than destroying cells, LDRT modulates the inflammatory process:

  • Transforms pro-inflammatory immune cells (M1 macrophages) into anti-inflammatory ones (M2 macrophages)
  • Reduces inflammatory cytokine production while increasing anti-inflammatory signals like TGF-beta1
  • Decreases leukocyte adhesion and migration into the inflamed joint
  • Reduces cartilage-degrading enzymes (MMP-13) while promoting collagen production


The result is reduced inflammation, less pain, improved joint mobility, and in many cases, a meaningful improvement in daily function. Published studies report that
up to 70–90% of patients experience significant pain relief and improved mobility after completing treatment, with the 2025 landmark LoRD-KNeA randomized controlled trial demonstrating a statistically significant 70.3% response rate versus 41.7% for placebo.

new osteoarthritis treatment

Why Choose LDRT at our Center?

A Leading Practice

Ackerman Cancer Center is the world's first private physician-owned proton therapy practice, founded in 1997 by Dr. Scot Ackerman. For nearly three decades, our board-certified radiation oncologists have treated thousands of patients using the most advanced radiation technologies available — and that same precision and expertise is what we bring to LDRT for osteoarthritis.

Expertise

Our physicians have deep experience in delivering precisely targeted radiation and managing treatment plans with meticulous attention to dose, safety, and outcomes. When you choose Ackerman for LDRT, you are receiving care from a team that has performed over 3,500 proton treatments and brings that same standard of excellence to every patient — cancer or non-cancer.

Why We Stand Out

Locations across Florida: Mandarin (Jacksonville, FL) Amelia Island, FL Advanced technology: State-of-the-art linear accelerators with precise imaging and treatment planning capabilities Leading physicians: Board-certified radiation oncologists with decades of experience in precision radiation delivery Personalized care plans: Every LDRT treatment plan is designed for your specific joint, symptoms, and goals Specializes in treating a variety of conditions.
what to expect during ldtr osteoarthritis treatment

What to Expect During Treatment

  • Consultation: You will meet with a board-certified radiation oncologist who will review your medical history, imaging (X-rays and/or MRI), and symptoms. Together, you will discuss whether LDRT is an appropriate option for your condition. This consultation will be billed through your insurance or can be paid OOP.
  • Treatment planning: A CT simulation is performed to create a detailed image of your joint. Our dosimetry and physics teams use this to design a targeted treatment plan that delivers the correct dose precisely to the affected area while minimizing exposure to surrounding tissues.
  • Treatment sessions: LDRT is delivered over six sessions, typically three times per week for approximately two weeks. Each session takes about 10 minutes. Treatment is completely painless — you will lie comfortably on the treatment table while the machine delivers the radiation to your joint. Payment for LDRT treatment at Ackerman Cancer Center is $4,000, due prior to first treatment, following your consultation. 
  • Recovery timeline: There is no recovery period. You can drive yourself to and from treatments and resume normal activities immediately. Most patients begin to notice improvement within two to six weeks after completing the course. Full benefits may continue to develop over the following months. A second course of treatment can be considered for patients who do not respond adequately to the first.

Comparing Osteoarthritis Treatment Options

Treatment

Invasiveness

Duration

Effectiveness

Recovery

Medication (NSAIDs)

Low

Short-term relief; ongoing use

Moderate — manages symptoms, not disease

None, but long-term side effect risks

Injections (Corticosteroid)

Medium — needle into joint

Temporary (weeks to months)

Moderate — variable; diminishes over time

Minimal — brief soreness

Injections (Hyaluronic Acid)

Medium

Temporary

Moderate — inconsistent results

Minimal

Physical Therapy

Low

Ongoing

Moderate — strengthens muscles, improves mobility

None

Joint Replacement Surgery

High — major operation

Long-term solution

High — replaces damaged joint

Significant — months of rehabilitation

LDRT

Low — non-invasive, outpatient

6 sessions over ~2 weeks

High — 70–90% report significant improvement

None — resume normal activities immediately

Frequently Asked Questions About Bladder Cancer Treatment

Does Insurance Cover The Cost Of LDRT For Osteoarthritis?

Unfortunately, insurance does not cover the cost of this treatment. Most insurance providers consider these procedures elective rather than medically necessary, so they are not typically included in standard coverage.

After your consultation with a board-certified radiation oncologist, full payment will be due before your treatment begins.

The out-of-pocket cost is $4,000, which covers the full course of treatment. Please note that the initial consultation with a board-certified radiation oncologist will be billed separately through your insurance, and a co-pay may apply based on your individual plan.

For your convenience, we accept credit cards, debit cards, cash, checks, and money orders at our office.

The best treatment depends on your specific situation — including which joints are affected, how severe your symptoms are, what treatments you have already tried, and your overall health. For many patients, a combination of physical therapy, weight management, and medications provides adequate relief. For those who have exhausted conservative options but are not ready for surgery, LDRT offers an advanced, non-invasive alternative that targets inflammation directly. Our radiation oncologists can help you evaluate your options during a consultation.

The most effective approach typically combines multiple strategies: regular low-impact exercise and physical therapy to maintain joint strength and flexibility, anti-inflammatory medications (NSAIDs) for acute pain management, and targeted interventions like corticosteroid injections for flare-ups. For patients who have not responded adequately to these approaches, LDRT provides a different mechanism of action — reducing inflammation at the cellular level — and studies report significant pain improvement in 70–90% of patients.

Low-Dose Radiation Therapy (LDRT) represents one of the most significant advances in non-surgical osteoarthritis treatment. While LDRT has been used for over a century in Europe (particularly Germany, where it is a standard treatment), it is now gaining adoption in the United States following the publication of the landmark LoRD-KNeA randomized controlled trial in 2025, which demonstrated statistically significant pain relief compared to placebo. Other emerging therapies include platelet-rich plasma (PRP) injections and regenerative medicine approaches, though these remain less well-studied.

Yes. LDRT uses very low radiation doses — a total of just 3 Gy over six sessions, compared to the 40–80 Gy used in cancer treatment. At these doses, the radiation works through anti-inflammatory mechanisms rather than cell destruction. Side effects are minimal — most patients experience no side effects at all, while a small number may notice mild, temporary skin redness at the treatment site. The treatment does not affect your ability to undergo joint replacement surgery in the future if needed. LDRT has been endorsed by the German Society of Radiation Therapy and Oncology (DEGRO) and is supported by more than 25 published studies and a growing body of randomized controlled trial evidence.

Start by evaluating where you are in your treatment journey. If you have not yet tried physical therapy, weight management, or anti-inflammatory medications, those should typically be your first steps. If you have tried these approaches without adequate relief and are considering your next options, a consultation with a radiation oncologist at Ackerman Cancer Center can help determine whether LDRT is appropriate for your specific case. We will review your imaging, medical history, and treatment history before making a recommendation.

The complete course of LDRT consists of six treatment sessions delivered over approximately two weeks (three sessions per week). Each individual session takes about 10 minutes. There is no preparation, no anesthesia, and no recovery time — you can drive yourself and resume normal activities immediately after each session. Most patients begin to notice improvement within two to six weeks after completing treatment, with benefits continuing to develop over the following months.

Ackerman Cancer Center offers LDRT for osteoarthritis at our Northeast Florida locations: Mandarin (Jacksonville) and Amelia Island. Our board-certified radiation oncologists have decades of experience delivering precise radiation therapy and will work with you to determine whether LDRT is the right option for your joint pain. Call (904) 880-5522 or schedule a consultation to learn more.

Feel Relief: Get Advanced Arthritis Treatment

You do not have to choose between living with chronic joint pain and undergoing major surgery. LDRT offers a proven, non-invasive alternative that has helped thousands of patients in Europe — and is now available right here in Northeast Florida.

Take the first step toward relief:

  • Schedule a consultation with a board-certified radiation oncologist to discuss whether LDRT is right for you
  • Speak with our team about your symptoms, treatment history, and goals
  • Insurance verification is available for the initial consultation — call (904) 880-5522 to get started
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Arlean Marcellus, BS

Physician Liaison

Arlean Marcellus joined Ackerman Cancer Center in March 2023 and leads physician outreach. She builds and strengthens meaningful partnerships with referring physicians, healthcare facilities, and medical groups, driving growth in patient referrals. Arlean holds a degree in Health Science with a concentration in Public Health from the University of North Florida. Beyond her work, she volunteers with Feeding Northeast Florida. In her free time, Arlean enjoys running, roller skating, and spending time with her family.

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Shelby Goodman, MSW

Oncology Social Worker

Shelby Goodman joined the Ackerman Cancer Center team in January 2023 as the oncology social worker. She earned her bachelor’s and master’s degrees in social work from the University of North Florida and went on to become a licensed clinical social worker (LCSW). With over five years of experience supporting individuals and families in the social work field, her practice focuses on psychosocial support, care coordination, and advocacy to enhance the quality of life for patients and their loved ones. Shelby is a member of the Florida Society of Oncology Social Workers (FSOSW). In her free time, she enjoys reading and spending time with her family and dog.

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Kali Molter, MBA

Community Relations Specialist

Kali Molter joined Ackerman Cancer Center in August 2024 and supports community outreach, marketing initiatives, and engagement efforts. She holds both a Master of Business Administration and a Bachelor of Business Administration in marketing from the University of North Florida. A Jacksonville native and Bishop Kenny alum, Kali is passionate about contributing to and strengthening the local community. She brings experience in hospitality and event management and serves on the Jacksonville Chamber’s NEXTUP JAX Professional Development and Community Engagement committees. Outside of work, Kali enjoys living at the beach, running and yoga, traveling, and is a lifelong Jacksonville Jaguars fan.

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Ceilidgh O'Brien, BS

Patient Relations Manager

Ceilidgh O’Brien is the patient relations manager at Ackerman Cancer Center, where she leads the patient relations team and helps ensure every patient experience is organized, supportive, and welcoming. She oversees scheduling and communications and is passionate about creating efficient processes that help patients and staff feel
informed, supported, and cared for. Ceilidgh earned a Bachelor of Science in health sciences from the University of South Florida in 2024 and values building strong, compassionate connections with both patients and colleagues. A Boston native, Ceilidgh traded snow for sunshine and now spends her free time running with friends
and supporting the Jacksonville Humane Society.

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Tiffany Vaughn, RT (R)(T)

Manager, Radiation Therapy & Imaging

Tiffany Vaughn brings extensive experience and steady leadership to Ackerman Cancer Center, with 24 years of service to the practice. For the past 15 years, she has served in leadership roles, overseeing both radiation therapy and imaging departments with a focus on quality care, collaboration, and operational excellence. Tiffany is a proud
member of the American Society of Radiologic Technologists and the American Registry of Radiologic Technologists. She earned her technologist degree from St.
Vincent’s Medical Center and completed radiation therapy training from Washburn
University. Outside of work, Tiffany enjoys spending time with her family, relaxing in or
around the water, and taking on hands-on projects around her home.

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Vivienne Bennett, MS, RT(R)(M)​

Clinic Manager

Vivienne Bennett joined Ackerman Cancer Center in November 2013 as a mammography technologist and was promoted in 2021 to oncology clinic manager, overseeing clinical operations across all four locations. She provides leadership for daily clinic operations, supports multidisciplinary oncology teams, ensures regulatory and accreditation compliance, and implements operational strategies to improve quality, safety, and patient experience. Vivienne holds a master’s degree in medical radiation sciences from the University of Sydney in Australia and is a member of the American Registry of Radiologic Technologists (ARRT). Outside of work, she enjoys watching sports, walking, and spending time with friends and family.

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Timothy Scott, RTR, RTT, CMD

Manager, Dosimetry, Facilities, & Research

Tim Scott joined Ackerman Cancer Center in 2003 and brings nearly 40 years of experience in radiation oncology and medical dosimetry operations. He oversees medical dosimetry, facilities, special projects, and research and has played a key role in nearly every building project and major technology launch at the center. Tim is passionate about innovation and the development, construction, and commissioning of advanced treatment technologies, including proton therapy. Beyond his professional work, Tim serves as a worship pastor and is a brass musician. In his free time, he enjoys restoring classic cars and spending time on the lake.

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Greg Sarkisov, BS

Director of Information Technology

Greg Sarkisov joined Ackerman Cancer Center in September 2019 and oversees all
facets of information technology and information security within the organization. Greg has over twenty years of experience in information technology and security. With over six of those years in our practice, he has led initiatives to strengthen our core security and expand the use of various technologies to help aid our staff in providing effective
and efficient patient care. Greg holds a Bachelor of Science degree in information
systems security from ITT Technical Institute. Outside of work, he stays active in the
community and is a member of the IT Council with the Jacksonville Chamber of
Commerce. In his free time, Greg enjoys spending time with his family and friends.

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Jennifer Zelaya, MHA

Director of Human Resources

Jenny Zelaya is the director of human resources at Ackerman Cancer Center and
Ackerman Urology, where she oversees all HR functions and fosters a positive,
inclusive workplace culture. She holds a master’s degree in health administration from the University of Miami and brings extensive experience in talent management, employee engagement, and regulatory compliance. Fluent in Spanish, Jennifer enjoys staying active outside of work, playing pickleball, golfing with friends and family, and spending time with her golden retriever, Lenny.

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Amy Mousa, CPA

Director of Finance and Accounting

Amy Mousa joined Ackerman Cancer Center in November 2021 and serves as the
director of finance and accounting. In her role, she oversees financial operations and supports the organization’s strategic and operational goals. Amy holds a Florida CPA license and earned her Bachelor of Business Administration in accounting from the
University of North Florida. Outside of work, she enjoys staying active, traveling, and
spending quality time with her family.

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Nelson Miksys, PhD, MCCPM

Chief Medical Physicist

Nelson Miksys joined Ackerman Cancer Center in October 2019. As chief medical physicist, Nelson manages the medical physics department, which is responsible for
quality assurance of all patient treatment plans, calibration of the radiation therapy equipment, maintenance of the radiation safety program, integration of new technology
into the clinic, and providing clinical technical support across all aspects of the cancer center. Nelson has over ten years of experience as a medical physicist and comes to Ackerman Cancer Center from The Ottawa Hospital Cancer Centre (Ottawa, Canada). Nelson has a PhD in medical physics from Carleton University (Ottawa, Canada) and a
master’s degree in medical and health physics from McMaster University (Hamilton,
Canada). Outside of work, Nelson is actively involved in his children’s sports activities and community social events and is passionate about maintaining a healthy lifestyle through regular physical fitness and outdoor activities.

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Robert Tokarz, MS, DABR

Vice President, Technical Services

Rob Tokarz joined Ackerman Cancer Center in January 2014 and oversees the Physics, Dosimetry, Therapy, Imaging, IT, and Transcription departments. He holds a Bachelor of Science in physics from Notre Dame and a Master of Science in medical physics from Columbia University. Rob has worked in the field of medical physics for 25 years and has worked previously at Memorial Sloan Kettering Cancer Center. Prior to his career in medical physics, Rob was an officer in the United States Navy, where he attained the rank of lieutenant commander. As a naval aviator, he flew Seahawk
helicopters out of Naval Station Mayport and was stationed overseas in Bahrain.

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Gigi Ackerman Schwartz, MBA

Vice President, Operations

Gigi Ackerman Schwartz joined Ackerman Cancer Center in November 2020 and leads strategic planning initiatives across all departments, directs all aspects of revenue cycle management, and works to develop and maintain relationships with community partners. Gigi holds an MBA from Tulane University. A Jacksonville native, she is involved in several local charitable and civic organizations. She serves as chair of the Art in Public Places Committee for the Cultural Council of Greater Jacksonville, is a member of the National Young Leadership Cabinet, and is a trustee of the Jewish Community Alliance and Jacksonville Jewish Center. In her free time, Gigi enjoys playing mahjong, exploring new hobbies with friends, and spending time with her husband and two-year-old daughter.

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Baylee Richter, BS

Community Relations Manager

Baylee Richter joined Ackerman Cancer Center in November 2024 and oversees digital campaigns, brand strategy, and community outreach and engagement. With more than eight years of experience in events and marketing, she has led initiatives that strengthen patient engagement, community awareness, and referral growth. Baylee holds a Bachelor of Science in hospitality and tourism management from Slippery Rock University of Pennsylvania. Outside of work, she stays actively involved in the community through her service on the board of the American Lung Association. She also supports the American Cancer Society’s Cowford Ball as a member of the children’s art project committee and contributes to the Jacksonville Chamber’s NEXTUP JAX program, serving on two committees. In her free time, Baylee enjoys spending time with her Australian Shepherd, Cooper, and cheering on the Pittsburgh Steelers.