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  1. University of Arkansas for Medical Sciences
  2. Winthrop P. Rockefeller Cancer Institute
  3. Magazine
  4. 2022-2023
  5. Page 2

2022-2023

Researchers fight Myeloma 

Carolina Schinke, M.D.

Clinical Trial for Drug to Battle Myeloma Underway at the UAMS Myeloma Center

Carolina Schinke, M.D., is leading a clinical trial at the University of Arkansas for Medical Sciences (UAMS) Myeloma Center to study the effectiveness of a new myeloma-fighting drug, talquetamab. 

The trial is titled “A Phase 1/2, First-in-Human, Open-Label, Dose Escalation Study of Talquetamab, a Humanized GPRC5D x CD3 Bispecific Antibody, in Subjects with Relapsed or Refractory Multiple Myeloma.” Through it, researchers will study the response rates to talquetamab, a bispecific antibody. Schinke and other researchers are studying how effective the drug is, what the response rates are and how long they last. 

Bispecific antibodies like talquetamab act as connectors, collecting and binding a myeloma cell with a specific marker to one side and a T-cell to the other, bringing the two together so the T-cell become highly activated and kill the myeloma cell. The specific marker on the myeloma cells that talquetamab targets is called GPRC5D. 

Eight patients at the Myeloma Center, part of the Winthrop P. Rockefeller Cancer Institute, are currently taking part in the trial and receiving treatments every other week, while another four are in the process of enrolling. The international phase II trial, held at UAMS and other locations around the U.S. and in Europe, will have 60 patients enrolled in it. 

Like the new CAR T-cell therapy treatment, talquetamab is best suited for relapsed patients who have exhausted all of their previously available treatment options and whose disease has progressed despite having been through at least three treatment lines.

“With the CAR T-cell treatment, we only have one company so far that’s been approved to offer it, it’s not easy get and the T-cells need to be collected and genetically manipulated, so the patient has to wait six weeks before they can even begin treatment,” Schinke said. “Those who are in dire need can’t wait that long.”

“There are other bispecific antibodies in clinical trials, but they target other markers, including BCMA on myeloma cells,” Schinke said. This is the first antibody targeting GPRC5D.

So far, about 70% to 80% of the patients are responding well to talquetamab, and the drug’s side effects appear to be mild. Those side effects may include a cytokine release syndrome in particular during early injections, low blood counts and potential damage to normal cells that produce GPRC5D, such as hair follicles and fingernails.

“All the patients we’ve enrolled have had a response, but early trial data has shown that this is unfortunately not going to be a cure,” Schinke said. “It’s just a matter of seeing how long it will last.

“All of the patients in the trial will be followed until their disease progresses. While talquetamab is the sole treatment in this clinical trial, efforts to combine it with other drugs in the future are already underway,” Schinke said. 

Filed Under: Clinical Trials

Clinical Trials Office Grows in Preparation for NCI Designation

The 65-person Clinical Trials Team at the Winthrop P. Rockefeller Cancer Institute oversees approximately 260 active clinical studies, averaging 500 participants across 12 cancer types annually. 

Trials include Phase 1 interventional treatment trials, NCI cooperative group studies and multiple investigator initiated trials. 

Investigators have access to a dedicated Phase 1 Infusion Center, disease specific nursing and clinical research coordinator teams and an administrative team made up of regulatory specialists and financial analysts.

In the last year, the team has doubled in size, adding new employees across all teams and an organizational structure consistent with NCI Designated cancer centers.
“We have more than doubled our industry sponsored portfolio while balancing our cooperative group and investigator initiated studies,” said Director Matt Kovak, M.S., CCRP.

“We’re planning for exponential growth. As we diversify and expand our portfolio, we will expand trials across the entire state of Arkansas. Our goal is to provide clinical trials to rural and underrepresented areas across the state.”

Matthew Kovak
Matt Kovak, M.S., CCRP
Director, Cancer Clinical Trials Office
Email: cancerclinicaltrials@uams.edu

High enrolling studies

260 active clinical studies averaging 500 participants across 12 cancer
types annually.

NRG-GY006

A Randomized Phase III Trial of Radiation Therapy and Cisplatin Alone or in Combination with Intravenous Triapine in Women with Newly Diagnosed Bulky Stage IB2, or Stage II, IIIB, or IVA Cancer of the Uterine Cervix or Stage II-IVA Vaginal Cancer. This trial, led by Heather Williams, M.D., compares any good or bad effects of adding Triapine to the usual cisplatin chemotherapy and radiation therapy, compared to using cisplatin chemotherapy and radiation therapy alone.

S1914

A Randomized Phase III Trial of Induction/Consolidation Atezolizumab (NSC #783608) + SBRT versus SBRT Alone in High Risk, Early Stage NSCLC. This trial, led by Sanjay Maraboyina, M.D., compares overall survival in patients with inoperable non-small cell lung cancer with both radiation and atezolizumab versus radiation alone.

NRG HN006

Randomized Phase II/III
Trial of Sentinel Lymph Node Biopsy versus Elective Neck Dissection for Early-Stage Oral Cavity Cancer. This trial, led by Emre Vural, M.D., looks at the effects of neck and shoulder function zand discomfort compared between sentinel lymph node biopsy or the usual surgery for this type of cancer. 

LUNGMAP

A Master Protocol to Evaluate Biomarker-Driven Therapies and Immunotherapies in Previously Treated Non-Small Cell Lung Cancer (Lung-MAP Screening Study). This study, led by Konstantinos Arnaoutakis, M.D., is being conducted to find out if targeted or immunotherapy treatment will have an effect on specific genes and proteins in the tumor.

Filed Under: Clinical Trials

Care Creates Comfort

Social Work Provides Essential Support to Ease the Cancer Burden

Patients and families come to the Winthrop P. Rockefeller Cancer Institute from many places, in various stages of their disease and from many different life situations. Some are dealing with a new cancer diagnosis, while others are facing an unexpected and unsettling recurrence. Some are able to handle the financial stressors of a chronic illness, but understandably, are knocked off balance emotionally. Many are also in the almost 20% of Arkansans who fall below the federal poverty guidelines — or they are in the group just over those guidelines who still experience financial struggles.

In the last 10 years, the Cancer Institute Social Work Department has focused more on addressing all of the stressors that impact patients and families — those that limit access to treatment, compliance with medical recommendations and overall quality of life.

“We are integrated into the clinic teams to raise awareness of psychosocial issues affecting the medical picture and increase the identification of patients who need services,” said Harriet Farley, social work program manager.

“We’re trained to view people within their situations, so we look at the whole person and what types of support are needed to help strengthen individuals and families going through treatment,” she said.

Some patients need housing while they are receiving ongoing treatment. Many are not able to afford the frequent trips between their homes and Little Rock for multiple medical appointments and treatments. Often, patients have limited or no insurance coverage for medications.

“Many of our patients and families were experiencing food insecurity before the cancer diagnosis hit their family. Now they have the normal family food needs and the specialized nutritional needs of the patient,” said Farley. 

For patients who enter the oncology world with a financial deficit, the social work department supports these needs with assistance in local housing, transportation (gas cards, van, taxi and LYFT rides), medications and food (meal tickets and food bags). The Cancer Institute Auxiliary provides the majority of funding needed to provide this assistance through their annual grants, in addition to personal donations and grants from the American Cancer Society. 

It’s common for patients and their caregivers to experience depression, anxiety and difficulties reconciling the other aspects of their lives with cancer. Social workers often provide or make referrals for mental health services that can help people navigate this challenging time in their lives. 

“It can be overwhelming for patients,” said Farley. “We often serve as advocates for patients and families with the medical team to help facilitate communication and understanding in an unfamiliar territory.”

If you or someone you know could benefit from assistance, please contact Cancer Institute Social Work at 501-603-1612.

Cancer Institute social workers help patients deal with the stress that comes with a cancer diagnosis. 
Cancer Institute social workers help patients deal with the stress that comes with a cancer diagnosis. 

Filed Under: Clinical Advancements

Clinical Overview

  • 2,700+ new cancer patients
  • 150,000+ patient visits
  • Arkansas’ only CAR T-cell therapy provider for relapsing multiple myeloma, acute leukemias and lymphomas
  • 35+ cancer types 
  • Patients from all 50 U.S. states and all 75 Arkansas counties

Specialty Clinics 

  • Behavioral Medicine 
  • Breast Center 
  • Cancer Nutrition
  • Cardio-Oncology 
  • Dermatology Oncology
  • Head and Neck Oncology 
  • Hematology Oncology 
  • Medical Oncology 
  • Myeloma 
  • Neuro-Oncology
  • Neurofibromatosis 
  • Orthopedic Oncology 
  • Palliative Care 
  • Radiation Oncology 
  • Surgical Oncology
  • Urology Oncology
  • Gynecologic Oncology
  • Lymphedema 
  • Cancer Survivorship (post-treatment, monitoring and support)

Clinical Leaders

Fritz van Rhee, M.D., Ph.D.
Fritz van Rhee, M.D., Ph.D.
Director, Myeloma Center
Shi-Ming Tu, M.D.
Shi Ming-Tu, M.D.
Director, Solid Tumors
Muthu Veeraputhiran, M.D., MPH, FACP
Muthu Veeraputhiran, M.D., MPH, FACP
Director, Hematology, Stem Cell Transplantation and Cellular Therapy

Filed Under: Clinical Advancements

Institute Welcomes Dr. Shi-Ming Tu, Genitourinary Cancer Expert from MD Anderson

Joining the Winthrop P. Rockefeller Cancer Institute’s growing team of clinicians is Shi-Ming Tu, M.D., who specializes in the treatment of genitourinary cancers.

A fellowship-trained medical oncologist from MD Anderson Cancer Center with 30 years of clinical experience, Tu treats cancers of the urinary system of men and women and the reproductive organs in men. Prostate cancer is the most common genitourinary malignancy and the third highest cancer diagnosis in Arkansas with an estimated 2,680 cases per year

“Dr. Tu will bolster a growing team of physicians and scientists in the battle against genitourinary malignancies,” said Michael Birrer, M.D., Ph.D., Cancer Institute director and UAMS vice chancellor. “He joins a multidisciplinary team of clinicians committed to holistic and patient-centered cancer care, including uro-oncologic surgeons, radiation oncologists specializing in modern treatments of GU tumors and other clinical specialists.”

Before joining UAMS, Tu served for 28 years on the medical oncology faculty at the University of Texas MD Anderson Cancer Center in Houston. There, he conducted clinical and translational research relating to genitourinary cancers, authored or co-authored more than 100 peer-reviewed research articles, presented at national and international conferences and developed a highly regarded clinical practice. In addition to clinical work on the main campus, he also conducted specialty clinics at one of MD Anderson’s satellite network sites in the greater Houston area. 

After earning his medical degree from Washington University in St. Louis and completing residency at the University of Illinois Hospitals, Tu completed a clinical fellowship in genitourinary medical oncology at MD Anderson Cancer Center. He holds a bachelor’s degree from Johns Hopkins University. 

Sunny Singh, M.D.
Sunny Singh, M.D.
Director, UAMS Baptist Health Cancer Center, North Little Rock
Phone: 501-214-2170
Shi-Ming Tu, M.D.
Shi-Ming Tu, M.D.
Specializes in the treatment of genitourinary cancers
Phone: 501-296-1200

Filed Under: Clinical Advancements

A Shared Commitment to Cancer Care in Arkansas

Baptist’s North Little Rock campus

Institute Partners with Baptist Health to Expand Clinical Services Statewide

In August 2021, the Winthrop P. Rockefeller Cancer Institute opened its first satellite cancer center in partnership with Baptist Health. The new UAMS Baptist Health Cancer Center located on Baptist’s North Little Rock campus is one of many jointly run cancer clinics planned around the state. 

The North Little Rock center is staffed by UAMS medical and radiation oncologists and nurses, offering medical oncology, infusion and radiation therapy services for most cancer types.

“This collaboration benefits the people of Arkansas by bringing the most advanced cancer care in the state closer to where people live,” said Cam Patterson, M.D., MBA, UAMS chancellor and CEO of UAMS Health. “Building on our longstanding relationship, UAMS and Baptist Health are taking steps to expand the innovative and unique oncological care found at UAMS’ Winthrop P. Rockefeller Cancer Institute into all corners of the state.”

“The opening of UAMS Baptist Health Cancer Center on our Baptist Health Medical Center North Little Rock campus is just the beginning of our cancer partnership and another example of our shared commitment to bring the best health care to the people of Arkansas,” said Troy Wells, president and CEO of Baptist Health. “Uniting together against cancer, this partnership will leverage our network of 11 hospitals and 100 clinics to bridge the gaps in state-of-the-art cancer care where patients need these services most across the state.”

The center’s two clinics, a Medical Oncology and Infusion Clinic and a Radiation Therapy Clinic, are both located at 3401 Springhill Drive in the Baptist Health Springhill Medical Plaza in North Little Rock. Future clinics are planned at Baptist Health’s main campus in Little Rock and Fort Smith.

“This is the start of a statewide cancer network that will allow us to provide cancer services throughout Arkansas,” said Michael J. Birrer, M.D., Ph.D., UAMS vice chancellor and director of the Cancer Institute. 

Learn more

Filed Under: Clinical Advancements

Proton Center of Arkansas

Proton Center of Arkansas

The three-story center will include conventional X-ray therapy on the first floor with three LINAC bays and a CT simulation room. Proton therapy will be provided on the second floor with a pedestrian bridge to the patient parking deck. In addition to the proton treatment room, the second floor will include a High Dynamic Range Ultrasound Imaging Room, T-Cell Receptor Room, CT Simulation Room, Dosimetry Room and a family waiting area. Equipment installation is underway. 

The first patient is expected to be treated in September 2023. 

Set for 2023 Opening 

In good news for Arkansas cancer patients, the UAMS Winthrop P. Rockefeller Cancer Institute will open the state’s first proton therapy center in 2023. The Cancer Institute is partnering with Arkansas Children’s, Baptist Health and Proton International to build the new center that will provide a more advanced and precise form of radiation treatment for children and adults with solid tumors.

Construction of the three-story, 52,249 square foot center will double UAMS’ current radiation therapy center space and will be one of only 41 proton therapy centers nationwide. At present, patients must travel to Memphis, Tennessee, or Shreveport, Louisiana for the nearest proton therapy treatment. 

Proton therapy is a state-of-the-art technology that uses a precisely focused high-energy beam to target tumors, often in hard-to-reach areas, without affecting surrounding tissue. The treatment is particularly effective in treating solid cancer tumors, including tumors of the brain, spine, head and neck, lung, prostate, colon and some breast tumors. 

But it’s the ability to better treat children with cancer that excites Kevin Bielamowicz, M.D., pediatric oncologist at Arkansas Children’s Hospital and assistant professor of pediatric hematology and oncology at UAMS. 

“Proton therapy hopes to reduce the radiation exposure to normal body structures with more targeted delivery of radiation to tumors and cancer,” said Bielamowicz. “This is especially important in the developing brain of a young child. Radiation to the brain can have long term side effects including impairment of a child’s learning and development, hormone deficiencies, second cancers and stroke among others.” 

“High-tech advances such as the Proton Center will provide first-rate care for more people as well as attract even more world-class doctors and researchers as UAMS continues its pursuit of the National Cancer Institute Designation,” said UAMS Chancellor Cam Patterson, M.D., MBA. 


The 55-ton Cyclotron that powers the proton radiation beam is lowered in through the ceiling of an expanded Radiation Oncology Center at UAMS that will house the state’s first Proton Therapy Center. The equipment is so massive that it traveled with a police escort to Little Rock.

“The partnership of UAMS with Arkansas Children’s, Baptist Health and Proton International ensures that Arkansas will continue to be a place of healing for thousands of cancer patients.”

UAMS Radiation Oncology Department Chair Fen Xia, M.D., Ph.D., who has treated more than 1,000 cancer patients in her two decades of experience, says patients who receive proton therapy will likely have a better of quality of life.

“The good news is that more patients are surviving cancer and living longer,” said Xia. “It’s always great when we stop the growth of the disease, but there are often side effects of traditional chemotherapy and radiation treatment that patients struggle with for the rest
of their lives.” 

“It’s the targeting ability of proton therapy that allows the oncologist to deliver treatment to the tumor and spare normal tissue,” she said. “Especially for young children, this is very important. We can be more precise and limit radiation exposure to the rest of the body.” 

Filed Under: Clinical Advancements

A New Dawn of Treatment

CAR T-Cell Therapy at UAMS Expands as First Myeloma Patient Sees Dramatic Results


After successful CAR T-cell therapy at UAMS, Dave Puente of Elk Grove, California, was in
dancing shape for his daughter’s wedding last spring. 

The fruits of being the first and only hospital in Arkansas approved more than three years ago to provide a revolutionary new therapy for lymphoma and acute leukemia are being realized at the University of Arkansas for Medical Sciences. 

The state’s only combined academic, clinical and research leader has expanded the revolutionary treatment — chimeric antigen receptor (CAR) T-cell therapy — to patients with relapsing myeloma. The promising patient responses signal that the wave of exciting breakthrough treatments for cancer patients is only beginning. 

CAR T-cell therapy, offered through UAMS’ Winthrop P. Rockefeller Cancer Institute, is a life-saving treatment option for patients with specific types of Non-Hodgkin’s Lymphoma who have failed at least two other treatments. In the treatment, the patients’ own T cells, a type of white blood cell integral to the immune system, are collected and shipped to a laboratory in New Jersey and genetically altered. Returned to the patient through infusion, the modified cells expand, multiply and seek out specific cancerous cells and kill them. 

Since UAMS began offering the FDA-approved therapy in December 2019, the Cancer Institute has treated 43 patients with myeloma, large B-cell lymphoma, follicular lymphoma and B-cell acute lymphoblastic leukemia. 

For lymphoma patients, CAR T may be their only option. “Average survival from lymphoma that is resistant to conventional chemotherapy is very short,” said Muthu Veeraputhiran, M.D., UAMS hematologist/oncologist and director of the Cancer Institute’s Stem Cell and Cellular Therapy Transplant Team. “Less than 10% of patients live six months.”

“It’s early but the data shows that CAR T cures around 50-80% of the lymphomas,” he said.

Dave Puente of Oak Grove, California, the first myeloma patient to receive CAR T-cell therapy at UAMS, is thriving since receiving CAR T in November 2021. Puente, who battled myeloma for 14-plus years, went into full remission just in time to realize a dream – walking his daughter down the aisle at her wedding. 

Within two weeks of his CAR T-cell therapy transplant, “his blood work showed that the myeloma is no longer detectable,” said Frits van Rhee, M.D., Ph.D., clinical director of the Myeloma Center. 

Van Rhee called Puente’s response to the treatment, for which UAMS gained approval for myeloma patients only three months earlier, “remarkable.” 

“This is the dawn of a new day in treatment,” he said. 

Puente, 62, an electrical engineer, was diagnosed with myeloma in June 2008. In 2011, after several trips across the country to be treated by van Rhee, he was in remission for six years. But then his myeloma, which mutates to survive, returned. 

He remained hospitalized for two weeks after his treatment, and he and his wife returned to their home in California in early December. No follow-up treatments are required with CAR T-cell immunotherapy treatments.

Filed Under: Clinical Advancements

Immunotherapy Deep Dive

Brian Koss, Ph.D.

NIH Director’s Award Winner Leads Large Scale Study Using Proteomics 

Brian Koss, Ph.D. is the state’s first recipient of the prestigious National Institutes of Health (NIH) Director’s Early Independence Award. 

Part of the High-Risk, High-Reward Research program, the Early Independence Award supports outstanding junior scientists with the intellect, scientific creativity, drive and maturity to bypass the traditional postdoctoral training period to launch independent research careers.

Koss joins an elite group of only 13 2021 NIH Director’s Early Independence Award recipients in the U.S. from such institutions as Stanford, Harvard, Johns Hopkins, Mount Sinai, Vanderbilt and Columbia. He received a five-year, nearly $1.9 million grant to fund his highly specialized cancer research at UAMS. 

“This award provides a tremendous opportunity to expand my research on immune-based therapies for cancer,” said Koss. “I plan to use the Early Independence Award to build a team of researchers who will be crucial for establishing an innovative and collaborative research laboratory.”

In addition to being the first Arkansan to receive the award, Koss is only the second recipient from an NIH-designated Institutional Development Award (IDeA) state, a group of 23 states plus Puerto Rico that have historically received lower research funding.

“The NIH Director’s Early Independence Award is one of the most prestigious awards given by the NIH to the most promising young scientists across the country,” said Michael Birrer, M.D., Ph.D., UAMS vice chancellor and director of the Winthrop P. Rockefeller Cancer Institute. “Dr. Koss’ research will be a key supporting component of taking the Cancer Institute to NCI designation in the near future.”

“We are thrilled that Dr. Koss is Arkansas’ first recipient of this prestigious and transformative award,” said Susan Smyth, M.D., Ph.D., executive vice chancellor of UAMS and dean of the College of Medicine. “All of us at UAMS look forward to watching Dr. Koss’ ingenuity and hard work lead to meaningful advances in the understanding of the immune response to cancer, and potentially to effective new treatments for cancer patients.”

“This award demonstrates how exceptionally promising the NIH considers Dr. Koss, and how confident the NIH is in the supportive environment at UAMS and the Winthrop P. Rockefeller Cancer Institute,” Smyth said. 

“Dr. Koss has superb mentors in the Cancer Institute and College of Medicine.”

Unique to Koss’ research is the use of proteomics — powerful computing tools that help make sense of enormous amounts of biological data. This includes creating functional maps of cells and other techniques that lead to better understanding of the molecular pathways in cancer. Koss will use proteomics to study protein turnover rates on a massive scale.

“Dr. Koss performed his graduate work in my laboratory, building a program that focused on how the environment in solid tumors creates unique challenges for immunotherapies,” said Alan Tackett, Ph.D., deputy director of the Winthrop P. Rockefeller Cancer Institute and one of Koss’ mentors. “He will now translate his graduate work to build an independent research program at the Cancer Institute, focusing on how to better understand and engineer the immune system to recognize and eliminate tumors from the body.”

About Brian Koss, Ph.D.

A Mountain Home, Arkansas, native, Koss completed his undergraduate degree in biology at Hendrix College in Conway, where he got his first exposure to undergraduate research. Cancer became real to Koss when he worked as a research technician at St. Jude Children’s Hospital in Memphis after college. He returned to Arkansas in 2015 to begin graduate studies at UAMS and earned a Ph.D. at UAMS in 2020. 

Learn more at thekosslab.com

Filed Under: Research Highlights

Cancer Biology

The Cancer Biology Program (CBP) investigators study the basic biology of cancer. The CBP currently has 58 members, including 26 full members who hold over $9 million in extramural research funding. 

CBP researchers use biochemical, genetic and other cutting-edge approaches to examine the biological mechanisms underlying the development, progression and metastasis of various cancers.

Several CBP investigators are studying the processes involved in cancer initiation and tumor formation. CBP investigators study the mechanisms that cells use to recognize and repair alterations in their DNA, allowing them to maintain genomic integrity. Others are studying how viruses and other agents promote the development of certain cancers. This will provide insight into how normal cells become cancer cells and may suggest new approaches to help prevent tumor development.

An area of shared research interest is understanding how the tumor microenvironment determines tumor behavior and patient response to cancer therapy. 

CBP investigators study the interactions between cancer cells and tumor components and how these interactions affect tumor growth and metastasis.

Another research focus aims to understand the immune response to cancer and mechanisms that suppress this response in tumors. CBP investigators study the function of immune cells and why their function changes in tumors. Other studies seek to develop ways to stimulate the function of immune cells in tumors. Results of these studies will help identify novel approaches to promote the immune system and inhibit cancer growth. 

Learn more about the program

Filed Under: Research Highlights

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