Tessa Quinn
Emory University Hospital in Atlanta, Georgia, is one of the nation's leading hospitals in several areas, including cardiology, cancer, neurology, and neurosurgery. The hospital is staffed by faculty members from the Emory School of Medicine, who also conduct research to advance medical knowledge and patient care. Emory Healthcare hospitals offer more clinical trials than any other institution in Georgia, with the Winship Cancer Institute, for example, conducting phase I, II, and III clinical trials. Emory's core facilities provide researchers with access to technologies, equipment, and support services to help manage and interpret data. Emory doctors and researchers are committed to advancing medicine through research and innovation, leading to breakthroughs and discoveries that attract funding, generate new products, and create jobs.
| Characteristics | Values |
|---|---|
| Location | Atlanta, Georgia |
| History | Wesley Memorial Hospital, predecessor of Emory University Hospital, was established in 1904 with 50 beds. In 1922, it moved to its current DeKalb County site on the Emory University campus with 275 beds. |
| Ranking | Ranked prominently in regional rankings of U.S. News & World Report's Best Hospitals issue |
| Specializations | Cardiology and heart surgery, cancer, neurology and neurosurgery, solid organ and bone marrow transplant, and more |
| Number of Beds | Over 750 licensed beds |
| Facilities | Serious Communicable Diseases Unit (SCDU), a biocontainment facility operated with the CDC; Emory Transplant Center, the largest organ transplant center in Georgia |
| Recognition | Magnet® designated from the American Nurses Credentialing Center (ANCC) since 2014 for nursing excellence |
| Research Focus | Clinical trials evaluating new drugs, devices, regimens, and strategies for cancer treatment and prevention; phase I, II, and III clinical trials conducted at Winship Cancer Institute |
| Research Support | Core facilities providing access to technologies, equipment, and support services for data management and interpretation |
| Impact | Discoveries that attract funding, generate new products, create jobs, and improve lives; development of lifesaving medicines, medical devices, and treatment protocols |
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What You'll Learn
Clinical trials
Emory Healthcare, located in Atlanta, Georgia, is one of the nation's leading research universities, with a focus on advancing medical knowledge and improving lives. The hospital has a long tradition of healing, dating back to 1904 when its predecessor, Wesley Memorial Hospital, was established with 50 beds. Today, Emory University Hospital has over 750 licensed beds and is a leading centre for cardiology, heart surgery, cancer treatment, neurology, and organ transplants.
Emory's clinical trials are an essential aspect of its research endeavours. These trials are conducted to evaluate new drugs, devices, regimens, and strategies for the treatment and prevention of various diseases, with a particular focus on cancer. The hospital offers a wide range of clinical trials, and new trials are frequently added. These trials provide patients with access to the latest and most innovative treatment options, and they are available to patients at all stages of their care, whether they are newly diagnosed or experiencing a relapse.
The Winship Cancer Institute, located within the Emory University Hospital Tower, conducts phase I and phase II clinical trials. Phase I trials focus on testing new treatments on a small group of patients to evaluate safety and establish dosage. Phase II trials involve a larger group of patients, typically ranging from 15 to 100 participants, and aim to determine the effectiveness of the treatment while continuing to monitor safety. Phase III trials, which are also conducted at Emory, involve comparing the new treatment to a standard, established treatment with the potential goal of replacing the older treatment. These trials are randomized to avoid any bias in interpreting the results.
Emory Healthcare's clinical trials are not limited to cancer treatment. Orthopaedic surgeons at Emory are also involved in setting new standards in patient care through the use of advanced robotic technology. Additionally, Emory doctors are committed to advancing medical knowledge through research. They collaborate with top-tier organizations worldwide to pioneer new lifesaving medicines, medical devices, and treatment protocols. Emory's research facilities provide access to cutting-edge technologies, equipment, and support services to help researchers manage and interpret data effectively.
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Cancer treatment
Emory University Hospital's Winship Cancer Institute is at the forefront of cancer research and treatment. The institute is Georgia's only National Cancer Institute (NCI)-designated Comprehensive Cancer Center, offering patients the latest cancer therapies and
The institute's researchers work with doctors, nurses, and other healthcare professionals to create new ways to diagnose and treat cancer. This includes imaging techniques, chemotherapy, radiation, and more. The institute has conducted more than 600 interventional clinical trials, enrolling more than 900 patients. These trials are crucial for introducing new cancer therapies and evaluating new drugs, devices, regimens, and strategies for treatment and prevention. Emory's Proton Therapy Center, for example, uses pencil beam scanning, the most advanced form of proton therapy in Georgia, to precisely target and monitor tumours. The therapy is ideal for irregular shapes or tumours near sensitive areas.
The institute also provides advanced treatments, facilitating cancer prevention, detection, diagnosis, and survivorship. Their discoveries in cancer cell biology, immunotherapy, genetics, drugs, radiation, surgery, and other therapies are leading to the best treatments available today and laying the foundation for future treatments. The institute is committed to providing comprehensive, patient-centred care, integrating groundbreaking research into its treatments.
Additionally, Winship Cancer Institute offers support services designed to help patients from their first treatment and beyond their last. Recognizing the lasting effects of cancer treatment on patients' physical, emotional, spiritual, and overall health, the institute provides resources, support, and services to address these needs. This includes access to dietitians, social workers, spiritual health clinicians, and financial navigators.
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Cardiovascular health
Emory Healthcare provides specialised treatment and the latest advancements in cardiovascular health. Emory Heart & Vascular routinely helps people with new or worsening symptoms such as chest pain or shortness of breath, managing existing conditions such as atrial fibrillation, heart failure or peripheral artery disease, and treating congenital heart disease. Emory's heart specialists work to develop and implement new and improved methods to ensure more treatment options and better outcomes. For example, in 1997, they performed the world's first minimally invasive, off-pump, triple-bypass heart surgery. Their heart transplant program consistently ranks among the best in the nation, and they were the first in Georgia to offer a minimally invasive heart valve procedure called transcatheter aortic valve replacement (TAVR).
The Emory Clinical Cardiovascular Research Institute (ECCRI) is dedicated to conducting clinical and translational research in cardiovascular diseases to enable discoveries in a variety of heart and vascular disorders and accelerate the implementation of novel technologies and therapies for prevention and management. ECCRI researchers are involved in a wide array of studies designed to better understand the physiological, psychosocial, and environmental causes of cardiovascular disease disparities. Heart failure is a major area of focus, with ECCRI being one of only 19 centres participating in the National Institutes of Health (NIH) Heart Failure Clinical Research Network (HFCRN). ECCRI is also conducting several industry-funded and investigator-initiated clinical trials to discover innovative methods for the detection and treatment of heart failure.
The Emory Cardiovascular Imaging & Biomechanical Core (ECBC) is a collaborative effort between Georgia Tech and Emory University, bringing together interventional cardiologists, engineers, mathematicians, post-docs, cardiovascular fellows, bio-statisticians, graduate students, and international scholars to work on groundbreaking research in cardiovascular medicine.
The Division of Cardiology at Emory School of Medicine has a team of renowned cardiovascular investigators involved in basic science, translational, and clinical research related to cardiovascular biology, pharmacology, and disease. The Division's Clinical Research program spans all cardiovascular disease specialties, including Interventional, Structural, Electrophysiology, and Advanced Heart Failure. They conduct federal, industry, and investigator-led studies, with an important aspect of their program being the training of young scientists.
The Emory Cardiovascular Biobank was established to investigate the genetic basis of oxidative stress, vascular dysfunction, cardiovascular disease, and stroke, with over 5000 blood specimens stored for DNA, RNA, proteomics, metabolomics, and biomarker assays.
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Orthopaedic surgery
The hospital's orthopaedic section became a division of surgery at Emory after World War II. Before that, it was an integral part of general surgery, with physicians interested in orthopaedics particularly focused on trauma care. The department has been led and shaped by four former chairmen, including Dr. Kelly, who was recruited by Dr. Daniel C. Elkin, Chief of Surgery at Emory.
The hospital offers advanced orthopaedic treatments, including major joint replacement, minimally invasive orthopaedic surgery, hip resurfacing, and spinal fusions and surgeries. The hospital's team of doctors, surgeons, nurses, and therapists specialise in orthopaedic and spine treatments, ensuring patients receive the right treatment at the right time. Emory Orthopaedics strives for excellence in patient-centred care, education, and discovery through cutting-edge clinically relevant basic and translational research to provide new treatment options.
The Emory Musculoskeletal Institute is a world-class, 180,000-square-foot facility located in Emory's Executive Park health innovation district in Brookhaven, Georgia. The institute provides all musculoskeletal services in one location, serving as a central hub for 10 regional offices. Emory Healthcare also offers comprehensive orthopaedic care at multiple locations around Atlanta, with highly trained specialists working together to diagnose and treat a wide range of orthopaedic conditions.
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Medical research facilities
Emory University Hospital in Atlanta, Georgia, is one of the nation's leading hospitals in several areas, including cardiology and heart surgery, neurology, cancer treatment, and organ transplants. The hospital is staffed by faculty members from the Emory University School of Medicine, who are also members of the Emory Clinic. Emory Healthcare hospitals have ranked prominently in regional rankings of US News & World Report's Best Hospitals issue.
The Emory School of Medicine is committed to conducting safe and effective clinical research. Its investigators perform a wide range of studies, including clinical trials that evaluate new drugs, devices, regimens, and strategies for cancer treatment and prevention. Emory conducts more clinical trials than any other institution in Georgia, and these trials are often written by Emory faculty, representing a significant commitment of institutional resources. Emory's core facilities provide researchers with access to technology, equipment, and support services to help with data management and interpretation.
One of Emory's key research facilities is the Winship Cancer Institute, where phase I and phase II clinical trials are conducted. Phase I trials are performed within the Phase I Unit located in the Emory University Hospital Tower, and phase II trials are designed to test the effectiveness of a given treatment, typically involving 15 to 100 patients. Phase III trials involve formally comparing a new treatment to a standard treatment, with the goal of potentially replacing the older treatment.
Emory Healthcare has also partnered with the Emory Brain Health Center and Georgia Public Broadcasting (GPB) to create an Emmy Award-winning TV series featuring stories on brain health and wellness. Additionally, Emory orthopaedic surgeons are setting new standards in patient care through advanced robotic technology.
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Frequently asked questions
The main goal of research at Emory Hospital is to save lives, forge partnerships, and make discoveries that have a global impact. Emory doctors aim to advance medicine through research and clinical trials.
Emory Hospital conducts a broad range of studies, including clinical trials that evaluate new drugs, devices, regimens, and strategies for the treatment and prevention of diseases such as cancer. For example, Emory orthopaedic surgeons are setting new standards in patient care using advanced robotic technology.
Phase I clinical trials at Emory Hospital are conducted within the Phase I Unit located in the Emory University Hospital Tower. Phase II clinical trials test the effectiveness of a treatment once the dose has been established, and Phase III clinical trials formally compare a new treatment against a standard treatment with the goal of replacing the older treatment.
Emory Hospital provides its researchers with access to technologies, equipment, and support services to help with data management and interpretation. Emory Hospital also has partnerships with top-tier organizations that create endless possibilities for creating an impact.
Research at Emory Hospital leads to better patient outcomes and improved standards of care. Discoveries made by Emory researchers attract funding, generate new products, create jobs, and support the economy. Emory Hospital has also ranked prominently in regional rankings of the best hospitals.
