GE Healthcare and Karolinska University Partner to Optimize Cancer Treatment with PET Tracer Production Facility
By MedImaging International staff writers Posted on 11 Jan 2015 |
GE Healthcare (Chalfont St. Giles, UK) has signed one of the largest cyclotron and radiochemistry system agreements worldwide with Stockholm Sweden’s County Council and Karolinska University Hospital (Stockholm, Sweden).
GE Healthcare will be constructing a complete tracer production facility center for the hospital that will substantially expand its capacity to manufacture PET tracers, a basic component in positron emission tomography (PET) scanning that is most typically used in the diagnosis and assessment of cancer. With the new center, the hospital will achieve three to four times higher PET tracer production capacity compared to now, and it will support the development of new tracers.
The production facility will provide the physicians and patients at Karolinska University Hospital with readily available access to all most frequently used PET tracers in clinical practice. The main area of application of the produced tracers is cancer treatment—by injecting a small amount of PET tracer into a patient followed by a PET scan, possible “hot spots” can be visualized, the areas in the patient’s body where the distribution of tracers can be used for the assessment of metabolic activity associated with cancer.
“The wider availability of PET imaging technology and its benefits for early diagnosis and staging of diseases has grown the interest and demand for new PET tracers. We are entering a new era in molecular medicine with targeted tracers for specific diseases and personalized treatment pathways. The new center at Karolinska will help them improve patient care,” said Karl Blight, general manager, GE Healthcare, Northern Europe.
In addition to cancer, the tracers can be used in the mapping and treatment of cardiovascular and neurologic diseases, and they have an increasingly important role especially in Alzheimer’s, dementia and brain research. The new tracer center includes two PETtrace 800 series cyclotron systems (for cyclotron production), 20 hot cells supporting radiation safety for personnel when they are using the equipment and fully automated and easily programmable TRACERlab FX series chemistry synthesizers that will enable the hospital to monitor the tracer production remotely. The agreement also includes a FASTlab platform for multitracer production that makes the production of different tracers on the same hardware possible.
Karolinska University Hospital will also receive a wide range of technical trainings over the entire contract period and resources for joint innovation projects. The contract is signed to cover delivery, installation, and qualification of the equipment, warranty and service contracts for three years, with an option to be extended by additional two two-year periods.
Uppsala is home to the global headquarters of GE Healthcare’s cyclotron unit, where cyclotrons are developed, manufactured, and serviced by more than 100 employees. It is a center of expertise in protein science and creates technology that pharmaceutical companies can use in the production of biopharmaceuticals, such as insulin, antibodies, and vaccines.
GE Healthcare provides products for medical imaging, software, and information technology (IT), patient monitoring and diagnostics to drug discovery, biopharmaceutical manufacturing technologies and performance improvement solutions.
Related Links:
GE Healthcare
Karolinska University Hospital
GE Healthcare will be constructing a complete tracer production facility center for the hospital that will substantially expand its capacity to manufacture PET tracers, a basic component in positron emission tomography (PET) scanning that is most typically used in the diagnosis and assessment of cancer. With the new center, the hospital will achieve three to four times higher PET tracer production capacity compared to now, and it will support the development of new tracers.
The production facility will provide the physicians and patients at Karolinska University Hospital with readily available access to all most frequently used PET tracers in clinical practice. The main area of application of the produced tracers is cancer treatment—by injecting a small amount of PET tracer into a patient followed by a PET scan, possible “hot spots” can be visualized, the areas in the patient’s body where the distribution of tracers can be used for the assessment of metabolic activity associated with cancer.
“The wider availability of PET imaging technology and its benefits for early diagnosis and staging of diseases has grown the interest and demand for new PET tracers. We are entering a new era in molecular medicine with targeted tracers for specific diseases and personalized treatment pathways. The new center at Karolinska will help them improve patient care,” said Karl Blight, general manager, GE Healthcare, Northern Europe.
In addition to cancer, the tracers can be used in the mapping and treatment of cardiovascular and neurologic diseases, and they have an increasingly important role especially in Alzheimer’s, dementia and brain research. The new tracer center includes two PETtrace 800 series cyclotron systems (for cyclotron production), 20 hot cells supporting radiation safety for personnel when they are using the equipment and fully automated and easily programmable TRACERlab FX series chemistry synthesizers that will enable the hospital to monitor the tracer production remotely. The agreement also includes a FASTlab platform for multitracer production that makes the production of different tracers on the same hardware possible.
Karolinska University Hospital will also receive a wide range of technical trainings over the entire contract period and resources for joint innovation projects. The contract is signed to cover delivery, installation, and qualification of the equipment, warranty and service contracts for three years, with an option to be extended by additional two two-year periods.
Uppsala is home to the global headquarters of GE Healthcare’s cyclotron unit, where cyclotrons are developed, manufactured, and serviced by more than 100 employees. It is a center of expertise in protein science and creates technology that pharmaceutical companies can use in the production of biopharmaceuticals, such as insulin, antibodies, and vaccines.
GE Healthcare provides products for medical imaging, software, and information technology (IT), patient monitoring and diagnostics to drug discovery, biopharmaceutical manufacturing technologies and performance improvement solutions.
Related Links:
GE Healthcare
Karolinska University Hospital
Latest Nuclear Medicine News
- Novel Radiolabeled Antibody Improves Diagnosis and Treatment of Solid Tumors
- Novel PET Imaging Approach Offers Never-Before-Seen View of Neuroinflammation
- Novel Radiotracer Identifies Biomarker for Triple-Negative Breast Cancer
- Innovative PET Imaging Technique to Help Diagnose Neurodegeneration
- New Molecular Imaging Test to Improve Lung Cancer Diagnosis
- Novel PET Technique Visualizes Spinal Cord Injuries to Predict Recovery
- Next-Gen Tau Radiotracers Outperform FDA-Approved Imaging Agents in Detecting Alzheimer’s
- Breakthrough Method Detects Inflammation in Body Using PET Imaging
- Advanced Imaging Reveals Hidden Metastases in High-Risk Prostate Cancer Patients
- Combining Advanced Imaging Technologies Offers Breakthrough in Glioblastoma Treatment
- New Molecular Imaging Agent Accurately Identifies Crucial Cancer Biomarker
- New Scans Light Up Aggressive Tumors for Better Treatment
- AI Stroke Brain Scan Readings Twice as Accurate as Current Method
- AI Analysis of PET/CT Images Predicts Side Effects of Immunotherapy in Lung Cancer
- New Imaging Agent to Drive Step-Change for Brain Cancer Imaging
- Portable PET Scanner to Detect Earliest Stages of Alzheimer’s Disease
Channels
Radiography
view channel
AI Improves Early Detection of Interval Breast Cancers
Interval breast cancers, which occur between routine screenings, are easier to treat when detected earlier. Early detection can reduce the need for aggressive treatments and improve the chances of better outcomes.... Read more
World's Largest Class Single Crystal Diamond Radiation Detector Opens New Possibilities for Diagnostic Imaging
Diamonds possess ideal physical properties for radiation detection, such as exceptional thermal and chemical stability along with a quick response time. Made of carbon with an atomic number of six, diamonds... Read moreMRI
view channel
New MRI Technique Reveals True Heart Age to Prevent Attacks and Strokes
Heart disease remains one of the leading causes of death worldwide. Individuals with conditions such as diabetes or obesity often experience accelerated aging of their hearts, sometimes by decades.... Read more
AI Tool Predicts Relapse of Pediatric Brain Cancer from Brain MRI Scans
Many pediatric gliomas are treatable with surgery alone, but relapses can be catastrophic. Predicting which patients are at risk for recurrence remains challenging, leading to frequent follow-ups with... Read more
AI Tool Tracks Effectiveness of Multiple Sclerosis Treatments Using Brain MRI Scans
Multiple sclerosis (MS) is a condition in which the immune system attacks the brain and spinal cord, leading to impairments in movement, sensation, and cognition. Magnetic Resonance Imaging (MRI) markers... Read more
Ultra-Powerful MRI Scans Enable Life-Changing Surgery in Treatment-Resistant Epileptic Patients
Approximately 360,000 individuals in the UK suffer from focal epilepsy, a condition in which seizures spread from one part of the brain. Around a third of these patients experience persistent seizures... Read moreUltrasound
view channel.jpeg)
AI-Powered Lung Ultrasound Outperforms Human Experts in Tuberculosis Diagnosis
Despite global declines in tuberculosis (TB) rates in previous years, the incidence of TB rose by 4.6% from 2020 to 2023. Early screening and rapid diagnosis are essential elements of the World Health... Read more
AI Identifies Heart Valve Disease from Common Imaging Test
Tricuspid regurgitation is a condition where the heart's tricuspid valve does not close completely during contraction, leading to backward blood flow, which can result in heart failure. A new artificial... Read moreNuclear Medicine
view channel
Novel Radiolabeled Antibody Improves Diagnosis and Treatment of Solid Tumors
Interleukin-13 receptor α-2 (IL13Rα2) is a cell surface receptor commonly found in solid tumors such as glioblastoma, melanoma, and breast cancer. It is minimally expressed in normal tissues, making it... Read more
Novel PET Imaging Approach Offers Never-Before-Seen View of Neuroinflammation
COX-2, an enzyme that plays a key role in brain inflammation, can be significantly upregulated by inflammatory stimuli and neuroexcitation. Researchers suggest that COX-2 density in the brain could serve... Read moreGeneral/Advanced Imaging
view channel
CT-Based Deep Learning-Driven Tool to Enhance Liver Cancer Diagnosis
Medical imaging, such as computed tomography (CT) scans, plays a crucial role in oncology, offering essential data for cancer detection, treatment planning, and monitoring of response to therapies.... Read more
AI-Powered Imaging System Improves Lung Cancer Diagnosis
Given the need to detect lung cancer at earlier stages, there is an increasing need for a definitive diagnostic pathway for patients with suspicious pulmonary nodules. However, obtaining tissue samples... Read moreImaging IT
view channel
New Google Cloud Medical Imaging Suite Makes Imaging Healthcare Data More Accessible
Medical imaging is a critical tool used to diagnose patients, and there are billions of medical images scanned globally each year. Imaging data accounts for about 90% of all healthcare data1 and, until... Read more