SCINTIX therapy uses radiotracers and positron emission tomography (PET), but in an entirely new way. Instead of using PET to diagnose the cancer, SCINTIX therapy uses the signals generated from the tumor, in response to a radiotracer injection, to direct the radiation beam. Learn more about how SCINTIX therapy is a new option for patients at scintixtherapy.com
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SCINTIX therapy uses radiotracers and positron emission tomography (PET), but in an entirely new way. Instead of using PET to diagnose the cancer, SCINTIX therapy uses the signals generated from the tumor, in response to a radiotracer injection, to direct the radiation beam. Learn more about how SCINTIX therapy is a new option for patients at scintixtherapy.com
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SCINTIX therapy uses radiotracers and positron emission tomography (PET), but in an entirely new way. Instead of using PET to diagnose the cancer, SCINTIX therapy uses the signals generated from the tumor, in response to a radiotracer injection, to direct the radiation beam. Learn more about how SCINTIX therapy is a new option for patients at scintixtherapy.com
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SCINTIX therapy uses radiotracers and positron emission tomography (PET), but in an entirely new way. Instead of using PET to diagnose the cancer, SCINTIX therapy uses the signals generated from the tumor, in response to a radiotracer injection, to direct the radiation beam. Learn more about how SCINTIX therapy is a new option for patients at www.scintixtherapy.com
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⌨️ A new perspective piece from the desk of Mark Wanner: Being able to determine exactly what is going on where within a tumor promises to be vital for figuring out how to attack cancer, overcome therapy resistance and prevent recurrence:
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And our final #TriviaTuesday answer is … a PET scan! A PSMA PET scan is an advanced imaging method that allows doctors to see exactly where #prostatecancer is and how far it has spread throughout the body. The scan leverages a low-level radioactive tracer that specifically seeks out and attaches to a prostate-specific membrane antigen (PSMA), which is expressed in nearly all prostate cancer cells. Learn more about this important tool in prostate cancer imaging and diagnosis: https://bit.ly/46OGxJC #PCAM2024 #FindFightFollow
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Confirm mdx examines negative biopsy tissue at the DNA level to help identify undetected cancer that may be present anywhere in the prostate. Learn more: https://ow.ly/mzRn50QTIhR
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Detecting metastatic patterns of oligometastatic breast cancer: A comparative analysis of ¹⁸F-FDG PET/CT and conventional CT imaging. https://ow.ly/MLUl50Rk1c3 #NuclearMedicine #BreastCancer #PETscan
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Facing radiation therapy for cancer? What you need to know: https://bit.ly/48oZdPn #CancerTreatment #RadiationTreatment #RadiationForCancer #Cancer #CancerDiagnosis #CancerPatiients #ExternalBeamRadiationTherapy #InternalRadiationTherapy
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Associate Professor of Gynecology and Obstetrics, University of Udine - Department of Medicine
Simple hysterectomy versus radical hysterectomy in early-stage cervical cancer: A systematic review and meta-analysis. An interesting systematic review of the literature in light of the recent results of the Shape Trial: Enjoy the reading!
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Facing radiation therapy for cancer? What you need to know: https://bit.ly/48oZdPn #CancerTreatment #RadiationTreatment #RadiationForCancer #Cancer #CancerDiagnosis #CancerPatiients #ExternalBeamRadiationTherapy #InternalRadiationTherapy
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