JNM Podcast

When it comes to your health, it helps to have the full picture. That’s why total-body PET is such a critical development in medical science: in just one scan, total-body PET can capture every organ and its function from head to toe. This modality is especially helpful for patients with diseases like melanoma or rheumatoid arthritis, as well as various immunology studies that involve analyzing bone marrow. In this episode of ...

Nuclear medicine is uniquely positioned at the intersection of diagnostics and therapeutics, so should it remain housed with imaging modalities, or stand alone as an independent specialty? Those against independence cite its commonalities with other specialties and the necessity of integrating nuclear medicine into more parts of patient care. Proponents cite the field's specialized workforce, as well as clinical and operational nee...

A popular saying in the nuclear medicine field is that our work spans "from bench to bedside." But the path to get there isn't always clear. Even though there are constant breakthroughs in research and development, the cutting-edge treatments offered by nuclear medicine don't always make it to the patients who need it the most. Barriers within existing healthcare infrastructure, like the workforce pipeline, procedure implementation...

Data tells us that nuclear medicine has made extraordinary strides in curing prostate cancer, especially with the use of PSMA PET. But how are we reporting on PSMA, and how can this data be standardized globally? SPARC could be the answer! SPARC stands for "Standardized PSMA Reporting Criteria," and it's been initiated because of the widespread use and success of PSMA PET. These guidelines were developed by asking the end-users of ...

Being able to personalize a patient's treatment is one of the cornerstones of nuclear medicine, but how are we able to do that? PET-Guided radiotherapy is one answer. In addition to staging and defining a disease, PET imaging can also give providers important information about what's going on in the body while a patient is undergoing their treatment regimen. PET can be used to adjust radiotherapy based on changes in the body and di...

Biomarkers: what are they and how are they useful in the diagnosis and treatment of prostate cancer? On this episode of the JNM Podcast, our panel of experts explores what they call a "liquid biopsy:" using biomarkers shed by cancer cells into the bloodstream to gain vital insights about the disease and its progression, identify candidates who would benefit from certain therapies, and monitor the effectiveness of treatments. Listen...

Is it really happening? Astatine-211 is a promising new radionuclide being further developed and researched for the treatment of cancer. It is a short half-life alpha-emitter that's attracting more interest from the nuclear medicine community as investors take notice of its potential and production capacity improves. So where will 211At be by 2030? And is this a radionuclide that could show up in a clinical setting in the near futu...