The episode explores the operational and pedagogical shifts required to move training into a digital space. Chalonda explains how her programs use video, simulation software, and rigorous checkpoints to ensure students are clinically competent before ever touching a patient. By removing geographical barriers, these programs provide a lifeline for technologists in rural areas and military personnel stationed overseas who need civilian-ready credentials. Chalonda reframes online education not as a "hands-off" experience, but as a flexible, data-driven system that empowers technologists to upskill without putting their lives or careers on hold.

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In this episode of Rethink Imaging, Dr. Kalpana Kanal and Dr. Jonathan Medverd share the real-world story behind launching a collaborative forensic imaging program between the University of Washington and King County’s Medical Examiner Office. What began as a pilot project six years ago has evolved into a structured clinical pathway that has scanned 184 decedents since July 2022.

The results are striking. In roughly 45% of cases, CT findings were sufficient to determine cause of death, eliminating the need for traditional autopsy. In early validation cases, imaging diagnoses including precise identification of a ruptured aorta were confirmed at autopsy, demonstrating strong radiologic-pathologic correlation.

Beyond clinical accuracy, the episode dives into the operational realities: aligning two different governance structures, navigating IT firewalls between hospital PACS and county systems, securing funding for scanner installation, building trust between specialties, and operating without a billable CPT code for postmortem imaging. The conversation is candid about volunteerism, resource constraints, and the importance of leadership commitment before launching similar programs.

The broader implications are significant. Postmortem CT offers cultural and religious alternatives for families who object to invasive autopsy. It reduces pathologist exposure to infectious diseases and toxic embalming chemicals. It may improve courtroom communication by replacing graphic imagery with diagnostic imaging. And it opens the door to cost efficiencies, particularly when complex autopsies can exceed $2,500 per case.

Looking ahead, Dr. Kanal and Dr. Medverd discuss developing a forensic radiology rotation for senior residents and the longer-term vision of a dedicated fellowship combining radiology and forensic pathology expertise. As forensic pathology faces workforce shortages nationwide, hybrid training models may become essential.

This episode reframes postmortem CT not as a niche innovation, but as a scalable systems solution with implications for public health, forensic science, radiology training, and healthcare economics.

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In this episode of Rethink Imaging, Dr. Ria introduces the concept of “total risk” — a framework that considers not only radiation exposure, but also the clinical consequences of missed or delayed diagnoses, unnecessary repeat scans, suboptimal image quality, and inappropriate utilization. When CT exams are avoided out of disproportionate fear of radiation, patients may face far greater harm from undiagnosed disease.

Dr. Ria explains how advancements in CT technology, protocol optimization, and evidence-based imaging guidelines have significantly reduced radiation dose over time. Yet public perception and even some clinical decision-making still reflect outdated assumptions about risk. He argues that imaging professionals must communicate risk more clearly and contextualize radiation within the broader clinical picture.

The discussion also explores the responsibility of medical physicists, radiologists, and technologists in balancing image quality with dose, ensuring protocols are clinically appropriate, and aligning imaging decisions with patient-centered outcomes. Rather than asking, “How low can we go?” the better question may be, “Is this exam delivering the right information at the right time for this patient?”

Ultimately, this episode reframes CT safety as a multidimensional challenge — one that requires leadership, education, and collaboration across the healthcare system to ensure patients receive the diagnostic clarity they need without unnecessary compromise.


What You’ll Learn:

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Dr. Claudia Kirsch recalls reading cases involving venous infarcts, massive inflammation, and devastating brain injury. Patients were experiencing hemorrhages and large infarctions linked to the virus. It was a wake-up cal, one that drove her to investigate how SARS-CoV-2 was affecting the brain at a structural and biological level.

One of the earliest mysteries? Smell loss.

Patients were losing their sense of smell without sinus inflammation. The virus requires ACE2 receptors to enter cells, yet those receptors are limited in the olfactory bulb. So how was it reaching the brain?

Emerging hypotheses point toward alternative pathways, including vascular spread and lesser-known neural structures such as the nervus terminalis, tiny unmyelinated fibers that connect the olfactory region to the hypothalamus and are associated with nitric oxide signaling, immune response, and blood supply regulation.

These discoveries extend beyond COVID.

The episode also explores how viruses influence inflammation more broadly including their role in cancer biology and immune modulation. Imaging is becoming central to identifying early inflammatory changes, mapping neural pathways, and understanding long-term consequences.

At its core, this conversation emphasizes a powerful truth: when clinicians understand what to look for, imaging becomes predictive not just diagnostic.

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Geoffrey Roche joins Rethink Imaging to unpack why thousands of students want to enter imaging every year but never get the chance, and how that bottleneck directly affects patient access, technologist burnout, and long-term retention.

He explains why imaging remains one of healthcare’s most essential yet least visible professions, even excluded from “essential worker” recognition during COVID. Geoffrey outlines how rigid educational models and accreditation rules have prevented imaging from adopting the same apprenticeship and learn-and-earn pathways that nursing and respiratory therapy already use.

The discussion dives into practical solutions, including imaging medical assistants, employer-sponsored education, and workforce pathways that allow students to work while earning credentials. Geoffrey also addresses why retention matters just as much as recruitment, and how shift work, physical demands, and life-stage realities impact technologists today.

Throughout the episode, the focus stays grounded in access to care. When workforce systems say “no” to new pathways, Geoffrey argues, they are also saying no to students who want to enter the profession and patients who are waiting for scans.

This conversation reframes imaging workforce strategy as a leadership issue, one that requires collaboration between health systems, educators, accreditors, and industry partners to build sustainable, future-ready solutions.

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Dr. James Cassuto joins Rethink Imaging to share how molecular imaging and targeted radiotherapy are being used together to change cancer care at the community level. As Director of Nuclear Medicine at Overlook Medical Center, James has built a program that mirrors academic-quality care without forcing patients to travel for it.

In this conversation, he explains how imaging now determines who should receive therapy, who shouldn’t, and when treatment should pause. We talk about tumor heterogeneity, why not all lesions respond the same way, and how post-therapy imaging allows clinicians to make smarter, more humane decisions.

James also walks through the realities of launching a theranostics program from internal approvals and radiation safety to staffing, workflows, and financial considerations. He shares how his team uses imaging to extend treatment intervals, improve quality of life, and avoid unnecessary toxicity.

The episode also explores emerging use cases, including off-label tracers for brain tumors and the growing role of vascular targeting. Throughout, the focus stays practical: how imaging enables better decisions and better care, today, not someday.

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Dr. Ali Tejani joins Rethink Imaging to explore how artificial intelligence, digital learning, and changing trainee expectations are transforming how radiologists are trained. 

He argues that programs that fail to introduce AI education are doing trainees a disservice, not because radiologists must become engineers, but because they must understand how to safely, ethically, and effectively use AI in real clinical environments.

Ali reflects on his journey into radiology, his early passion for teaching, and how frustration with fragmented AI learning resources led him to help build structured curricula and national training programs. He breaks down why modern learners gravitate toward case-based learning, flipped classrooms, podcasts, and social media and why education must be personalized rather than monolithic.

The discussion also tackles harder questions: how to introduce AI early without deskilling trainees, how to create psychologically safe learning environments, and why educators must shift from “hot seat” teaching to collaborative peer learning. Ali emphasizes that AI education should focus on pitfalls, bias, automation risk, and workflow integration, so radiologists graduate ready to practice with or without AI support.

Ali closes with a call to action for both trainees and educators: stay curious, advocate for better resources, and ensure AI is placed in trainees’ hands early, within controlled environments that protect patient care while accelerating learning.

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As imaging and care delivery move rapidly into outpatient centers, ambulatory clinics, and community-based locations, the traditional in‑house physics model is being stretched beyond what it was designed to support. Jason Schneck offers a candid perspective on why this shift demands a more mobile, scalable, and collaborative medical physics workforce.

Jason discusses why medical physics remains one of the most underappreciated pillars of healthcare despite its central role in radiation safety, accreditation, and image quality. He outlines how fragmentation across the industry has slowed progress, while growing demand for CT, PET, molecular imaging, and theranostics is creating strong tailwinds for the profession.

The conversation explores the perceived divide between insourced and outsourced physics, reframing it as a spectrum of complementary models rather than a zero‑sum debate. Jason explains how outsourced physics groups provide broad equipment exposure, regulatory expertise, and system-wide consistency while still integrating deeply with onsite care teams.

Looking ahead, Jason predicts continued consolidation, increased advocacy, expanded residency programs, and more intentional career pathways for physicists. He emphasizes that change is inevitable, but with responsible leadership, it can strengthen patient safety, clinician satisfaction, and the future of the profession.

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Dr. Ian Weissman takes us through the full picture: rising imaging demand, younger and sicker patient populations, a decade of increasing CT/MRI utilization, and post‑COVID burnout that accelerated retirements and reduced work hours. He shares how delays in cancer imaging, two-week backlogs, and even temporary outpatient closures are no longer rare, they’re becoming reality.

But the episode is not just diagnostic; it’s prescriptive. Ian emphasizes solutions that can be implemented now: transparent communication with patients, peer learning instead of punitive peer review, servant leadership, and culture-building that encourages respect, safety, and retention.

He also covers long-term strategies such as increasing residency slots, improving visa pathways for international physicians, and the evolving role of interpretive and non‑interpretive AI.

Ian closes on a message of optimism: that with collaboration, leadership, and commitment to patient-centered care, radiology can navigate the crisis and emerge stronger.

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In this episode of Frame by Frame: Rethink Imaging, host Chris St. John is joined by Dr. Kristin Beinschroth, a radiologic technologist, educator, and researcher, whose recent dissertation explores the connection between moral courage, confidence, and success among radiology students.

Together, they unpack how moral courage predicts stronger academic and clinical outcomes than confidence alone, why students with higher confidence sometimes perform worse, and how educators can teach ethical decision-making through modeling, reflection, and simulation.

Dr. Beinschroth explains how radiology’s unique pressures, from high patient volumes to ethical gray zones, make moral courage essential to professional excellence. She shares how the “See One, Do One, Teach One” framework builds resilience, why nearly 1,800 clinical hours are non-negotiable, and how affective domain teaching can be embedded into an already demanding curriculum.

This conversation challenges traditional views of what defines a “good” technologist, offering a blueprint for cultivating both technical mastery and the moral strength needed to advocate for patients and peers alike.

[00:00] Intro: Moral Courage in Radiologic Technology

[00:02:50] Defining Moral Courage in Clinical Practice

[00:04:40] Why Moral Courage Predicts Success Better Than Confidence

[00:12:13] Teaching Moral Courage Through Modeling and Simulation

[00:17:31] See One, Do One, Teach One: Building Courage Through Fire

[00:20:19] Why 1,800+ Clinical Hours Build Resilience, Not Burnout

[00:25:48] Weaving Soft Skills Into a Technical Curriculum

[00:29:50] Rethinking Admissions: Beyond GPA and Test Scores

[00:33:03] The Power of Mentorship in Finding Your Professional Voice

[00:36:55] Final Thoughts: Advocating for Better Tech Education

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Dr. Summer Kaplan joins host Chris St. John to unpack the Six Pillars of Healthcare Quality, a framework that continues to guide modern medicine two decades after its creation by the Institute of Medicine.

From her vantage point as a pediatric radiologist, Dr. Kaplan explains how these pillars intersect within medical imaging, revealing how safety, equity, and patient-centeredness are not competing goals but interconnected responsibilities.

She shares personal reflections as both a radiologist and a parent, discusses how over-optimization can erode care, and reminds us that effectiveness in imaging isn’t just about getting the “right diagnosis”—it’s about guiding the next best step for the patient.

Whether you’re a clinician, technologist, or healthcare leader, this episode offers a thoughtful look at what it means to practice imaging that’s safe, equitable, and meaningful for every patient.

[00:00] Intro – Defining the Six Pillars of Healthcare Quality

[05:23] Safety – Beyond Dose: MRI Safety and Patient Information

[13:13] Timeliness – Balancing Wait Times, Workload, and Access

[16:45] Patient-Centeredness – Designing Care for Patients and Families

[22:34] Equity – Addressing Geographic, Racial, and Socioeconomic Gaps

[27:41] Efficiency – The Goldilocks Principle in Radiology

[30:28] Effectiveness – When Imaging Guides the Path Forward

[35:18] Challenges – Why Measuring Quality Still Isn’t Easy

[37:43] Closing – Humanity at the Heart of Imaging

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In this episode of Frame by Frame: Rethink Imaging, host Chris St. John welcomes Dr. Andrew Callen, the pioneering radiologist behind the University of Colorado’s multidisciplinary CSF Leak Program, to discuss how specialized MRI and CT protocols are enabling clinicians to “detect the undetectable.”

Dr. Callen explains how subtle imaging details, like distinguishing fat from fluid through fat-suppressed T2-weighted MRI, can mean the difference between a missed diagnosis and life-changing treatment. He also describes how dynamic CT myelography and innovative patient-positioning techniques are revealing leaks and fistulas invisible to conventional imaging.

Beyond technology, Dr. Callen offers a candid look at the systemic and economic challenges of building a CSF leak program, the importance of multidisciplinary collaboration, and the need to keep an open mind for the patients whose symptoms defy explanation.

Whether you’re a radiologist, neurologist, or healthcare innovator, this episode offers a front-row view into how precision imaging and creative thinking are reshaping our understanding of CSF leaks and patient care.


What You’ll Learn:

[00:00] Intro – Understanding CSF and its role in the brain and spine

[04:00] Why CSF leaks are so difficult to detect

[07:00] When a “normal” MRI isn’t normal at all

[10:15] The MRI Protocol – How fat-suppressed T2 imaging reveals hidden fluid

[17:50] Types of CSF leaks and how they can form after procedures

[23:40] Dynamic CT Myelography vs Traditional Methods

[27:45] Inventing the Myelovator – Innovation born of necessity

[31:25] Reshaping workflow and economics for CSF leak programs

[36:00] The Future of CSF Leak Research – What we still don’t know

[39:00] Closing Thoughts – Hope for patients through imaging innovation

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In this episode of Frame by Frame: Rethink Imaging, host Chris St John welcomes Dr. Leonardo Bittencourt, Vice Chair of Innovation at University Hospitals Cleveland and leader of Radically, the radiology AI and diagnostic innovation collaborative. 

With more than 11 years at DASA, Brazil’s largest diagnostic company, and extensive academic expertise, Dr. Bittencourt has built a reputation as a pioneer in validating and implementing AI tools in practice. His work includes global collaborations with startups most notably AZMED, which achieved FDA approval through his structured validation efforts, alongside a strong research background in abdominal radiology and prostate MRI.

The conversation explores why AI solutions that achieve 100% workflow integration at 80% accuracy often outperform tools with higher accuracy but poor usability. Dr. Bittencourt explains how radiology departments can evaluate AI solutions beyond accuracy metrics, focusing instead on patient outcomes, downstream effects, and system-wide impact. 

He also outlines why platform-based AI strategies may be more effective than standalone tools, how structured partnerships create sustainable innovation pipelines, and why hyperacute care settings like stroke and pulmonary embolism are currently the most fertile ground for AI adoption.

Looking forward, Dr. Bittencourt shares how emerging foundation models and large language models are poised to reshape radiology, provided institutions balance technical performance with human factors, cultural readiness, and workflow integration.

For healthcare executives, radiology leaders, and technologists, this episode provides both practical strategies and a long-term vision for bringing AI into practice in ways that improve efficiency, collaboration, and patient care.

[00:00] Intro: Innovation in Medical Imaging AI with Dr. Leonardo Bittencourt

[02:37] From DASA to Academic Medicine: A Journey in Innovation

[06:56] The Unique Role of Vice Chair of Innovation

[09:21] Building Radically: Creating an AI Innovation Hub

[15:39] Why Workflow Integration Trumps Perfect Accuracy in AI

[20:16] Evaluating AI Beyond Traditional Metrics

[25:15] Platform vs Point Solutions: Strategic Approaches to AI Implementation

[31:50] The Future of Foundation Models in Radiology

[35:55] Closing Thoughts: The Evolution of AI in Healthcare

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The conversation explores why score-based systems often foster adversarial relationships, while peer learning encourages participation, and drives genuine improvement in radiologist performance. Drawing from his extensive experience in dose optimization, technology integration, and medical education, Dr. Larson shares the “three pillars” of effective peer learning and demonstrates how programs can be adapted across different hospital environments—from small rural practices to large academic centers.

They also examine how AI can complement peer learning without undermining the human relationships that drive quality improvement, as well as strategies for building a business case that prioritizes culture and patient safety. With insights spanning program design, interdisciplinary communication, and subspecialty coverage, Dr. Larson makes a compelling case for why local, relationship-based peer learning programs are more effective than national frameworks.

For radiology leaders and practitioners alike, this episode offers both a roadmap and an inspiration for transforming departmental culture through collaborative learning, ensuring that technology and teamwork go hand in hand to improve patient care.

[00:00] Intro: The Evolution from Peer Review to Peer Learning

[02:43] Breaking Free from Score-Based Peer Review Systems

[07:50] The Three Pillars: Feedback, Learning & Improvement 

[13:43] Overcoming Implementation Challenges in Peer Learning

[17:40] Adapting Peer Learning for Different Practice Settings

[20:15] Structuring Effective Peer Learning Meetings

[25:46] Measuring Success Through Cultural Change

[29:57] Making the Business Case for Peer Learning

[33:02] Building Interdisciplinary Trust Through Shared Learning

[35:37] The Future of Peer Learning: AI Integration & Local Focus

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Lofton brings extensive experience from both academic centers and community hospitals, where he has advanced Medical Physics 3.0 initiatives and championed quality management programs that reshape how physics supports patient care.

Building on Part 1’s diagnosis of the challenges facing the profession, Lofton dives into actionable strategies for repositioning medical physicists as collaborative problem-solvers rather than compliance checkers. He underscores the importance of emotional intelligence (EQ) alongside technical expertise (IQ), highlighting how relationship-building with radiologists and administrators is critical to embedding physicists into clinical operations.

The discussion explores how continuous quality monitoring and real-time assurance technologies can replace outdated pass/fail testing, allowing physicists to identify and prevent issues before they impact patients. Lofton also addresses the operational and financial literacy needed for physicists to demonstrate value to healthcare leaders, ensuring they are seen as contributors to both quality and efficiency.

A strong advocate for healthcare equity, Lofton emphasizes that rural and community hospitals deserve the same caliber of physics support as major academic institutions. He shares innovative models for delivering high-quality physics services in resource-constrained environments, helping bridge gaps in access.

For executives and imaging professionals, this conversation offers a roadmap for transforming medical physics into a problem-solving specialty that elevates patient care, strengthens departmental performance, and secures the future of the profession.

[00:00] Intro and Welcome to Frame by Frame

[00:49] Evolving Role of Medical Physicists in Healthcare

[03:39] Understanding Physics 3.0 and Patient-Centered Care

[06:35] Real-Time Quality Monitoring and CMS Requirements

[09:49] Breaking Away from Traditional Approaches

[15:36] Shifting from Compliance to Value Creation

[18:34] Building Better Relationships Between Physicists and Clinical Staff

[22:33] Rethinking Dose Optimization and Clinical Protocols

[24:59] Vision for the Future of Medical Physics

[28:31] Closing Thoughts and Rural Healthcare Challenges

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Lofton, a seasoned leader in diagnostic and nuclear medical physics, argues that the profession has been held back by a narrow focus on regulatory compliance, often reduced to annual inspections and machine testing, rather than fully embracing its potential as a driver of quality in patient care.

Together, they explore how historical inertia and over-standardization have commodified physics services, eroding the profession’s perceived value. Lofton explains why the future of the field depends on moving from Level 1 work, basic compliance, to Level 2 and Level 3 physics that deliver measurable improvements in outcomes, efficiency, and safety. 

The discussion highlights the need for continuous monitoring, trending analysis, and closer collaboration with radiologists, rather than relying solely on pass/fail threshold testing.

The conversation also touches on emerging opportunities for medical physicists to integrate into AI-driven imaging, image-guided surgery, and other advanced technologies, areas where their expertise can directly impact patient outcomes. Lofton emphasizes that rural and community hospitals deserve the same caliber of physics support as academic medical centers, and he shares strategies for bridging that gap.

For professionals committed to elevating the role of physics in healthcare, Part 1 offers both a diagnosis of the current challenges and the foundation for a roadmap that will be expanded in Part 2, where they’ll dive deeper into actionable solutions for transforming the field.

[00:00] Intro: The Crisis in Medical Physics

[02:35] From Med School Dreams to Medical Physics

[06:19] Evolution of Imaging Physics: A Decade of Change

[11:29] The Personal Crisis: Machine Focus vs Patient Care

[17:52] Market Forces vs Clinical Innovation in Medical Imaging

[24:00] Understanding Level 1, 2 and 3 Physics Work

[31:00] Redefining Value: From Compliance to Quality Management

[37:15] Communication and Risk: Building Better Clinical Partnerships

[41:05] Closing Thoughts & Preview of Part 2

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Together, they explore the growing capabilities of AI in radiology, from automated draft reporting for chest X-rays and CT scans to the emerging potential of Agentic AI as a true assistant within clinical workflows. Dr. Kim emphasizes that while AI holds the promise of boosting efficiency, with some studies reporting 15.5% gains, it must be grounded in personalization and supported by human oversight to avoid risks like hallucinated results.

The conversation dives into practical mechanisms for safe integration, including Model Context Protocols (MCPs) that embed clinical nuance into AI outputs, and the need for hands-on experience over purely theoretical exposure. Dr. Kim also addresses the regulatory and liability gaps that could hinder responsible adoption, advocating for frameworks that can keep pace with innovation.

For professionals navigating the AI landscape in healthcare, this discussion offers a forward-looking yet grounded perspective on building meaningful human-AI partnerships, where technology enhances rather than replaces clinical judgment.

If you enjoyed this episode, don’t forget to subscribe and leave a review. It helps us reach more imaging professionals and healthcare leaders around the world.

00:00 Intro: Meet Dr. Woojin Kim, Pioneer in Medical AI

00:07:25 The Reality of AI-Generated Radiology Reports

00:14:27 Why Personalization Matters in AI Reports

00:21:12 Managing AI Hallucination Risks in Medical Imaging

00:27:47 Current Barriers to GenAI Implementation

00:30:31 Understanding Agentic AI in Radiology

00:36:27 Model Context Protocols: The Future of Integration

00:43:48 Key Takeaways: Learning to Work With AI in Healthcare

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With a career spanning Harvard Medical School, Massachusetts General Hospital, and more than a decade at the International Atomic Energy Agency, Dr. Rehani brings unparalleled insight into how the medical community can better manage radiation risk. He discusses how uncertainty in radiation effects should inspire prudent safeguards—not paralysis—especially when balancing clinical benefits with long-term exposure concerns.

Together, they explore the key differences in radiation policy between the U.S. and Europe, the underutilized potential of existing dose-reduction technologies, and how CT scans—often assumed to be “low dose”—still warrant caution. Dr. Rehani introduces tiered safety systems modeled after traffic light warnings and emphasizes how public pressure could help shift outdated safety practices.

This conversation is a must-listen for imaging professionals, healthcare decision-makers, and anyone interested in the evolving science of radiation safety.

If you enjoyed this episode, don’t forget to subscribe and leave a review—it helps us reach more imaging professionals and healthcare leaders worldwide.

[00:00] Intro: Managing Uncertainty in Medical Radiation

[00:02:34] From Hospital Physicist to Global Safety Leader: Dr. Rehani's Journey

[00:07:45] The US vs Europe: Different Approaches to Radiation Protection

[00:11:20] Traffic Light Analogy: Rethinking Radiation Safety Systems

[00:17:09] Using Dose History as a Clinical Compass, Not a Source of Fear

[00:28:50] Untapped Technologies: Why CT Isn't Yet a Low-Dose Modality

[00:36:11] Hard Truths About Cumulative Radiation Exposure

[00:37:43] Closing Thoughts: The Future of Medical Imaging Safety

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Together, they delve into the often-unseen world of medical physics. From rapid-response crisis management during trauma events to rigorous quality control protocols across CT, MRI, X-ray, PET, and nuclear medicine. Dr. Breeden discusses how physicists are not only technical experts but also trusted collaborators across departments, helping shape policy, maintain compliance, and support clinical excellence.

The conversation also touches on regulatory challenges, the emotional toll of constant vigilance in healthcare environments, and how the role of a medical physicist is evolving in today’s complex hospital ecosystems.

If you enjoyed this episode, subscribe and leave us a review! It really helps in reaching more like-minded enthusiasts.

[00:00] Intro: Welcome to Frame by Frame Rethink Imaging

[02:27] From Chemistry to Medical Physics: Dr. Breeden's Journey

[07:10] The Unpredictable Life of a Medical Physicist

[08:51] Inside Equipment Testing and Quality Control

[14:28] Managing Crisis Response in Medical Imaging

[19:43] Patient Safety: The Top Priority

[22:00] The Challenges of Traveling Physics Work

[27:02] Building Relationships Across Healthcare Teams

[32:52] Three Big Questions in Medical Imaging

[34:51] Final Thoughts: The Future of Medical Physics

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Dr. Samei shares his unique perspective on how imaging combines the exactness of physics and data science with the subtle art of interpretation, shedding light on why even the most advanced technologies require human oversight. 

From the philosophy behind diagnostic uncertainty to the evolving role of AI in radiology, the conversation spans critical themes such as patient-centered care, diagnostic accuracy, and the future of medical expertise.

If you enjoyed this episode, subscribe and leave us a review! It really helps in reaching more like-minded enthusiasts!

[00:00] Intro: The Art and Science of Medical Imaging

[02:13] From Physics to Medicine: A Journey into Medical Imaging

[04:06] Bridging Certainty and Uncertainty in Healthcare

[09:17] The Challenge of Patient-Specific Care and Data

[17:10] Evolution of Medical Imaging: Beyond Looking Inside

[24:26] Quantitative vs Qualitative: Finding the Balance

[27:59] AI and Human Judgment in Medical Interpretation

[31:27] Measuring Success in Medical Imaging

[38:02] Future of Healthcare: Merging Humanity with Technology

[41:42] Final Thoughts: The Path Forward in Medical Imaging

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Dr. Goldberg shares actionable strategies to reimagine radiology practice management, including rethinking traditional reporting models, expanding the use of radiologist extenders, and evolving leadership structures to support a sustainable future. Together, they discuss how to maintain clinical excellence while improving operational efficiency, and what the future might hold for remote work, education, and collaborative care in imaging departments.

This episode is essential listening for radiologists, department leaders, and healthcare professionals navigating the intersection of technology, workforce dynamics, and patient care in a rapidly changing field.

[00:00] Intro: The Future of Radiology with Dr. Ari Goldberg

[02:17] Rethinking Radiology Reports: Finding Balance in Documentation

[08:52] AI in Radiology: Managing Expectations and Reality

[15:35] The Role of Radiology Extenders in Modern Practice

[21:07] Addressing Burnout and Systemic Changes in Radiology

[27:30] Leadership Evolution: Embracing Remote Work in Radiology

[31:54] Vision for 2035: Integrating AI, Extenders, and Traditional Practice

[33:21] Closing Thoughts: Building a Sustainable Future for Radiology

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Dr. Kaplan discusses the findings of groundbreaking research showing how traditional shielding can actually increase patient radiation exposure due to interactions with automatic exposure controls in advanced imaging systems. Together, they explore how modern equipment, data-driven protocols, and AI have revolutionized imaging safety, and what this means for radiology professionals and patients alike.

This episode is a must-listen for anyone working in diagnostic imaging, medical physics, or patient safety, offering a forward-thinking perspective on how to communicate, implement, and trust in evolving best practices in radiation protection.

[00:00] Intro & Welcome

[01:38] Origins of the Gonadal Shielding Research

[04:13] How Modern X-ray Sensors Changed Radiation Protection

[06:20] Understanding Radiation Sensitivity in Different Organs

[14:25] Why Staff Need Protection But Patients Don't

[17:05] Pediatric Radiation Safety: Lower Doses for Smaller Bodies

[22:37] Implementing Change in Radiology Departments

[24:34] Future Technologies in Radiation Protection

[28:03] Modern Understanding of Radiation Risk

[31:16] Key Takeaways: Evolving Beyond Traditional Practices

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Dr. Kanal highlights her pioneering work developing a forensic CT program that can eliminate the need for traditional autopsies in nearly 50% of cases. From our first episode with her, she explains how CT imaging offers a non-invasive, culturally sensitive alternative to conventional post-mortem procedures—helping address the growing shortage of forensic pathologists while improving diagnostic accuracy.

Beyond her innovations in forensics, Dr. Kanal also highlights the unique imaging protocols and physiological considerations required in post-mortem scans, the global trends in forensic CT adoption, and the collaborative work between radiologists and forensic pathologists.

This episode is a must-listen for medical imaging professionals, pathologists, and educators interested in how imaging continues to push the boundaries of medicine, investigation, and care for the deceased.

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Drawing on examples like breast and lung cancer screening, Dr. Samei shows how imaging can improve outcomes when guided by validated metrics and clinical collaboration. He also highlights the challenges of creating standardized measurements that can be applied across institutions, stressing the importance of stakeholder involvement—from physicists to clinicians and regulatory bodies.

Whether you're navigating imaging guidelines, optimizing protocols, or advocating for patient-centered care, this episode delivers the tools to help you rethink what makes imaging truly valuable.

[00:00] Intro: Understanding Medical Imaging Benefits

[01:49] Measurands vs Measurements: The Science of Quantification

[07:15] Beyond Radiation Dose: Why Single Metrics Can Mislead

[12:30] Validating Quality Measurements in Radiology

[19:24] The Importance of Personalized Imaging Approaches

[22:47] Task-Based Performance in Medical Imaging

[29:05] Designing Studies to Prove Imaging's Value

[32:53] The Real Impact: Mammography Success Story

[36:24] Closing Thoughts: Balancing Benefits and Risks

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Dr. Samei challenges long-held assumptions about radiation risk, urging a shift away from fear-based thinking. He critiques the limitations of population-based radiation thresholds and emphasizes why shared decision-making should drive medical imaging practices.

Through accessible examples, Dr. Samei explains why delayed or denied imaging can often pose a greater risk than the radiation itself. He also breaks down the widely debated Linear No-Threshold model and how it’s frequently misunderstood in clinical contexts.

As Chief Imaging Physicist at Duke University and a Distinguished Professor, Dr. Samei offers insights that are both scientifically grounded and deeply human. Whether you’re a clinician or simply someone curious about your healthcare, this episode provides a vital rethink of how we talk about imaging, risk, and patient trust.

[00:00] Intro & Welcome with Dr. Ehsan Samei

[02:24] Medical Imaging: A Gift to Modern Healthcare

[06:46] Patient Autonomy and Shared Decision-Making

[11:04] Understanding the Linear No-Threshold Model

[17:30] Cancer Risk: Separating Facts from Fear

[25:20] Radiation Doses: High vs Low Exposure Data

[29:52] Thresholds vs Clinical Guidance in Practice

[39:13] Communicating Benefits to Patients

[44:59] Key Takeaways & Preview of Part 2

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She discusses the impact of the ACR Dose Index Registry (DIR) in standardizing radiation dose management across healthcare facilities and the importance of balancing dose reduction with maintaining high-quality diagnostic images.

Dr. Kanal also delves into her groundbreaking work in forensic CT imaging, where advanced technology is used to determine causes of death without the need for invasive autopsies — addressing both practical and emotional challenges for families. 

As a trustee of the American Board of Radiology and former chair of the ACR’s CT Dose Index Registry, Dr. Kanal has significantly contributed to improving radiation safety nationwide. Her insights offer valuable guidance for facilities looking to optimize their imaging protocols while ensuring patient care and safety.

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Learn about translation software requirements, implementation strategies, and how to prepare your practice for 2027 compliance. Whether you're a radiology administrator, medical physicist, or healthcare IT professional, this episode provides clear guidance on meeting CMS standards while optimizing patient care. Discover why starting early could give your facility a competitive advantage in reimbursement and quality measures.

Olav Christianson is the Vice President of Clinical Strategy at Imologix, bringing over a decade of experience in medical physics and clinical consulting to the field of radiation dose monitoring and image quality analysis. With a Master's degree in Medical Physics from Duke University, he authored foundational papers on radiation dose tracking and automated noise assessment that have been cited by CMS in their measure specifications. 

As one of the early contributors to radiation dose monitoring, Christianson previously led a practice collaborating with over 300 hospitals across the US to optimize radiation protocols and improve patient safety. 

[00:00] Intro: Meet Olav Christianson

[02:06] From Astrophysics to Medical Physics: A Personal Journey

[05:34] Understanding the New CMS Electronic Clinical Quality Measure (eCQM)

[09:36] Breaking Down the Three Required Data Elements

[15:18] Mandatory Reporting: Timeline and Preparation for 2027

[19:39] Translation Software Options and Implementation Strategies

[26:16] Choosing the Right Software Solution: Long-term Considerations

[29:10] The Role of Dose Monitoring Software in Quality Improvement

[32:26] The Future of Radiology: Beyond Image Noise Measurement

[34:00] Key Takeaways and Future Industry Impact

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This discussion offers valuable insights for healthcare professionals and policymakers, emphasizing the impact of legislative advocacy on healthcare access. Dr. Patel’s work exemplifies how medical professionals can drive systemic change while maintaining a personal connection to patient care. A passionate advocate for women's health, she has spearheaded major legislative efforts in Missouri to improve access to mammography services.

Her journey from a small rural town to becoming a key voice in breast imaging advocacy showcases her dedication to addressing healthcare disparities. As president of the Missouri Radiological Society and an affiliate member of the University of Kansas Cancer Center, she continues to shape health policy and expand public education through digital platforms.

[00:00] Intro: Meet Dr. Amy Patel

[01:31] From Rural to Imaging

[03:58] Building Healthcare Advocacy

[06:09] Legislative Wins in Missouri

[09:25] Breaking Barriers in Access

[13:53] Engaging with Legislators

[16:19] High-Risk Breast Cancer Awareness

[19:31] Path to Federal Legislation

[23:30] Digital Advocacy for Change

[25:19] Future Reforms & Coverage Gaps

[27:35] Patient Impact & Advocacy

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Dr. Krupinski has dedicated her research to understanding the cognitive load and stress that radiologists face, particularly in relation to burnout. In this episode, she shares her insights on the psychological factors contributing to radiologist burnout and discusses the implications for both individual performance and patient care. Notably, she emphasizes the need for systemic changes within healthcare to better support radiologists and improve their work environment. Dr. Krupinski's expertise is crucial to the podcast's exploration of burnout in healthcare, as she provides actionable strategies for mitigating its effects and fostering a healthier workplace culture.

Together, they delve into the pressing issue of radiologist burnout, exploring its psychological underpinnings and the factors contributing to this significant challenge in healthcare. Dr. Krupinski shares her insights on the overwhelming volume of images radiologists must process, which has increased dramatically with advancements in imaging technology. This surge in workload, coupled with the complexity of cases, creates a high cognitive load that can lead to burnout.

[00:00] Intro

[00:02:30] The Burden of Image Volume

[00:10:06] Understanding Burnout Beyond Fatigue

[00:20:17] The Cultural Shift Needed in Healthcare

[00:29:03] Recognizing Warning Signs of Burnout

[00:32:38] Empowering the Next Generation of Radiologists

[00:34:07] The Role of AI in Alleviating Workload

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Dr. Krupinski's research delves into the cognitive and perceptual mechanisms that influence how radiologists interpret medical images. Her work is particularly relevant to the podcast's focus on the psychology behind radiologist errors, as she explores the challenges of burnout and the application of psychological principles to enhance both accuracy and well-being in radiology practice. 

Notably, Dr. Krupinski has conducted extensive research on the impact of fatigue on diagnostic performance, revealing significant drops in accuracy after prolonged work hours. Her innovative studies and insights into the intersection of psychology and radiology make her a vital voice in understanding and improving the field.

[00:00] Intro  

[00:02:25] Chance Encounter with Radiology  

[00:07:17] Understanding Radiologist Errors  

[00:15:29] Impact of Fatigue on Diagnostic Performance  

[00:22:05] Environmental Factors in Radiology  

[00:25:03] Challenges of Remote Reading  

[00:33:59] Innovative Training Techniques

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This episode is a fascinating exploration of how technology is reshaping the field of radiology, and Jason's insights provide a hopeful perspective on the future of medical imaging. Tune in to discover how AI can enhance patient care and the role of radiologists in this transformative era.

Dr. Jason Adelberg is a radiology resident and AI researcher at Mount Sinai in New York City. With a background as a software engineer, Jason transitioned into medicine, discovering his passion for radiology during medical school. He has authored multiple papers on artificial intelligence and serves on the editorial board for the Radiology AI journal. Notably, he led a workshop at the Radiological Society of North America (RSNA) on building AI models without coding experience, which is also available on YouTube. In this episode, Jason shares his insights on the intersection of AI and radiology, emphasizing the importance of patient safety and the complexities of integrating technology into healthcare. His unique perspective as both a radiologist and AI developer positions him as a key voice in the ongoing conversation about the future of medical imaging and the role of AI in enhancing radiological practices.

[00:00] Intro  

[00:02:50] The Journey from Tech to Radiology  

[00:10:20] AI as an Enhancer, Not a Replacement  

[00:12:49] Automating Tedious Tasks with AI  

[00:18:36] The Importance of Diverse Data in AI Training  

[00:24:00] Navigating Regulatory Challenges in AI  

[00:32:11] A Bright Future for AI in Radiology

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The episode features seven distinguished voices who have helped shape the dialogue around medical imaging this year. From Dr. Tom Griglock's personal journey into medical physics to Dr. Ehsan Samei's philosophical take on the intersection of physics and medicine, each segment offers unique perspectives on the field's evolution.

Listeners will hear crucial discussions about AI integration with Dr. Eliot Siegel, workflow optimization with James Armbruster, healthcare policy insights from Dr. Lee Fleisher, radiation safety wisdom from Dr. Donald Frush, and dose optimization strategies from Dr. David Larson. 

This compilation episode serves as both a retrospective of the year's most valuable insights and a forward-looking examination of where medical imaging is headed.

00:00 - Introduction to Special Episode 

01:00 - Dr. Tom Griglock on Medical Physics and Patient Care 

06:00 - Dr. Ehsan Samei: Bridging Physics and Medicine 

12:00 - James Armbruster: Workflow and Communication 

18:00 - Dr. Eliot Siegel on AI's Future in Radiology 

24:00 - Dr. Lee Fleisher: Healthcare Policy and Patient Advocacy 

30:00 - Dr. Donald Frush: Radiation Safety Fundamentals 

36:00 - Dr. David Larson: Dose Optimization Strategies 

37:00 - Closing Thoughts and Looking Ahead

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Radiology is in the midst of a technologist shortage, and it’s a problem that was only made worse by the ripple effects of COVID. Traditional recruitment methods are just no longer cutting it according to Allen, who is keener on proactive outreach and creative training programs. Listen in to have your eyes opened as to the vast untapped talent pools out there – if only there were the right educational incentives. 

Allen also gets into staffing dynamics on this episode – more and more, you’re seeing traveling technologists, and holding on to existing permanent staff is an ongoing battle. All of this matters so much because it has a direct impact on patient care and workflow efficiency. 

But what of the solutions? Well, Chris and Allen look into how to remedy these issues. Learn why outside-of-the-box thinking and continuous learning are the keys to beating this workforce crisis and keeping care quality standards high.

00:00 - Intro

01:51 - Life as a Medical Physicist

04:21 - Travelers vs. Locals: The Pay Disparity Dilemma

08:10 - Why Experience Matters in Complex Care

11:28 - The Role of AI in Streamlining 

15:57 - Burnout in the Imaging World

18:03 - Investing in Technologists: Building a Stronger Team
20:46 - Giving Voice to the Experts

23:03 - Adapting Recruitment Strategies

26:57 - The Changing Face of Healthcare Staffing

29:32 - A Hidden Talent Pool

38:21 - The Stability of Healthcare Careers

40:51 - Raising Awareness About Diverse Roles in Healthcare

44:21 - Outro

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The show also covers the evolution from peer review to peer learning in radiology, the complexities of size-adjusted dose optimization, and the role of multi-disciplinary collaboration in creating sustainable radiology practices. 

In terms of improving the field as a whole, the pair share ideas around moving beyond merely hitting acceptable ranges with dose optimization and instead, setting targets and hitting them with absolute consistency. 

The discussion focuses on the development of imaging protocols, emphasizing the importance of balancing technological advancements with effective management strategies. 

Tune in to learn how innovative approaches and a target-based mindset are crucial for advancing radiology practices in today's evolving landscape.

00:00 - Intro

02:59 - Demystifying Socio-Technical Systems in Healthcare

05:17 - From Peer Review to Peer Learning

07:27 - Why Dose Matters in Radiology

11:56 - The Importance of Size-Adjusted Dose

14:22 - Real-World Dose Optimization

18:09 - Automated Tube Current Modulation
20:52 - Enhancing Dose Control
22:29 - The Collaborative Equation: Radiologists, Physicists, and Technologists

26:43 - Fine-Tuning Image Quality Across Use Cases

29:54 - Dose Optimization for Smaller Hospitals

33:02 - The Key to Effective Training in Radiology

39:18 - Process Control: The Heart of Optimization

44:12 - Preparing for New Radiology Technologies

46:11 - Navigating Regulatory Changes

49:25 - Misconceptions in CT Optimization

51:25 - The Role of Administrators in Dose Optimization

54:14 - A Lover’s Quarrel: Professional Debates in Radiology

55:39 - Outro

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Dr. Donald Frush is a renowned expert in radiation safety and dose optimization and serves as a Radiologist at Duke University Medical Center. Here, he shares his wisdom with Chris from his extensive experience spanning over 25 years in advancing radiation protection in medical imaging.

The discussion explores the delicate balance between minimizing radiation exposure and ensuring high-quality imaging, emphasizing the critical role of optimization and justification in modern radiology.

Dr. Frush also shares his insights into managing recurrent imaging in both acute and chronic conditions, highlighting the importance of balancing diagnostic accuracy with radiation safety. The conversation later moves into pediatric considerations, both on a technical and emotional level, with the pair covering the development of imaging protocols and the emerging role of AI in dose management. 

Tune in to discover how modern technologies are reshaping radiology, reducing radiation exposure, and improving patient outcomes.

00:00 - Intro

02:02 - How Doctor Frush Entered Radiology

04:17 - Basics of Radiation in Medical Imaging

08:07 - The ALARA Principle: Keeping Radiation Low

10:16 - The Evolution of Radiation Dose Management

12:04 - Key Technologies in Dose Management

15:35 - Balancing Image Quality with Radiation Dose
17:36 - The Team Approach to Radiation Protection
20:41 - Resources for Healthcare Providers on Radiation Safety

26:20 - Recurrent Imaging and Cumulative Risk

28:05 - Acute vs. Chronic Needs

32:43 - Real-World Examples and Challenges in Recurrent Imaging

35:32 - Optimizing Imaging Protocols

42:33 - The Future of AI in Pediatric Imaging

44:36 - Effective Communication about Radiation Risks

47:05 - The Emotional Impact of Radiation Decisions in Pediatrics

51:34 - Sincerity Goes a Long Way

53:43 - Why Say: “It’s Nice to See You”?

59:14 - The Thankless Yet Vital Task of Radiation Protection

01:05:43 - Highlighting the Value of Imaging

01:08:24 - Outro 

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From the creation of the National Quality Strategy to groundbreaking decisions on quality measures and patient safety standards, this episode delves into Dr. Fleisher's relentless commitment to raising the bar in healthcare. 

The pair’s chat also provides a deep dive into the intersections of policy, practice, and patient impact, with Dr. Fleisher illuminating the path to a more sustainable, quality-driven healthcare system.

Join us for an inspiring look at the real-world impact of policy, transparency, and quality measurement on the future of healthcare, and learn more about Dr. Fleisher’s current work at Rubrum Advising, focusing on navigating CMS regulations.

00:00 - Intro

05:49 - From Childhood Dreams to Healthcare Leadership

05:17 - From Peer Review to Peer Learning

07:01 - Transplant Research and CMS Involvement

08:55 - A Shift in Focus: Cardiac Patients and Quality Standards

12:40 - A Legacy in Quality Measures and Public Health

16:14 - How Quality Measures are Made: A Collaborative Process
22:55 - Evaluating and Endorsing Quality Measures
26:31 - Challenges and Evolution of Healthcare Quality Standards

30:10 - What are Accountable Care Organizations (ACOs)

32:15 - Lessons from the Pandemic

35:11 - Challenges in Specialty Compliance with Quality Measures

39:00 - From Quantity to Quality

43:46 - Leveraging Technology to Reduce Reporting Burden

45:50 - The Story Behind Rubrum Advising

52:29 - The Universal Foundation

54:17 - Outro

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The conversation delves into the evolving landscape of medical imaging, highlighting the importance of continuous learning through self-annotation and AI’s role in enhancing diagnostic accuracy. Eliot emphasizes the necessity of leveraging historical data to inform treatment decisions and the transformative potential of AI to streamline workflows in radiology.

Listeners will gain insights into the future of medical imaging, including the significance of training the next generation of radiologists to effectively utilize AI technologies while maintaining a healthy skepticism towards its capabilities. This episode offers a compelling exploration of how innovation, collaboration, and a commitment to patient care are reshaping the future of radiology, providing valuable guidance for professionals navigating this rapidly changing field.

00:00  - Preamble

05:16 - Meet Dr. Eliot Siegel: A Pioneer in Medical Imaging

06:43 - AI and Radiology: A Childhood Dream Meets Reality

09:29 - A Defining Moment: The First Filmless Radiology Department

13:38 - The Challenge of Any Image, Anywhere, Anytime

15:12 - AI Integration in Radiology: Overcoming Modern-Day Hurdles

19:03- Mammography: AI's Brightest Success Story
23:03 - AI's Performance in the Wild: Generalizability and Drift
25:45 - Embracing Bias for Personalized Healthcare

28:04 - The Ethical Dilemma of AI in Radiology

30:47 - Bias in AI Training: Hidden Risks and Ethical Concerns

32:44 - Privacy and Data Ethics in AI Training

36:43 - Decision Support and Human Judgment: The Future of Radiology

39:50 - AI and the Radiologist’s New Role: Coordinating Care

42:24 - Human-Machine Collaboration: The Key to Better Medicine

48:19 - The Birth of a Database

53:02 - AI in Learning and Practice

58:52 - Addressing Understaffing in Radiology

01:03:30 - Maintaining Skepticism and Trust

01:07:17 - The Future of AI in Diagnostic Radiology 

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The discussion explores James's journey through the ever-evolving landscape of radiology, highlighting his strategies for addressing workflow challenges and improving team dynamics. 

Listeners will discover actionable insights for fostering supportive environments that combat burnout among healthcare professionals, as well as the imperative of adapting to the unique workflows of different healthcare settings. 

This episode offers a profound look at the intersection of technology, compassion, and teamwork in modern medical imaging, providing practical takeaways for professionals navigating this dynamic field.

06:13  - Beginnings in Radiology and Patient Care

09:57 - Enhancing Patient Experience with Communication

12:00 - The Role of Workflow in Radiology Efficiency

16:17 - Addressing Workflow Bottlenecks

18:23 - Mitigating Burnout in Technologists

24:24 - The Future of Technology in Radiology

27:43- The Human Touch in Technology
30:53 - Integrating New Technologies: The Power of Workflow
32:41 - Scheduling Challenges: The Hidden Complexity
36:24 - Training and Retaining Techs: The Human Connection
40:46 - The Gratifying Role of Healthcare Workers
43:11 - Humanizing the Process: Breaking Administrative Barriers

46:28 - Advice for the Next Generation of Technologists
48:53 - The Power of Communication to Solve Multiple Issues

52:04 - How Can Vendors Support Radiology Departments?

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The conversation delves into Ehsan’s journey through the evolving medical imaging landscape, highlighting his innovative approaches to optimizing patient outcomes and enhancing diagnostic accuracy. He discusses the ethical implications of AI in healthcare, the importance of maintaining the human touch in an increasingly digital world, and the future of imaging in patient care.

Listeners will gain a deeper appreciation of the challenges and opportunities in modern medical imaging, with practical takeaways for professionals navigating the complexities of this dynamic field.

Chapters

05:32  - The Intersection of Physics and Medicine
10:22 - The Role of Uncertainty in Medicine
13:20 - The Importance of Data in Medical Practice
18:10 - The Challenge of Medical Imaging
22:16 - A​​ssisted Intelligence in Medicine
26:10 - The Disruptive Innovation of Medical Imaging
32:34- The Role of Human Interpretation
37:39 - Balancing Quantitative Data and Qualitative Insights
42:00 - The Evolving Role of Human Judgment in the Age of AI 
46:15 - Redefining Success in Medical Imaging
51:35 - The Variability Challenge in Medical Imaging
54:56 - Guidance for the Next Generation in Medical Imaging
58:13 - Embracing the Humanity in Medicine 

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The episode begins with an introduction to Dr. Griglock's impressive background, highlighting his expertise in CT, dosimetry, patient dose optimization, and novel spectral CT imaging techniques. His groundbreaking research has not only led to over 30 publications but has also earned him multiple prestigious awards, cementing his role as a leading figure in the field.

As the episode progresses, Tom sheds light on the intricate relationship between science and medicine, discussing the overlap and divergences between the two. He stresses the importance of skepticism in medical practice, advising listeners to critically evaluate expert opinions and differentiate between scientifically proven facts and informed judgments.

Throughout the episode, Tom provides a wealth of knowledge and practical advice for both seasoned professionals and those new to the healthcare industry. Listeners can expect to gain a deeper understanding of the current workforce challenges in healthcare, the pivotal role of education in shaping the future workforce, and the nuances of navigating the medical imaging field.

05:11 - The Path to Medical Physics 
07:40 - Demystifying Medical Physics
09:32 - The Sci-Fi Reality of Radiation in Medicine
13:35 - Breaking Down Imaging Modalities
18:26 - The Evolution of CT Scanning
22:28 - The Digital Transition in Medical Imaging 
33:28- Workforce Challenges in Healthcare 
35:16 - The Complexities of Hiring and Retention 
38:32 - The Role of Education in Addressing Workforce Shortages 
41:25 - Breaking Down Barriers to Healthcare Careers
44:17 - Navigating the World of Medical Imaging
47:38 - The Relationship Between Science and Medicine 
51:57 - The Importance of Skepticism in Medical Practice 

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Whether you’re a healthcare professional or simply fascinated by how imaging technology shapes the future of medicine, this trailer gives you a taste of what’s to come.

Don’t miss out—subscribe to Frame by Frame: Rethink Imaging on Apple Podcasts, Spotify, or your favorite podcast platform. Follow us to stay updated and join us as we rethink imaging and its role in transforming healthcare.

Thanks for listening, and get ready to rethink everything you know about imaging!

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