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2024 PSRT Fall Conference

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2024 PSRT Fall Conference

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Outline for Radiographic Imaging in the Trauma Patient

  1. Brief overview of Advanced Trauma Life Support and role that imaging plays in initial management of trauma patients.
    1. role of chest and pelvis xrays
    2. role of extremity xrays
  2. CT imaging in the trauma patient- use of IV contrast; situations to avoid IV contrast; emerging trends in trauma imaging
    1. why is IV contrast used? What injuries are missed without IV contrast?
    2. why isn’t oral contrast used? Describing situations/patients in which IV contrast would be withheld
    3. when is rectal contrast used?
  3. Special imaging situations in trauma
    1. pediatric trauma
    2. obstetric trauma
    3. specialized imaging for certain injury patterns- CTA abdomen, CTA neck, extremity runoffs
  4. MRI considerations in trauma
    1. brain imaging for DAI
    2. ligamentous injury of the cervical spine
    3. spinal fracture acuity

Outline for Effective Communication in Radiology

This presentation will discuss this difference between communication and effective communication with our patients. It will explain the difference between verbal and non verbal communication. There will be methods on how to encourage our patients to effectively communicate with us. There will be discussion on how to communicate with different types of patients and there will be discussion on communicating with members of the health care team.

Outline for The Future of Radiology: Empowering Rad Techs through Advanced Informatics

Introduction

  • Welcome and Overview
    • Brief introduction to the topic: the intersection of radiology and informatics.
    • Importance of informatics in modern radiology practice.

Understanding Informatics in Radiology

  • Definition of Informatics in Healthcare
    • Explanation of informatics and its relevance to healthcare.
    • How informatics supports data management and decision-making processes in healthcare.
  • Current State of Informatics in Radiology
    • Overview of current informatics tools and technologies used in radiology.
    • Examples: electronic health records (EHRs), cloud-based storage, AI integration.

Empowering Rad Techs with Informatics

  • Roles and Responsibilities of Rad Techs in the Informatics Era
    • Traditional roles vs. modern roles of Rad Techs in the context of informatics.
    • Skills required for leveraging informatics tools effectively.
  • Enhancing Workflow Efficiency and Accuracy
    • How informatics tools streamline workflows and reduce errors.
    • Case studies/examples of improved accuracy and reduced turnaround times through informatics.
  • Improving Patient Care and Safety
    • Role of informatics in ensuring patient safety (e.g., radiation dose monitoring).
    • Use of data analytics to predict and prevent adverse events.

Advanced Informatics Technologies Shaping the Future

  • Artificial Intelligence and Machine Learning
    • How AI and ML are transforming image analysis and interpretation.
    • Real-world examples of AI applications in radiology.
  • Big Data and Predictive Analytics
    • Importance of big data in developing personalized treatment plans.
    • Use of predictive analytics for early detection and diagnosis.
  • Cloud Computing and Interoperability
    • Role of cloud computing in enhancing data accessibility and collaboration.
    • Importance of interoperability in connecting different healthcare systems.

Practical Steps for Rad Techs to Leverage Informatics

  • Education and Training
    • Importance of continuous learning and professional development.
    • Available certifications and courses in radiology informatics.
  • Adopting a Data-Driven Mindset
    • Encouraging a proactive approach to data management and analysis.
    • Collaborating with IT and other departments to enhance data quality.
  • Embracing New Technologies
    • Keeping up-to-date with the latest technological advancements.
    • Participating in pilot programs and providing feedback on new tools.

Challenges and Considerations (5 minutes)

  • Data Privacy and Security
    • Ensuring patient data confidentiality and compliance with regulations (e.g., HIPAA).
  • Integration and Interoperability Issues
    • Challenges in integrating new informatics tools with existing systems.
  • Resistance to Change
    • Addressing the cultural shift required to embrace informatics fully.

Summary of Key Points

  • Recap of how informatics is reshaping radiology.
  • Emphasizing the empowerment of Rad Techs through informatics.
  • Call to Action
    • Encouragement to stay informed and engaged with the evolving field.

Outline for The Importance of Medical Imaging in the Diagnosis & Monitoring of HFpEF.

Introduction:

  • A. Definition of HFpEF
  • B. Prevalence and significance
  • C. Challenges in diagnosis and management

Overview of Medical Imaging in HFpEF

  • A. Echo
  • B. CMR
  • C. Nuc Med
  • D. CXR

Echocardiography in HFpEF

  • A. Transthoracic Echocardiography (TTE)
  • B. Advanced Echocardiographic Techniques
  • C. Limitations of Echocardiography

Cardiac Magnetic Resonance Imaging in HFpEF (15 minutes)

  • A. Structural Assessment
    Precise quantification of cardiac chambers
    Myocardial mass and wall thickness
  • B. Functional Assessment
    Feature tracking CMR for strain analysis
  • C. Tissue Characterization
    Late gadolinium enhancement for fibrosis detection
    T1 mapping for diffuse fibrosis
  • D. Perfusion Imaging
    Assessment of coronary microvascular dysfunction

Nuclear Imaging in HFpEF

  • A. Role in specific etiologies (e.g., cardiac amyloidosis)
  • B. PET imaging for myocardial metabolism and perfusion

Translational Research currently being done

  • A. Review a few studies I have worked on at the University of Pittsburgh

Conclusion and Q&A

  • A. Summary of key points
  • B. Importance of imaging in HFpEF diagnosis and management
  • C. Questions from the audience

Outline for AI: Accepting Change & Future Applications in Medical Imaging

Review the History of AI

  • Who invented AI
  • When was it invented

Types of AI

  • Generative AI
  • Predictive AI
  • Deep learning AI

How AI Works:

  • Data input
  • Training algorithms
  • Prediction and decision-making

Current AI applications in everyday life

  • Grammarly, ChatGPT, Web Browsers
  • Facial Recognition on iPhone
  • Alexa
  • Typing recognition

Uses in Medical Imaging currently and the benefits

  • Improved Accuracy in Detection and Diagnosis
    • Consistency: Minimizing human errors
    • Reducing patient backlog and interpretation times
  • Workflow Optimization (Radiologists, Ultrasound-Protocols)
  • Auto Measurements/Auto Optimization

Adapting to AI Integration

  • Embrace as a complementary tool
    • Artifical Intelligence cannot replace emotional intelligence
    • AI cannot replace patient care
  • Establishing QAs
  • Stay Informed about safe practices
  • Continue to stay up to date with rapid changes

Ethical Considerations

  • Ensuring data privacy
  • Addressing algorithmic bias and ensuring equity

Outline for Differentiating the Severe Headache

  1. Discuss clinical presentation and risk factors for different types of severe headaches, including migraine, cluster headache, cerebral aneurysm, intracranial hemorrhage, brain masses, dural venous thrombosis.
  2. Overview of brain anatomy and common normal findings on imaging.
  3. Discuss which imaging modality is necessary based on clinical presentation, including CT head with or without contrast, CT angiography, CT Venogram, and MRI.
  4. Overview of the appearance of significant abnormalities seen on imaging of the brain.

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