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Dermoscopy for difficult benign lesions including nevi with special features

Dermoscopy for difficult benign lesions including nevi with special features

"Dermoscopy for Difficult Benign Lesions Including Nevi with Special Features" is an advanced course designed to enhance diagnostic skills in identifying challenging benign skin lesions that can mimic melanoma. This course provides in-depth insights into identifying melanocytic and non-melanocytic lesions with special features using dermoscopic patterns, algorithms, and advanced diagnostic tools. Through case studies and real-world examples, participants will gain the confidence to distinguish benign conditions from malignancies and make evidence-based decisions in clinical practice.

time-icon 4.0 hrs EA | 6.0 hrs RP | 0.0 hrs OM
Regular price $195.00
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  • FLEXIBLE TIMING

  • 100% ONLINE

  • accredited Course

  • Expert instructor

The Dermoscopy for Difficult Benign Lesions Including Nevi with Special Features course provides a detailed exploration of challenging benign lesions that may simulate malignancy. This single-unit program focuses on enhancing dermoscopic evaluation skills and understanding the complexities of special-feature lesions.

This unit provides a comprehensive framework for distinguishing benign lesions with atypical features from potential malignancies.
Key topics include:
- Introduction to Challenging Lesions
- Overview of common simulators of melanoma, such as melanocytic nevi, seborrhoeic keratosis, and Spitz nevi.
- The importance of patient context, lesion history, and anatomical location in diagnosis.
- Dermoscopy Techniques and Patterns
- Utilizing dermoscopic clues to identify benign lesions, including pigmented and non-pigmented features.
- Recognising key patterns like eccentric pigmentation, regression structures, and globular-like patterns in simulators.
- Special-Feature Lesions
- Detailed examination of lesions with unique features, such as balloon cell nevi, targetoid hemosiderotic lesions, and combined nevi.
- Insights into recurrent nevi and their differentiation from melanoma recurrences.
- Management Guidelines
- Practical approaches to managing uncertain lesions, including biopsy strategies and follow-up protocols.
- When to escalate cases for advanced diagnostic tools like confocal microscopy.
- Interactive Case Studies
- Real-world examples of complex benign lesions to practice diagnostic reasoning.
- Application of diagnostic algorithms like "Chaos and Clues" and "Prediction without Pigment."

By the end of the course, participants will have a deeper understanding of dermoscopic features in benign lesions with special characteristics, empowering them to confidently identify and manage these challenging cases while minimising unnecessary excisions. This course is essential for healthcare professionals aiming to refine their dermoscopy expertise in distinguishing between benign and malignant lesions.

  1. Classify difficult benign lesions including morphologic variability of naevi with special features.
  2. Apply diagnostic clues to safely distinguish naevi from malignancy.

All degree qualified medical practitioners.

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CPD Hours:

  • Education hours:  4.0
  • Reviewing performance hours: 6.0
  • Measuring outcome hours:  0.0
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Accreditations:

Royal Australian College of General Practice (RACGP) #405086

Australian College of Rural and Remote Medicine (ACRRM) #28496

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Study Mode:

100% online

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Study duration:

10.0 hrs self-paced

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ABOUT THE PRESENTER

Associate Professor Caterina Longo

This course is presented by Associate Professor Caterina Longo: MD, PhD.

Dr Longo is a board-certified dermatologist specialising in the diagnosis and treatment of skin cancers. Although providing the best care possible for patients remains her primary goal, she is also committed to education and clinical research. She is actively involved in clinical research and has published numerous papers on topics related to skin cancer with an emphasis on melanoma, atypical nevi, Spitz/Reed nevi and non-melanoma skin cancer. Caterina’s research interests are focused on the use of imaging instruments such as dermoscopy and confocal laser microscopy to recognise skin cancer early in its development. She pioneered the use of ex vivo fluorescence confocal microscopy for micrographic Mohs surgery applied for basal cell carcinoma and other visceral tumours. Caterina lectures on these topics both nationally and internationally.