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Total Body Mapping is a modern dermatological method used for the detailed follow-up of skin lesions and moles. The key features of this method are as follows:
1. Early Detection of Skin Cancer: This method plays a critical role in the early diagnosis of skin cancer. Skin cancers can develop from existing moles or appear as new lesions. Full body photography integrated with digital dermoscopy offers an effective strategy for monitoring high-risk patients. The Automated Total Body Mapping system ensures that each mole or lesion is tracked individually and systematically.
2. Fast and Comprehensive Imaging: The system quickly photographs the entire body from head to toe, including the palms and soles of the feet, by positioning the patient in various ways. The resulting high-resolution images are captured in minimal time.
3. Integration of Mapping and Dermoscopy: After the full body imaging process is completed, all detected moles and lesions are digitally counted, and dermoscopic images are taken. This integrated approach offers high precision and reliability.
4. Easy Detection of New or Changing Lesions: During regular follow-ups for high-risk patients, images captured by the device's fully automatic camera, movable scanning system, and laser positioning system are compared. This enables rapid detection of new moles and lesions, or those showing changes in size, shape, or color over time.
What are the features of Total Body Mapping?
1. Early Detection of Skin Cancer: This method plays a critical role in the early diagnosis of skin cancer. Skin cancers can develop from existing moles or appear as new lesions. Full body photography integrated with digital dermoscopy offers an effective strategy for monitoring high-risk patients. The Automated Total Body Mapping system ensures that each mole or lesion is tracked individually and systematically.
2. Fast and Comprehensive Imaging: The system quickly photographs the entire body from head to toe, including the palms and soles of the feet, by positioning the patient in various ways. The resulting high-resolution images are captured in minimal time.
3. Integration of Mapping and Dermoscopy: After the full body imaging process is completed, all detected moles and lesions are digitally counted, and dermoscopic images are taken. This integrated approach offers high precision and reliability.
4. Easy Detection of New or Changing Lesions: During regular follow-ups for high-risk patients, images captured by the device's fully automatic camera, movable scanning system, and laser positioning system are compared. This enables rapid detection of new moles and lesions, or those showing changes in size, shape, or color over time.