Optic disc drusen in a child: Diagnosis using noninvasive imaging tools

Keyphrases

• Imaging Tools 100%
• Non-invasive Imaging 100%
• Drusen 100%
• Child Diagnosis 100%
• Optic Disc 100%
• Optic Disc Drusen 100%
• Optical Coherence Tomography 66%
• Pediatric Patients 66%
• Nerve Fiber Layer 66%
• Blue-green 66%
• Fundus Autofluorescence 66%
• Optic Nerve Head Drusen 66%
• Serious Condition 33%
• Financial Burden 33%
• Japan 33%
• Physiologic 33%
• Visual Acuity 33%
• Young Female 33%
• Young Patients 33%
• Zeiss 33%
• Australia 33%
• Fundus Photography 33%
• Autofluorescence 33%
• Imaging Modalities 33%
• Visual Field 33%
• Normal Limits 33%
• Hyperfluorescence 33%
• Separation Analysis 33%
• Left Eye 33%
• Dublin 33%
• A-scan 33%
• Small Vessels 33%
• B-mode Ultrasound 33%
• Routine Screening 33%
• Female Adolescents 33%
• Hyperechoic 33%
• Non-mydriatic 33%
• B-scan 33%
• Adolescents with Type 1 Diabetes 33%
• Channel Separation 33%
• Adelaide 33%
• Optovue 33%
• Fremont 33%
• Retinal Camera 33%
• Neuroretinal Rim 33%
• Without Obscuration 33%
• Frequency Doubling Technology 33%
• Disk Margins 33%
• RTVue 33%
• Mydriatics 33%
• Emotional Burden 33%

Medicine and Dentistry

• Drusen 100%
• Optic Disk Anomaly 100%
• Optic Disc 60%
• Optical Coherence Tomography 40%
• Autofluorescence 40%
• Optic Nerve 40%
• Pediatrics Patient 40%
• Nerve Fiber Layer 40%
• B Scan 40%
• Mydriatic Agent 40%
• Imaging Technique 20%
• Visual Acuity 20%
• Insulin Dependent Diabetes Mellitus 20%
• Fundus Photography 20%
• Visual Field 20%
• Echooculography 20%
• Adolescence 20%
• A Scan 20%