Indocyanine Green-Enhanced Thermotherapy for Retinoblastoma
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S. Karger AG
Abstract
Purpose: To report the outcome of pediatric patients with retinoblastoma refractory to traditional local therapy who were treated with indocyanine green (ICG)-enhanced thermotherapy. Materials and Methods: This is a retrospective review of a case series of 3 patients with bilateral retinoblastoma who were treated with ICG-enhanced thermotherapy after showing no response to conventional chemothermotherapy or transpupillary thermotherapy (TTT) alone noted on two consecutive examinations under anesthesia. Results: The 3 patients had had one eye enucleated previously due to advanced disease, and the remaining eye was diagnosed with a large tumor, which showed either a marginal or no response to systemic chemotherapy and TTT. Addition of ICG enhancement during the subsequent TTT session shrunk the tumor to a measurable size that could then be followed by TTT alone as a means of treatment. One patient had tumor recurrence, at which time additional TTT without ICG was successfully applied after the tumor size had decreased; ICG enhancement was then added whenever TTT alone provided no response. Conclusions: ICG enhancement with TTT led to a measurable tumor regression in lesions that had previously not been responsive to traditional chemothermotherapy or isolated TTT. Message: These tumors had shown a minimal to no response to previous TTT treatment. However, adding ICG resulted in a measurable regression even though the same TTT treatment parameters were applied. © 2014 S. Karger AG, Basel. Copyright: All rights reserved.
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Indocyanine green, Retinoblastoma, Thermotherapy, Carboplatin, Etoposide, Topotecan, Vincristine, Article, Cancer chemotherapy, Case report, Child, Clinical article, Cryotherapy, Eye enucleation, Female, Follow up, Human, Infant, Local therapy, Male, Medical record review, Preschool child, Retrospective study, Transpupillary thermotherapy, Treatment duration, Treatment outcome, Tumor recurrence, Tumor thickness, Tumor volume