Optical fiber solutions for laser ablation of tissue and immunostimulating interstitial laser thermotherapy – Product development in the network of developers, industry and users

Cristina Pantaleone, S. Dymling, J. Axelsson
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引用次数: 9

Abstract

Abstract: Clinical Laserthermia Systems AB (CLS) has developed a treatment protocol named immunostimulating interstitial laser thermotherapy (imILTCLS) which is intended to improve current treatment regimens for metastatic cancer diseases. It aims at a controlled local tumor ablation with a subsequent release of tumor specific antigens resulting in a systemic immune activation against the remaining cancer cells. The approach has its origins in the laser-induced interstitial thermotherapy procedure and is based on a proprietary and patented technique to optimize the immunological effect. CLS has gained know-how through long experience both in clinical and pre-clinical studies of the application, laser technology, thermometry, and expertise in regulatory affairs. However, CLS does not have the in-house expertise required for fiber development and production. Therefore the company has actively searched for industrial partners to collaborate with on the design and development of a fiber delivery system tailored to imILTCLS. The aim of this collaboration is to design an application-specific laser fiber that allows the treatment of a wider range of tumors with a single treatment and overcomes the limitations of currently available laser fibers, such as the limited achievable lesion sizes due the maximum power that can be used without carbonizing tissue. The present contribution gives a short overview about the current development steps within the network of developers, industry and users.
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组织激光消融和免疫刺激间质激光热疗法用光纤解决方案。开发人员、工业和用户网络中的产品开发
临床激光热疗系统公司(CLS)开发了一种名为免疫刺激间质激光热疗法(imILTCLS)的治疗方案,旨在改善目前转移性癌症疾病的治疗方案。它旨在控制局部肿瘤消融,随后释放肿瘤特异性抗原,导致对剩余癌细胞的全身免疫激活。该方法起源于激光诱导的间质热疗法程序,并基于专利技术来优化免疫效果。CLS在临床和临床前应用研究、激光技术、温度测量和监管事务方面积累了丰富的经验。然而,CLS没有纤维开发和生产所需的内部专业知识。因此,该公司积极寻找工业合作伙伴,与他们合作设计和开发为iltcls量身定制的光纤传输系统。此次合作的目的是设计一种特定应用的激光光纤,通过一次治疗可以治疗更广泛的肿瘤,并克服目前可用激光光纤的局限性,例如由于使用最大功率而不碳化组织而限制了可实现的病变尺寸。本文简要概述了当前开发人员、行业和用户网络中的开发步骤。
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