Spinelli Claudio, Ghionzoli Marco, Sahli Linda Idrissi, Visintainer Silvia, Guglielmo Carla, Cordola Chiara, Lapi Simone, Biagi Elisa, Pucci Angela, Morganti Riccardo, Ferrari Silvia Martina, Antonelli Alessandro
Pediatric Surgery Unit, Maternity and Children Department, University of Pisa, 56124 Pisa, Italy.
Biobank Division, University Hospital of Pisa, 56124 Pisa, Italy.
Cancers (Basel). 2024 May 31;16(11):2112. doi: 10.3390/cancers16112112.
This paper aims to study an alternative solution to hormonal replacement therapy in specific groups of patients who underwent thyroidectomy during childhood or adulthood. After cryopreservation, thyroid autotransplantation could be an alternative solution which would allow us to use the ability of the thyroid tissue of producing hormones according to the physiological needs of the body.
A feasibility study about the effects of the most modern cryopreservation techniques on the structural and functional integrity of the follicular cells of the thyroid tissue has been carried out. Patients who could benefit from the treatment have been found for both autotransplant techniques. Additionally, a literature review has been conducted.
The histological analysis has shown that cryopreservation does not alter the original architecture, and the culture examination that cell viability is successfully preserved. Moreover, both thyroid autotransplantation studies on animals and those on humans that were found in the literature have shown good results regarding the viability and functionality of the transplant.
The viability of cryopreserved thyroid tissue found in this study is encouraging. Further studies to evaluate the levels of FT3, FT4 and thyroglobulin in thyroid tissue after cryopreservation are needed to verify that the secretory properties of the thyrocytes have been maintained intact. Furthermore, autotransplanted cases found in the literature do not have a long-term follow-up.
本文旨在研究针对童年期或成年期接受甲状腺切除术的特定患者群体,寻找激素替代疗法的替代解决方案。经过冷冻保存后,甲状腺自体移植可能是一种替代方案,它能让我们利用甲状腺组织根据身体生理需求产生激素的能力。
开展了一项关于最现代冷冻保存技术对甲状腺组织滤泡细胞结构和功能完整性影响的可行性研究。已为两种自体移植技术找到了可能从该治疗中获益的患者。此外,还进行了文献综述。
组织学分析表明冷冻保存未改变原始结构,培养检查显示细胞活力得以成功保存。而且,文献中发现的关于动物和人类的甲状腺自体移植研究均显示移植的活力和功能方面有良好结果。
本研究中发现的冷冻保存甲状腺组织的活力令人鼓舞。需要进一步研究以评估冷冻保存后甲状腺组织中FT3、FT4和甲状腺球蛋白的水平,以证实甲状腺细胞的分泌特性是否保持完整。此外,文献中发现的自体移植病例缺乏长期随访。