Future microbiology · 2025
In vitro system for Taenia solium cysts culture and growth: progress toward a neurocysticercosis model.
СтатьяПоддержка исследования: вне правительства СШАПоддержка NIH: внешняя программаНазвание и аннотация: Перевод в очереди
Обработка статьи · этапы, ошибки и управление
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Ошибки и ограничения
История · было → стало
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Orrego Miguel A, Del Brutto Oscar H, Vasquez Carlos M, Nash Theodore E, Garcia Hector H, Cysticercosis Working Group in Peru
Аннотация
AIMS: Subarachnoid neurocysticercosis is an aggressive form of Taeniasoliuminfection characterized by uncontrolled expansion of subarachnoid cysts. This study aims to investigate the role of exogenous lipidsand TGF-βin the proliferation of germinative cells and bladder wall expansion, providing insights into the biological mechanisms underlying cyst growth.
MATERIAL & METHODS: Germinative cells and bladder wall sections discarded after surgical resection of subarachnoid cysts in humans were cultured in vitro under axenic conditions. The effects of TGF-βand exogenous lipids, both individually and combined, were assessed through proliferation assays and morphological analysis to determine their role in cyst expansion.
RESULTS: TGF-β-mediatedsignaling was found to be crucial for germinative cell replication, with lipid supply further enhancing bladder wall expansion. Long-term viability of cultured bladder wall sections was successfully maintained, enabling extended analysis of cyst biology.
CONCLUSIONS: Thisinvitrosystem provides a powerful platform for characterizing the biology of subarachnoid cysts and for testing new therapeutic agents aimed at improving the treatment of human neurocysticercosis.
MATERIAL & METHODS: Germinative cells and bladder wall sections discarded after surgical resection of subarachnoid cysts in humans were cultured in vitro under axenic conditions. The effects of TGF-βand exogenous lipids, both individually and combined, were assessed through proliferation assays and morphological analysis to determine their role in cyst expansion.
RESULTS: TGF-β-mediatedsignaling was found to be crucial for germinative cell replication, with lipid supply further enhancing bladder wall expansion. Long-term viability of cultured bladder wall sections was successfully maintained, enabling extended analysis of cyst biology.
CONCLUSIONS: Thisinvitrosystem provides a powerful platform for characterizing the biology of subarachnoid cysts and for testing new therapeutic agents aimed at improving the treatment of human neurocysticercosis.