The results support the feasibility of using human organoid grafts in rats as a model of TBI, potentially including the study of long-term neurodegeneration and microbial penetration of the brain after injury.
This study demonstrates the long-term survival and maturation of cerebral organoids derived from hiPSCs in vivo and provides evidence for the feasibility of cerebral organoids derived from hiPSCs as a potential cell transplantation therapy.
Xiaoli Ji, Zhong-Meng Xiong, Wanxing Li· Cells· 0 citations
The graphic presented represents a summary of the overall workflow used for creating, characterizing, and medical uses of the brain organoids derived from stem cells, and represents a detailed process of brain organoid research and its application.
H. E. Marei, Anwarul Hasan· Cellular and molecular neuro...· 0 citations
This model provides opportunities to investigate the mechanisms underlying perinatal insults and serves as a promising tool for novel treatments such as stem cell-based therapy, drug discovery and screening, helping to bridge the translational gap between preclinical studies in animal models and clinical applications.
Zahra Dehghani, D. Surbek, M. Joerger-Messerli et al.· Stem Cell Research & The...· 0 citations
Human cortical organoids recapitulate key features of radiation-induced neural injury, recovery, and therapeutic modulation, providing a robust, scalable, and human-relevant platform for studying CNS radiation biology and preclinical screening of candidate radiation mitigators.
Ling He, H. Kornblum, A. Bhaduri et al.· Stem Cells Translational Med...· 0 citations
The approach is robust and highly reproducible, with demonstrated success in improving memory performance in an Alzheimer's disease mouse model and achieving long‐term survival of transplanted cells in immunocompetent mice, facilitating stem cell studies in the context of neuroimmune crosstalk.
Kevin S. Chen, Kyle J. Loi, Lisa M. McGinley et al.· Current Protocols· 0 citations
E engineered human iPSC-derived neuronal tissueoids (Ntoids) in vitro revealed that the PTPσ-TrkC complex may participate in synaptic integration between transplanted neurons and host circuits, constituting a structural foundation for functional neural relay restoration in spinal cord injury repair.
Rui Mao, Yuan-Huan Ma, Jinyuan Xiao et al.· Science China Life Sciences· 0 citations
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