neurorepair mechanisms offer hope for stroke patients.
神经修复机制为中风患者带来希望。
researchers are exploring new neurorepair strategies.
研究人员正在探索新的神经修复策略。
stem cells show promise for neurorepair after spinal cord injury.
干细胞在脊髓损伤后显示出神经修复的前景。
the neurorepair process can take months or years.
神经修复过程可能需要数月甚至数年。
advances in neurorepair have transformed treatment options.
神经修复的进步改变了治疗方案。
neurorepair therapy requires precise timing and targeting.
神经修复疗法需要精准的时机和靶向。
scientists discovered a breakthrough in neurorepair research.
科学家在神经修复研究方面取得了突破。
the brain's natural capacity for neurorepair is limited.
大脑的自然神经修复能力是有限的。
neurorepair technologies continue to evolve rapidly.
神经修复技术持续发展迅速。
clinical trials are testing innovative neurorepair approaches.
临床试验正在测试创新的神经修复方法。
neurorepair mechanisms involve multiple cell types and signaling pathways.
神经修复机制涉及多种细胞类型和信号通路。
early intervention is critical for successful neurorepair.
早期干预对成功的神经修复至关重要。
neurorepair mechanisms offer hope for stroke patients.
神经修复机制为中风患者带来希望。
researchers are exploring new neurorepair strategies.
研究人员正在探索新的神经修复策略。
stem cells show promise for neurorepair after spinal cord injury.
干细胞在脊髓损伤后显示出神经修复的前景。
the neurorepair process can take months or years.
神经修复过程可能需要数月甚至数年。
advances in neurorepair have transformed treatment options.
神经修复的进步改变了治疗方案。
neurorepair therapy requires precise timing and targeting.
神经修复疗法需要精准的时机和靶向。
scientists discovered a breakthrough in neurorepair research.
科学家在神经修复研究方面取得了突破。
the brain's natural capacity for neurorepair is limited.
大脑的自然神经修复能力是有限的。
neurorepair technologies continue to evolve rapidly.
神经修复技术持续发展迅速。
clinical trials are testing innovative neurorepair approaches.
临床试验正在测试创新的神经修复方法。
neurorepair mechanisms involve multiple cell types and signaling pathways.
神经修复机制涉及多种细胞类型和信号通路。
early intervention is critical for successful neurorepair.
早期干预对成功的神经修复至关重要。
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