focal gliosis
局灶性胶质增生
diffuse gliosis
弥漫性胶质增生
gliosis response
胶质增生反应
cortical gliosis
皮层胶质增生
periventricular gliosis
脑室旁胶质增生
reactive gliosis
反应性胶质增生
gliosis lesion
胶质增生病变
subcortical gliosis
皮层下胶质增生
gliosis area
胶质增生区域
chronic gliosis
慢性胶质增生
gliosis can occur in response to brain injury.
胶质增生可能在脑损伤后发生。
researchers are studying the role of gliosis in neurodegenerative diseases.
研究人员正在研究胶质增生在神经退行性疾病中的作用。
increased gliosis is often observed in patients with multiple sclerosis.
在多发性硬化症患者中，常常观察到胶质增生增加。
gliosis can lead to scarring in the brain tissue.
胶质增生可能导致脑组织的疤痕形成。
therapies targeting gliosis are being developed for better recovery.
针对胶质增生的治疗正在开发，以促进更好的恢复。
chronic gliosis can affect cognitive functions.
慢性胶质增生可能影响认知功能。
animal models are used to study gliosis mechanisms.
动物模型被用于研究胶质增生的机制。
pathological gliosis is a hallmark of brain injury.
病理性胶质增生是脑损伤的标志。
imaging techniques can help visualize gliosis in the brain.
成像技术可以帮助可视化脑内的胶质增生。
understanding gliosis is crucial for developing new treatments.
理解胶质增生对于开发新治疗至关重要。
focal gliosis
局灶性胶质增生
diffuse gliosis
弥漫性胶质增生
gliosis response
胶质增生反应
cortical gliosis
皮层胶质增生
periventricular gliosis
脑室旁胶质增生
reactive gliosis
反应性胶质增生
gliosis lesion
胶质增生病变
subcortical gliosis
皮层下胶质增生
gliosis area
胶质增生区域
chronic gliosis
慢性胶质增生
gliosis can occur in response to brain injury.
胶质增生可能在脑损伤后发生。
researchers are studying the role of gliosis in neurodegenerative diseases.
研究人员正在研究胶质增生在神经退行性疾病中的作用。
increased gliosis is often observed in patients with multiple sclerosis.
在多发性硬化症患者中，常常观察到胶质增生增加。
gliosis can lead to scarring in the brain tissue.
胶质增生可能导致脑组织的疤痕形成。
therapies targeting gliosis are being developed for better recovery.
针对胶质增生的治疗正在开发，以促进更好的恢复。
chronic gliosis can affect cognitive functions.
慢性胶质增生可能影响认知功能。
animal models are used to study gliosis mechanisms.
动物模型被用于研究胶质增生的机制。
pathological gliosis is a hallmark of brain injury.
病理性胶质增生是脑损伤的标志。
imaging techniques can help visualize gliosis in the brain.
成像技术可以帮助可视化脑内的胶质增生。
understanding gliosis is crucial for developing new treatments.
理解胶质增生对于开发新治疗至关重要。
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