Dendritic spines are the major targets of excitatory synaptic input.They exist in a wide variety of shapes and sizes,from thin to mushroom-shaped to stubby.One of the striking characteristics of dendritic spines is th...Dendritic spines are the major targets of excitatory synaptic input.They exist in a wide variety of shapes and sizes,from thin to mushroom-shaped to stubby.One of the striking characteristics of dendritic spines is their motile nature.Spines can undergo various structural modifications such as changes in density,shape,size,and motility.During development,spines are highly dynamic and many spines are formed and eliminated.As animals mature,most spines become stable and the vast majority of them can last throughout life.However,spine morphology can still undergo progressive changes.Structural dynamics of dendritic spines is thought to play important roles in synapse plasticity and information processing.Abnormal spine structures are often associated with malfunction of the nervous system.展开更多
基金This work was supported by“211 Project”of Lanzhou University,China.
文摘Dendritic spines are the major targets of excitatory synaptic input.They exist in a wide variety of shapes and sizes,from thin to mushroom-shaped to stubby.One of the striking characteristics of dendritic spines is their motile nature.Spines can undergo various structural modifications such as changes in density,shape,size,and motility.During development,spines are highly dynamic and many spines are formed and eliminated.As animals mature,most spines become stable and the vast majority of them can last throughout life.However,spine morphology can still undergo progressive changes.Structural dynamics of dendritic spines is thought to play important roles in synapse plasticity and information processing.Abnormal spine structures are often associated with malfunction of the nervous system.
