摘要
The fine structure of the nuclear lamina （NL） in sperm cells of \%Ginkgo biloba\% was visualised using high resolution low\|voltage scanning electron microscopy （LVSEM）. It was shown that the nuclear lamina was composed of 10 nm filaments which formed a fine network. Lamins were purified from cultured carrot suspension cells and assembled \%in vitro.\% Long 8\12 nm diameter filaments were seen and sometimes subfilaments could be distinguished. Western blot of filament preparations showed that these contained the 66 and 84 ku lamins. These data demonstrate that plant lamins are capable of assembling into filaments \%in vitro.\%
The fine structure of the nuclear lamina (NL) in sperm cells of \%Ginkgo biloba\% was visualised using high resolution low\|voltage scanning electron microscopy (LVSEM). It was shown that the nuclear lamina was composed of 10 nm filaments which formed a fine network. Lamins were purified from cultured carrot suspension cells and assembled \%in vitro.\% Long 8\_12 nm diameter filaments were seen and sometimes subfilaments could be distinguished. Western blot of filament preparations showed that these contained the 66 and 84 ku lamins. These data demonstrate that plant lamins are capable of assembling into filaments \%in vitro.\%
基金
ProjectsupportedbytheNationalNaturalScienceFoundationofChina (GrantNo .350 0 0 73)
