To look for the distribution of Arl6 as well as the BBSome within cilia accurately, a framework whose 300-nm size can’t be resolved by conventional light microscopy, we resorted to structured lighting microscopy, a super-resolution technique that lowers the optical quality to significantly less than 50 nm (Schermelleh et al

To look for the distribution of Arl6 as well as the BBSome within cilia accurately, a framework whose 300-nm size can’t be resolved by conventional light microscopy, we resorted to structured lighting microscopy, a super-resolution technique that lowers the optical quality to significantly less than 50 nm (Schermelleh et al., … Continue reading To look for the distribution of Arl6 as well as the BBSome within cilia accurately, a framework whose 300-nm size can’t be resolved by conventional light microscopy, we resorted to structured lighting microscopy, a super-resolution technique that lowers the optical quality to significantly less than 50 nm (Schermelleh et al