Preparing thin cross sections of Arabidopsis roots without embedding
2017
Naoyuki Sotta | Toru Fujiwara
Here, we describe a method for obtaining thin cross sections of Arabidopsis thaliana roots without fixation and embedding. Roots were grown in pinholes made in a solidified growth medium, and cross sections were prepared without pretreatment. Using this method, we detected unique distributions of two polar-localized proteins—green fluorescent protein (GFP)-tagged BOR1 and NIP5;1—with less sample preparation time than conventional methods. This method is simple, rapid, and yields high-quality cross-section images that are free from artifacts commonly associated with embedding or the sample preparation procedures used in many conventional methods.
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