Plant Cell Walls by Nick Carpita, Mary Tierney, Malcolm Campbell (auth.), N. C.

By Nick Carpita, Mary Tierney, Malcolm Campbell (auth.), N. C. Carpita, M. Campbell, M. Tierney (eds.)

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1999). , 1995), and, in animals, Rac activates the NADPH oxidase involved in such an oxidative burst. , 1993), one possibility is that annexin acts as a bridge between SuSy and actin and/or glucan synthases in the plasma membrane. Such an association could be regulated by Ca2+, either directly or through changes in protein phosphorylation state. Interaction with the cytoskeleton Maize SuSy was detected in the detergent-insoluble fraction of microsomal membranes, actin (but not tubulin) co-immunoprecipitated with S-SuSy, and 40 A.

1999), at least two of these genes encoding SuSy could represent alleles from the two distinct genomes. Figure 5 shows an unrooted cladogram derived from comparing the deduced amino acid sequence of one of the representative cotton genes encoding SuSy with other SuSy proteins. The SuSy proteins from graminaceous monocots fall into a distinct clade, while cotton SuSy shows most similarity with one Arabidopsis SuSy and with two other dicot proteins that are expressed during nodulation of soybean or actinorhizal associations in alder.

The ovules were washed briefly in cold phosphate containing PhI cocktail. 5 JLM Microcystin LRW and homogenized and extracted as described in the legend to Figure 6. S-SuSy (S) and P-SuSy released by EGTA washing of membranes (EGIM) were subjected to immunoprecipitation and SDS-Nu PAGE electrophoresis as described in the legend to Figure 6. Incorporation of 32p was detected by autoradiography on Bio-Max MR X-ray films (Kodak). Gels were exposed 1-3 days at -80°C. To verify the SuSy band. half of the immunoprecipitated proteins of each sample were resolved on the same gel and electroblotted onto nitrocellulose membrane and probed as described above using anti-Susy antibody (not shown).

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