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1  monosaccharide components when treated with nasturtium beta-D-galactosidase, followed by alternation
2                                          The nasturtium beta-glucosidase is ascribed a role in xylogl
3  with the highest sequence similarity to the nasturtium CSL gene, is coordinately expressed with othe
4  quality parameters of fresh-cut watercress (Nasturtium officinale R.
5                    During the last stages of nasturtium seed maturation, a large amount of XyG is dep
6 different sidechains of pea cell wall XG and nasturtium seed storage XG affect their binding to cellu
7 he enhanced ability of pea cell wall XG over nasturtium seed storage XG to associate with cellulose i
8 nalyses of SlXTH2, a Group 2 tomato XTH, and nasturtium seed TmXTH1 revealed a spectrum of modes of a
9  xyloglucan endo transglycosylase (tXET) and nasturtium seed xyloglucanase (nXGase) were produced het
10 nly one member of Group 3 has been reported: nasturtium TmXH1, which has a highly specialized functio
11 omogeneity from the cotyledons of germinated nasturtium (Tropaeolum majus L.) seedlings during the mo
12 sglycosylase (XET) homolog was isolated from nasturtium (Tropaeolum majus) epicotyl RNA.
13  backbone of XyG, we exploited a property of nasturtium (Tropaeolum majus) seed development.
14 DNA sequences were generated from developing nasturtium (Tropaeolum majus) seeds, which produce large
15 zyme had similar catalytic properties to the nasturtium (Tropaeolum majus) xyloglucanase1 responsible
16 ntially divergent from a previously isolated nasturtium XET (NXG1) expressed in germinating seed coty
17 r oligosaccharides representative of pea and nasturtium XG can adopt a hypothesized cellulose-binding
18   In contrast, the relatively low ability of nasturtium XG to bind cellulose is consistent with the n
19 s indeed occur at a twofold higher rate than nasturtium XG-avicel binding.
20 isaccharide sidechain, which is not found in nasturtium XG.
21 e of the cellulose binding conformation than nasturtium XG.
22 ould bind to cellulose at a higher rate than nasturtium XG.
23 D-galactosidase, followed by alternations of nasturtium xyloglucan-specific alpha-xylosidase and this

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