1 ass and removed more TNT from the media than untransformed plants.

2  photosynthetic rates comparable to those of untransformed plants.

3  mature tobacco leaves of vector control and untransformed plants.

4 ettuce expressing prM/E proteins, but not in untransformed plants.

5 ht (1.5-fold), and leaf area (1.6-fold) than untransformed plants.

6 e fertile, flowered and set seeds similar to untransformed plants.

7                                 Membranes of untransformed plants and calli or those transformed with

8 ls are 2-fold higher in BGL-1 leaves than in untransformed plants but do not increase in other organs

9                                           In untransformed plants of the Landsberg ecotype, which con

10 hoots (up to 400 mug Cu. g(-1)), compared to untransformed plants, over the limits established for Cu

11                       Analyses of callus and untransformed plants regenerated from callus indicated t

12 bacterial communities was largely similar to untransformed plant roots with approximately 74% of the

13                    Reciprocal backcrosses to untransformed plants showed unequal transmission of the

14  were morphologically indistinguishable from untransformed plants, when CTB was constitutively expres

15 four- to fivefold greater than extracts from untransformed plants, whereas no difference was observed

16                                 Treatment of untransformed plants with an apyrase inhibitor increased