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Exact(3)
Little similarity in banding patterns was observed among or even within HSGs (Additional file 3), suggesting divergence of genome structure.
With respect to the number of distinct banding patterns, a total of 81 banding patterns was observed in the sampled sites, ranging from 8 (PIR1) to 34 (PIR2).
For total soluble protein sample, no distinct difference in protein banding patterns was observed between wild-type (WT) and transgenic plants.
Similar(57)
When they were treated with HinfI, a 620 250 bps banding pattern was observed in all of the Anisakis larvae isolated from chum salmon, and a 380 300 250 bps banding pattern was observed in all of the Anisakis larvae isolated from chub mackerel.
Highly diverse DGGE banding patterns were observed in each specimen on 30 55% denaturing gradient.
Sufficient polymorphisms among the total set of banding patterns were observed, with adequate similarity in the major patterns obtained from a given species, to allow each isolate to be assigned unambiguously to a particular species.
Two distinct types of banding patterns were observed.
Specific DNA banding patterns were observed with all the 18 primers used.
Additional banding patterns were observed in CrV, reflecting the heterozygosity of CrV mentioned above.
No deviating banding patterns were observed between the two replicates using -AAC/-CCA (HindIII/ MseI) primer combinations.
Two distinct banding patterns were observed for lines DG3a, 3d, and 3e compared with plants DG3b, 3c, and 3f.
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