Abstract
The biological activity of two fluorescence-labeled gibberellins where a 1,4-dithiobutylene or 1,3-dithiopropylene chain works as a spacer between the fluorescent and the gibberellin moieties, was evaluated by means of amylase induction in barley aleurone protoplasts. Compound 4, whose spacer is longer, was found to be more active than compound 3.
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