Anthocyanins as Flower Pigments

Feasibilities for flower colour modification

  • Th. Mulder-Krieger
  • R. Verpoorte

Table of contents

  1. Front Matter
    Pages i-x
  2. Th. Mulder-Krieger, R. Verpoorte
    Pages 1-25
  3. Th. Mulder-Krieger, R. Verpoorte
    Pages 26-31
  4. Th. Mulder-Krieger, R. Verpoorte
    Pages 32-66
  5. Th. Mulder-Krieger, R. Verpoorte
    Pages 67-84
  6. Th. Mulder-Krieger, R. Verpoorte
    Pages 85-113
  7. Th. Mulder-Krieger, R. Verpoorte
    Pages 114-123
  8. Th. Mulder-Krieger, R. Verpoorte
    Pages 124-137
  9. Th. Mulder-Krieger, R. Verpoorte
    Pages 138-154

About this book


To date, several possibilities exist to change the genetics of plants including classical breeding and modern molecular biological approaches such as recombinant DNA techniques and plant trans­ formation methods. The aim of this publication is to review the feasibilities, offered by the current technologies, to modify flower colours. Due to the great importance of anthocyanins as flower pigments, the main part of this study deals with this class of flavonoids responsible for most red-, purple- and blue colours. Being electron deficient, the flavylium nucleus of the anthocyanins is highly reactive and undergoes - dependent upon pH - readily structural transformations which are coupled with colour changes. A number of mechanisms that stabilizes the coloured - at expense of the colourless structures in plants are described, including acylation, co pigmentation and metal complex formation. Because no plant species possesses the genetic capacity for producing varieties in the full spectrum of colours, man has looked for methods to change the genetic properties of plants. In recent years, conventional flower breeding is more and more being supplemented by genetic engineering techniques. This technology offers the possibility to insert specific genes into the cell genome and to transfer genes most efficiently between different organisms. The common flower pigments, the anthocyanins, have been studied for many years and represent now the best understood group of secondary plant metabolites with respect to (bio)chemistry and genetics.


development genetic engineering influence plant plant breeding plants regulation synthesis

Authors and affiliations

  • Th. Mulder-Krieger
    • 1
  • R. Verpoorte
    • 1
  1. 1.Division of Pharmacognosy Leiden/Amsterdam Center for Drug ResearchState University of LeidenLeidenThe Netherlands

Bibliographic information