HYBRID EVENT: You can participate in person at Rome, Italy or Virtually from your home or work.

3rd Edition of Euro-Global Conference on Biotechnology and Bioengineering

June 14-15 | Hybrid Event

June 14-15, 2023 | Rome, Italy
ECBB 2021

Mohammed Amine SERGHINI

Mohammed Amine SERGHINI, Speaker at Bioengineering Conferences
Ibn Zohr University, Morocco
Title: Improvement of saffron Crocus sativus L. by plant biotechnology


Saffron is a spice constituted by the dried stigmas of the flower of Crocus sativus L. This iridacea is a corm plant undemanding at the edaphic level and which supports harsh winters (up to -10 °C) and hot summers (over 40 °C) with a biological cycle where its corms are at state of dormancy in the soil half the year. Saffron is considered as “red gold” and is among the world’s most expensive and valuable spices by weight. It is credited with color, flavor, and fragrance due to more than 150 volatile and aroma-yielding compounds. The exorbitant price of saffron of up to $30/g frequently exposes the saffron to fraud and requires the use of effective controlling methods to guarantee its authentication.

World saffron production amounts to some 400 tonnes/year. The main producing countries are: Iran (94%), Greece (2.2%), Morocco (1.5%), India (1%), Spain (0.5%) and other countries (0.7%). Morocco is the largest African producer of saffron that constitutes a flagship local product and which strongly contributes to the income of local people.


 If aspects related to saffron, such as the structuring of producers, the cultural management, the packaging, and the marketing have marked a significant progression, the in-depth knowledge of the biology of the plant, the chemical component of its spice, and the Molecular identity of accessions represent a continuous challenge to scientific research and plant biotechnologies are currently being used intensively in order to improve the production of saffron and protect its authenticity.

The conference will focus on the contributions of scientific research to saffron starting with the agro-morpho-physiological aspects of C. sativus different accessions by the study and comparison of various parameters related to the underground part and the aerial part in order to achieve a clonal selection. The chemical part will focus on the main metabolites of saffron (crocins, picrocrocins and safranal) in the context of the ISO standard. The chemical study of saffron is able to evaluate the content of its three main metabolites, to control the authenticity and to distinguish different geographical origins of this spice using UV-Vis, HPLC, GC, IR and colorimetric techniques.

 The molecular aspect will deal with the use of molecular markers such as microsatellites (SSR), inter-microsatellites (ISSR) and barcoding to characterize different accessions of saffron, assigning their molecular identities able to counter fraud attempts linked to the high cost of this spice. The application of plant biotechnologies to saffron, such as plant tissue culture is undertaken with the aim of accelerating seed production of elite accessions and producing the secondary metabolites of this plant. Finally, the research conducted on the recovery of saffron flower waste will be described in the context of production of bio-dyes.


Mohammed Amine SERGHINI, born in 1964, holds a thesis from the Louis Pasteur University of Strasbourg, France and a PhD from Ibn Zohr Univesity of Agadir, Morocco in molecular plant virology. Currently, he is a professor of higher education and director of biotechnology and genetic resources team in the faculty of sciences – Ibn Zohr University, Agadir.

In terms of research activities, Prof. M.A. SERGHINI carries out several national and international research programs in the field of plant biotechnologies. He has supervised more than twelve doctoral theses and has published around forty publications in national and international journals.