Professional Diploma in Plant Cell and Tissue Culture
Program overview
This program is designed to provide students with a strong understanding of the concepts and techniques used in plant cell and tissue culture. It plays a crucial role in plant regeneration and micropropagation, and is widely used in areas such as modern biotechnology, agriculture, horticulture, and related industries. The curriculum combines theoretical learning with hands-on laboratory sessions, so that upon completion, participants gain the knowledge and confidence to conduct their own research and contribute to innovative agricultural and biotechnological products.
What You Will Learn
Become experts prepared for specialized roles in plant cell and tissue culture, with
advanced technological capability and entrepreneurial readiness
Contribute to creating more job opportunities in biotechnology, agrobiotechnology,
horticulture, and related research/education fields
Knowledge of the theoretical background in molecular, biochemical, and plant sciences
required for plant biotechnology
Proficiency in laboratory techniques used in plant biotechnology
Understanding of challenges and considerations related to growing and using transgenic
plants as food crops
Knowledge of the goals and needs of industrial enterprises using plant biotechnology to
develop new products
Ability to conduct research in plant biotechnology and related fields
Support national growth by training professionals who advance the biotechnology sector
Who Is This For
Early-career researchers
Agricultural engineers and horticulture specialists
Plant breeding and genetics professionals
Biotechnology professionals
Professionals in pharmaceutical/ biopharmaceutical companies
Quality control and compliance staff
Program Director
Prof. Asmaa M. Abushady
Prof. Asmaa M. Abushady
Prof. Asmaa M. Abushady
to environmental stressors. The main interests include identification and conservation of PlGR & AnGR and analyzing phenotypic and molecular genetic data of different animal species using molecular genetics technique and frequentist statistics analysis; besides working in laboratories. She carried out research activities in collaboration with international groups which are interested in the same field. Regarding that, her activity includes analyses by AFLP, PCR-based techniques, microsatellite molecular markers, and gene expression by Real TimePCR. Currently, she is collaborating on "the mega-project collaboration between 6 different European and non-European countries” that aims to study genetic diversity to understand and exploit Barley's adaptation to harsh environments and for pre-breeding. At Nile University (NU), Dr. Asmaa is co-developing the first online pharmacogenomics diploma and master’s program in Egypt as part of a consortium funded by ERASMUS. The diploma and master’s program will have a world-class curriculum revised by renowned European universities and will be available to graduates of medicine, pharmacy and biotechnology in Egypt and Lebanon. https://oppmprogram.com/ Dr. Asmaa is also currently launching a joint biotechnology incubator between Nile University and Ain Shams University, which will accelerate the development of biotechnology startups and would also enhance the Egyptian biopreneurship ecosystem. https://bib-asu.com/