Genetically Modified Organism (GMO)
COURSE DESCRIPTION
The ‘Genetically Modified Organism (GMO) Training’ course provides a detailed introduction to the scientific, regulatory, and operational principles that govern the development and use of genetically modified organisms. Designed for students and early‑career professionals in the life sciences, the programme explains how GMOs are created, characterised, and managed within contemporary research, industrial, agricultural, and environmental settings. It offers a clear foundation for understanding how genetic modification techniques are applied, how biosafety is maintained, and how regulatory standards ensure responsible practice.
Participants explore the evolution of genetic modification technologies and the emergence of internationally recognised frameworks that regulate GMO work. The course examines how GMOs are classified, why methodological rigour is essential, and how regulatory oversight protects people, animals, and the environment. This grounding enables attendees to appreciate the scientific rationale behind genetic modification and the safeguards that govern laboratory and field‑based applications.
A key component of the programme is the study of roles and responsibilities within GMO‑related activities. Attendees learn how researchers, biosafety officers, regulatory authorities, and institutional committees collaborate to ensure compliance with ethical, scientific, and environmental requirements. The course highlights how each role contributes to the safe handling, documentation, and monitoring of GMOs, offering clarity on the multidisciplinary nature of modern bioscience teams.
The course also introduces participants to essential documentation and operational processes. Through practical examples, attendees examine the structure and purpose of GMO risk assessments, the procedures for containment and environmental protection, and the steps involved in monitoring, recording, and reporting incidents or deviations. These insights help participants understand how theoretical principles are translated into day‑to‑day practice within laboratories, research institutions, and applied biotechnology environments.
By integrating conceptual teaching with applied examples, the programme equips participants with a coherent understanding of how GMO work is conducted and how early‑career professionals contribute to its safe and effective implementation. This foundation supports informed decision‑making for those considering future roles in biotechnology, biosafety, regulatory affairs, agricultural innovation, or related areas within the broader life science sector.
ONLINE INSTRUCTOR-LED COURSE
Organizers: Avantyo Institute of Clinical Research
Location: Online
Duration: 1-day session, 8 hours
Training days: September 18, 2025
Training time: From 10 AM GMT+2
Language: English
Trainer: Prof. Univ. Dr. Viorel Robert Ancuceanu
Attendance only by online reservation. Booking available after registering on this site.
COURSE MODULES
The programme is structured into clearly defined modules that guide participants through the scientific, regulatory, and practical aspects of working with genetically modified organisms. Each module builds progressively to ensure a coherent and comprehensive learning experience.
- Fundamentals of the Use of GMOs in the Biomedical and Pharmaceutical Field: An introduction to the principles of genetic modification and their relevance to modern bioscience, including an overview of cell and gene therapy.
- The Relevance of GMO Regulations in the Context of CAR‑T Cell Therapies: Examination of how regulatory frameworks apply to advanced therapeutic modalities such as CAR‑T cells.
- Biosafety and Containment Requirements: Detailed guidance on biosafety levels, containment strategies, and safe handling procedures for genetically modified organisms.
- Viral Vectors Used for CAR‑T Cell Production: Overview of the viral vectors employed in genetic modification processes and their associated biosafety considerations.
- Risk Assessment and GMO Safety Documentation: Instruction on preparing, evaluating, and maintaining risk assessments and mandatory GMO documentation.
- Clinical Application of CAR‑T Cells as GMOs: Exploration of how genetically modified CAR‑T cells are used in clinical settings and the safeguards required for their administration.
- Regulatory Framework for GMOs and Advanced Therapy Medicinal Products: Review of national and international regulations governing GMOs and ATMPs, including compliance expectations.
- Ethical Considerations and Public Communication: Discussion of ethical responsibilities, public engagement, and transparent communication regarding GMOs and CAR‑T therapies.
- Test: A final assessment to evaluate understanding of the course content and its practical application.
WHY ATTEND OUR GENETICALLY MODIFIED ORGANISM (GMO) TRAINING?
Attending our GMO Training course offers significant benefits for students and early‑career professionals in the life sciences. Here is why it is a valuable choice:
Comprehensive Scientific Foundation: The course provides a clear and structured introduction to the principles of genetic modification, biosafety, and regulatory oversight.
Expert Instruction: Learn from experienced professionals who bring practical insight into the development, assessment, and management of genetically modified organisms.
Applied Learning: Engage with real‑world examples that illustrate how GMO concepts are implemented within laboratories, research institutions, and industrial environments.
Regulatory Clarity: Gain a detailed understanding of the frameworks that govern GMO work, including risk assessment, containment requirements, and environmental protection measures.
Biosafety Awareness: Strengthen your knowledge of biosafety principles, ensuring that you can work responsibly with genetically modified organisms in controlled settings.
Career Development: Build a solid foundation for future roles in biotechnology, biosafety, regulatory affairs, agricultural innovation, or environmental management.
Enhanced Operational Understanding: Improve your ability to interpret GMO documentation, follow containment procedures, and contribute effectively to multidisciplinary bioscience teams.
Preparation for Professional Environments: The course equips you with the terminology, conceptual clarity, and practical awareness required for early‑career positions involving genetically modified organisms.
For discounts and assistance, or if you wish to be placed on a waiting list for the next course, or require any additional information, please contact us at diana.lupu@avantyo.com (+40 0726 840 456). Be sure to mention your specific educational requirements in clinical trials.
This course is intended for students and early‑career professionals in the life sciences who require a clear, structured introduction to the scientific, regulatory, and operational principles governing genetically modified organisms (GMOs). It is particularly suitable for individuals who wish to understand how GMOs are developed, characterised, regulated, and managed within research, industrial, agricultural, and environmental contexts.
Participants typically include:
- Students and recent graduates in molecular biology, genetics, biotechnology, biochemistry, pharmacy, agriculture, or related disciplines who seek an initial understanding of GMO development, risk assessment, and regulatory oversight.
- Individuals exploring career pathways beyond traditional laboratory research and who wish to understand how modern genetic modification techniques are applied within academic, industrial, and governmental settings.
- Early‑career professionals who require clarity on the scientific principles underlying gene modification, the regulatory frameworks governing GMO work, and the operational processes that ensure biosafety, environmental protection, and ethical compliance.
- Those preparing for entry‑level roles such as laboratory technician, biosafety support specialist, regulatory affairs assistant, or junior positions within biotechnology, agricultural innovation, or environmental management.
The course is designed for participants who may have limited prior exposure to GMO science but who are motivated to build a solid conceptual foundation before progressing to more specialised training or applying for roles in biotechnology, research institutions, regulatory agencies, or agricultural development. It provides the context, terminology, and practical understanding necessary to navigate the early stages of a career involving genetically modified organisms with confidence.
Robert Ancuceanu “Carol Davila” University of Medicine and Pharmacy, Bucharest, Romania
Professor Robert Ancuceanu is a senior academic within the Bucharest Faculty of Pharmacy at the Carol Davila University of Medicine and Pharmacy, where he teaches Cell and Molecular Biology and Pharmaceutical Botany, and is currently a Vice-dean. He holds a PhD in Pharmacy, a Master’s degree in Biostatistics, and a Bachelor’s degree in Law, and has worked across multiple pharmaceutical domains, ranging from academia to industry and regulatory affairs.
He served as Director General of the General Directorate for Pharmaceutics and Medical Devices within the Romanian Ministry of Health and as Vice-president of the Romanian National Medicines Agency. He was a member of the EMA Committee for Human Medicinal Products (CHMP), the Paediatric Committee (PDCO), and an alternate member of the Committee on Herbal Medicinal Products (HMPC), as well as a participant in several national committees and working groups in the pharmaceutical field.
He is a Steering Group member of the TOPRA Product Information and Labelling SPIN. Professor Ancuceanu has published over 100 scientific papers, including 85 indexed in ISI Clarivate, has authored two books, and has contributed as co-author or chapter author to fourteen further volumes.
He is deeply engaged in the application of computational methods within the life sciences, with interests spanning chemoinformatics, bioinformatics, computational biology, and biostatistics. His current H-index is 22, with more than 7,600 citations.
Beyond his broad engagement with the pharmaceutical sciences, Professor Ancuceanu describes himself as a late Renaissance man, with additional interests in law, history, music, programming and computer science, sociology, art, and literature.
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