Equipping Scientists for the Genomic Era: Summer School Bridges Molecular Biology and Technology

Held from June 24 to 26, 2026, under the theme “Molecular Biology in the Era of Technology: Bridging Discovery and Application,” the programme provided participants with a unique opportunity to explore the intersection of molecular biology, bioinformatics, policy, and laboratory practice while strengthening their research competencies.

The programme commenced with discussions on emerging trends and innovations in molecular biology, highlighting the theoretical foundations of modern molecular techniques and their growing influence in agriculture, healthcare, environmental management, and biotechnology. Participants also gained practical insights into research funding opportunities and strategies for developing competitive grant proposals.

Recognizing the increasing importance of evidence-based decision-making, the Summer School featured sessions on how molecular biology research informs policy and development. Through real-world examples and case studies, participants explored the critical role of scientific data in shaping interventions across health, agriculture, and environmental sectors.

A major focus of the training was bioinformatics, an increasingly essential discipline in biological sciences. Participants were introduced to DNA sequence databases, sequence alignment tools, primer design, sequence retrieval, and in silico PCR, enabling them to understand how computational tools are transforming biological research.

The second day built on these foundations through advanced practical sessions on in silico tools used in molecular biology. Participants received hands-on training in BLAST analysis, multiple sequence alignment, and phylogenetic tree construction, strengthening their ability to analyse and interpret biological data. Industry experts also showcased current molecular characterization technologies available in the market, exposing participants to innovations shaping contemporary research and diagnostics.

Interactive breakout discussions and interest-mapping sessions further encouraged collaboration, networking, and knowledge exchange among participants, fostering potential research partnerships and interdisciplinary engagement.

On the final day, attention shifted to practical laboratory applications. Participants undertook hands-on training in DNA extraction, quality assessment of genetic material, PCR amplification, gel electrophoresis, and the interpretation of laboratory results. Additional sessions on sequencing data management and sample preparation for sequencing provided valuable exposure to techniques widely used in modern molecular biology laboratories.

The programme concluded with participant reflections, feedback sessions, and the awarding of certificates. Participants praised the Summer School for successfully bridging theoretical knowledge with practical application while creating opportunities for interaction with experienced researchers and industry practitioners.