EBO BIO SOLUTION TEAM

Discover how the EboBio educational platform bridges the gap between learning and real-world research. From hands-on labs to international publishing opportunities — this is your guide to starting your scientific journey the right way.

Curious about computational drug design but don’t know where to begin? This guide walks you through the essential steps — from foundational knowledge to real-world lab experience and publishing your work — to kickstart your career in one of the most in-demand fields in science.

Explore how Biogate is shaping the future of pharmaceutical innovation through Computer-Aided Drug Design (CADD). From molecular docking to ADME prediction, learn how hands-on training and real-world tools are accelerating drug discovery and development.

Explore how EboBio Solution is transforming biotechnology through computational science. From genomics and drug design to synthetic biology and vaccine modeling, learn how hands-on training, research labs, and cutting-edge tools are empowering the next generation of biotechnologists.

Discover how computational science is transforming biotechnology — from drug design to synthetic biology. Learn how tools like molecular modeling, big data analytics, and AI are empowering biotechnologists to solve complex problems faster, smarter, and more efficiently.

EboBio Solution (UK) and Bioinformatics Gate (Egypt) announce a strategic partnership to bridge international research and scientific education, offering real-world labs, publishing support, and advanced training for Arab-region researchers.

Chemoinformatics is revolutionizing drug design by combining chemistry and computation. Discover how virtual screening, molecular modeling, and predictive algorithms are accelerating drug discovery — and how platforms like BioGate are leading this transformation through real-world training and research.

Explore how EboBio Solution is reshaping risk assessment through computational toxicology. From ADMET prediction to environmental modeling, learn how in silico tools are transforming biotech, pharmaceuticals, and safety science — ethically, accurately, and efficiently.