Brain-Derived p-Tau and Biobanks: A Q&A with Prof. Henrik Zetterberg on Next-Generation Alzheimer’s Blood...
This interview was conducted by Gustav Ceder for Biobanking.com. It has been edited for length and clarity.
Henrik Zetterberg is Professor of Neurochemistry at...
Room Temperature Biobanking: Can you Imagine Preserving Your Samples with Maximum Quality Without Freezing?
Advances in molecular techniques have increased the demand for effective methods to preserve biological material while ensuring the stability of nucleic acids, proteins, and...
Democratizing Biobanking: Making Cutting-Edge Research Accessible to Emerging Countries
Introduction
Biobanks have become essential engines of discovery, fueling breakthroughs in personalized medicine, drug development, and population health. They serve as critical repositories of biological...
The Significance of Biobanks in Genomics and Personalized Medicine Research
Introduction
Advances in omics technologies, largely powered by Next-generation sequencing applications (NGS), have expanded the role of biobanks in genomic and personalized medicine. Modern biobanks...
Immunophenotyping in a Biobanking Environment Using Flow Cytometry Application
Introduction
Immunophenotyping is a laboratory technique employed for the identification and characterization of cells based on the proteins they express on their cell surface or...
Biobanknomics: The Economics of Sustainable Biobanking
Introduction
Biobankonomics is the economic theory behind the creation, functioning, and effects of biobanks. It is more important comparing the value created by biobanks to...
Biobanking in the GCC: Powering Precision Medicine, AI-Driven Diagnostics, and Health Sovereignty in the...
Introduction: A Unified Vision for Regional Health Transformation
Across the Gulf Cooperation Council (GCC), nations are embracing a bold new era in healthcare—one powered by...
Biospecimens During the Biobanking 4.0 Era: Evolution (or Revolution) of Biospecimen-Driven Digital Systems
Biobanks are evolving entities. A decade ago, Simeon-Dubach and Watson published work describing the ‘evolution’ of biobanking through 3 phases . After each phase,...
Urimem: A Groundbreaking Urine Preservation Method That Could Revolutionize Medicine
All cells in the body rely on a homeostatic microenvironment to survive and function. Blood, as the key provider of this internal environment for...
Temperature Matters: The Role of Biobank Management Systems in Maintaining Sample Integrity in the...
Biobanking has rapidly evolved over the years, and its role has become increasingly crucial in fields such as rare disease research, personalized medicine, and...
























