Industry Insights

Biobanking has rapidly evolved over the years, and its role has become increasingly crucial in fields such as rare disease research, personalized medicine, and...

Ultra-low temperature (ULT) freezers form the backbone of biorepositories, safeguarding high-value, irreplaceable biological samples that underpin critical research. The reliability of these systems can...

Advances in molecular techniques have increased the demand for effective methods to preserve biological material while ensuring the stability of nucleic acids, proteins, and...

Biospecimens are the foundation of every discovery in diagnostics, research, and drug development. They fuel the search for new therapies and assays, power clinical...

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...

Across laboratories worldwide, precision medicine is reshaping how disease is studied and treated. Rather than relying only on symptoms, researchers use biology, down to...

Biobanks support clinical trials, longitudinal studies, translational research programs, and pharmaceutical research by managing large collections of biological samples. As throughput and regulatory requirements...

Cryogenic storage is often associated with maintaining extremely low temperatures. However, not all stress in biobanking comes from temperature alone. Repeated freeze–thaw cycles — even when...

Biobanks support cancer research and personalized oncology by collecting and preserving high-quality biological samples, including tumor tissue samples, blood plasma, and DNA extracts. When paired with...

Biospecimen collection and preservation directly influence specimen integrity and the reliability of downstream analytical results. Decisions made during collection, pre-analytical handling, and storage affect reproducibility...