The Science Explained

What are Biosignatures?

Biosignatures are measurable biological patterns, like DNA methylation marks, RNA expression profiles, or protein levels that signal changes in health. Think of them as molecular fingerprints that reveal what’s happening inside the body, often before clinical symptoms appear.

Why focus on Neurological aging?

Neurological aging shapes the health and well-being of individuals as they grow older. It has profound implications for global health and longevity. As the brain ages, it undergoes complex molecular and cellular changes that increase vulnerability to neurological conditions. We recognize that early intervention begins with understanding these age-related shifts. By detecting the biological signatures of neurological aging, we aim to develop predictive diagnostics that not only treat disease but also preserve cognitive function and quality of life. Our work is driven by the belief that aging should not mean decline and that innovation can redefine what it means to grow older.


Our Approach: Multi-Omic Integration

We aim to combine data from multiple layers of biology:

What lies ahead?

"Transforming research to screening and actionable diagnostic tools"

Oxford Nanopore Technology offers a uniquely powerful platform for developing multi-omic biomarker panels. Its real-time, long-read sequencing enables simultaneous interrogation of genomic, epigenomic, and transcriptomic signatures from the same sample, providing a comprehensive view of disease biology.

https://nanoporetech.com/

By integrating these layers of data, we aim to build actionable, minimally invasive screening & diagnostic panels that capture the complexity of neurological disorders and translate molecular insights into clinical tools.