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  • Transforming human health with mechanomics 

    SynLaia provides novel mechano-biological insights for biomarker and target discovery and validation. 


    Our multi-modal platform of mechano-transcriptomics, together with mechanical tissue profiling, allows for first-in-class monitoring of cell and tissue mechanical states in health and disease.


    Our advanced R&D validation capabilities coupled with in silico tissue modelling, providing insights into clinical efficacy and mode-of-action from day 1.

Developing tissue specific therapies

The average success rate for new drugs to be approved is a mere 10.8%. With the estimated average cost of developing a new drug at £173 million, this equates to an average of £1.6 billion for securing one approved drug amidst nine unsuccessful ones.


The majority of clinical failures stem from a lack of efficacy (50%), followed by toxicity (30%). Lack of efficacy is partly attributed to preclinical drug development methods failing to adequately consider the mechano-signatures or mechano-phenotypes of human tissues. While the physical changes in tissues during disease, such as increased stiffness in tumours, have been recognised for decades, and technologies like ultrasound or magnetic resonance elastography can

now assess stiffness in a clinical context, the mechanical environment is often neglected during compound development and validation


SynLaia Discovery and Validation Platform

SynLaia is developing patient-centric target discovery and validation platform, designed to optimise and validate therapeutic opportunities by incorporating tissue-scale disease insights, mechanobiology and patient variability using personalised in silico tissues. 


Unlike standard target discovery relying on genetic predictions from single-cell technologies, 

we obtain spatial multi-modal omics data from human samples for direct translation within the correct tissue context. 

This high-throughput, reproducible method identifies biomarkers and drug

targets by analysing changes in tissue mechanics and molecular profiles

focusing on therapeutic targets which are drivers of tissue mechanical states.


PHYSICS - HUMAN BIOLOGY - SPATIAL AWARENESS

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In association with

Biomedical Catalyst AI in Health accelerator programme 2025 (Pioneer).

©2025 by SynLaia Innovations Ltd.