Creating the New Clinical Standard for Early Detection and Surveillance of Liver Cancer

We are developing a new generation of blood tests designed to improve the early detection and surveillance of liver cancer through our proprietary glycoprotein biomarker platform.

Up to 95%

Sensitivity achieved in preliminary HCC Panel studies

33

Patents across three international patent families

1,400+

Patient serum samples in Glycotest’s proprietary clinical validation biobank

20

Leading medical centers participating in the clinical validation program

Advancing Early Detection Through Glycoprotein Science

OUR APPROACH

Transforming Liver Cancer Detection

GLYCOTEST DIAGNOSTICS

Liver cancer is one of the fastest growing causes of cancer-related death worldwide. When detected early, however, many patients are eligible for potentially curative treatment.

Glycotest is developing blood tests designed to improve the surveillance and early detection of hepatocellular carcinoma (HCC), the most common form of primary liver cancer. Our goal is to help physicians identify disease earlier, improve patient outcomes and reduce healthcare costs through simple, non-invasive blood tests.

Novel biomarkers.
New possibilities for earlier detection.

Up to 95%

Sensitivity achieved in preliminary HCC Panel studies

Why Earlier Detection Matters

GLYCOTEST DIAGNOSTICS

Current surveillance methods can miss a significant proportion of early-stage liver cancers, meaning many patients are diagnosed only after curative treatment is no longer possible.

At the same time, the number of people at risk continues to increase as chronic liver disease and metabolic dysfunction-associated steatohepatitis (MASH/NASH) become more prevalent worldwide. This growing clinical need highlights the importance of more accurate, accessible and non-invasive approaches to liver cancer surveillance.

The HCC Panel

OUR LEAD PROGRAM

Our lead program is the HCC Panel, an innovative blood test being developed for the surveillance of hepatocellular carcinoma in patients at increased risk of liver cancer.

In preliminary clinical studies, the HCC Panel has demonstrated performance of up to 95% sensitivity at 90% specificity, supporting Glycotest’s ambition to establish a new clinical standard for liver cancer surveillance.

3 Proprietary Glycotest Glycoprotein Biomarkers

Disease-associated glycoprotein signals

3 Established Serum Biomarkers

Additional biomarker inputs

Patient Age & Sex

Clinical characteristics

Proprietary Algorithm

Integrated multi-parameter analysis

Up to

95%

Sensitivity

Up to

90%

Specificity

The panel combines proprietary glycoprotein biomarkers with established serum biomarkers and patient data through a proprietary algorithm to generate an HCC likelihood score.

Measuring Two Kinds of Disease Signal

TECHNOLOGY

Abnormal Glycan Profiles

Changes in glycan structures on selected serum glycoproteins provide an important indicator of disease.

Disease-specific Glycoprotein Patterns

The platform also analyzes patterns of glycoproteins with abnormal glycan profiles associated with specific liver diseases, including hepatocellular carcinoma, cholangiocarcinoma and liver fibrosis.

Why Glycotest?

01

Proprietary Platform

A differentiated diagnostics platform built on proprietary glycoprotein biomarkers designed to detect subtle biological changes associated with liver disease.

02

Earlier Detection

Developing highly sensitive blood tests designed to identify liver cancer when treatment remains most effective.

03

Expanding Pipeline

Advancing a portfolio of diagnostic programs targeting hepatocellular carcinoma, cholangiocarcinoma and liver fibrosis.

04

Clinical Validation

Progressing towards clinical validation through strategic partnerships, leading clinical collaborations and a strong intellectual property portfolio.

OUR MISSION

To transform liver cancer outcomes by detecting disease when it is still curable through simple, routine blood testing.

EARLIER DETECTION.
GREATER POSSIBILITIES.

Creating the new clinical standard for early diagnosis and surveillance of liver cancer

Introduction