ANGLE plc Announces Novel Discoveries Into the Biology of Cancer

Rhea-AI Summary

ANGLE plc has announced three significant peer-reviewed publications highlighting novel discoveries in cancer biology using their Parsortix system. The first study from University Medical Center Hamburg-Eppendorf revealed substantial release of cancer cells during prostate cancer surgery. The second study by Trinity College Dublin showed higher yields of circulating tumor cells (CTCs) in local tumor veins during ovarian cancer surgery. The third study by Cleveland Clinic researchers investigated biomechanical adaptations in breast cancer cells, finding that mechanical conditioning scores increase through the metastatic cascade. These discoveries demonstrate Parsortix's crucial role in advancing cancer research and potential therapeutic developments.

Positive

• Parsortix system enables groundbreaking research in understanding cancer cell behavior during surgery
• Multiple high-profile academic institutions validating the technology through peer-reviewed publications
• System demonstrates capability to study both local and peripheral blood samples for cancer research
• Technology shows potential for developing next-generation cancer diagnostics and therapeutics

Negative

• Technology currently limited to research use only, not approved for diagnostic procedures
• -

PARSORTIX SYSTEM enableS novel DISCOVERIES into the biology of cancer

Academic and translational research is the driving force behind the pipeline of next generation cancer therapeutics

GUILDFORD, SURREY / ACCESS Newswire / June 10, 2025 / ANGLE plc (AIM:AGL)(OTCQX:ANPCY), a world-leading liquid biopsy company with innovative circulating tumour cell (CTC) solutions for use in research, drug development and clinical oncology, is pleased to announce the publication of three new peer-reviewed publications reporting first-in-class research into the biology of cancer and potential therapeutic targets using the Company's Parsortix system.

Tumour cell release during surgery for prostate cancer¹
Professor Klaus Pantel and researchers from the University Medical Center Hamburg-Eppendorf published an article in the Journal of Experimental & Clinical Cancer Research, investigating tumour cell release into the local tumour vein and peripheral veins during surgery in early-stage prostate cancer patients. The study provides first evidence for substantial release of healthy and cancerous cells into the blood during prostatectomy surgery. This research opens a new avenue for the Parsortix system to study the important and under-investigated biology of tumour cell release during surgery to understand the risk they pose to patients, and for the development of strategies to minimise the spread of cancer.

Tumour cell release during surgery for ovarian cancer²
Professor John O'Leary and researchers from Trinity College Dublin have published similar findings in the European Journal of Surgical Oncology, investigating CTC enrichment from the local tumour vein and peripheral veins during surgery in rare epithelial ovarian carcinomas. They reported higher yields of CTCs and CTC clusters in the local tumour vein when compared to peripheral veins. The study also reported that CTCs were detected in early-stage patients, highlighting the risk of early tumour cell dissemination driving cancer progression even in the initial stages of disease. Overall, the authors state that assessing tumour cell release during surgery is a novel strategy to study the biology of this rare disease.

Mechanical conditioning & metastatic implications³
Professor Julie Lang and researchers from the Cleveland Clinic have published an article in Cancers, investigating biomechanical adaptions of cells that are associated with increased metastatic potential in breast cancer patients. They studied the expression of 1004 genes via RNA-sequencing that reflect how cancer cells respond to a stiff extracellular matrix described as a mechanical conditioning score. The Parsortix system was utilised to enrich and harvest CTCs from a metastatic cohort of breast cancer patients for analysis and compared these to primary and metastatic tissue. The study analysed RNA from CTCs rather than ctDNA to provide insight into gene expression. They state that: 'When analyzing shed ctDNA, there is no insight into gene expression, but rather only the presence of tumor-specific mutations, which is not directly reflective of dynamic tumor gene expression. In fact, only a very small percentage of DNA mutations are expressed, which is why circulating tumor DNA and RNA from CTCs are not parallel assays'. The study reported that the mechanical conditioning score increases progressively through the metastatic cascade (from the primary tumour to CTCs to the metastatic site) and is associated with increased metastatic potential. These are new insights into the biology of metastatic progression and may guide treatment selection with anti-fibrotic drugs.

Overall, these publications further underscore the role of the Parsortix system in helping to advance our understanding of the biology of cancer which will ultimately advance oncology drug discovery and development. Already ANGLE's technology has enabled breakthrough research in a number of areas including the metastatic potential of CTC clusters, new potential biomarkers and a novel drug class. Academic and translational research discoveries made possible by the Parsortix system, have the potential to feed the pipeline of next generation personalised cancer diagnostics and therapeutics, as pharma companies increasingly collaborate with academia⁴.

ANGLE's Chief Scientific Officer, Karen Miller, commented:
"We are proud to see ANGLE's technology increasingly being exploited to make novel discoveries into the biology of cancer, which may eventually result in new treatment strategies. With advancing analytical capabilities beginning to realise the vast potential of the circulating tumour cell for its wealth of multiomic information, this contribution to the oncology pipeline will continue to grow. We congratulate these key opinion leaders on their outstanding work, and we look forward to more exciting discoveries in the future."

1. Emurlai, G. et al. Comparative analysis of circulating tumor cells in prostatic plexus and peripheral blood of patients undergoing prostatectomy. J. Exp. Clin. Cancer Res. 44, 143 (2025).

2. Lewis, F. et al. A pilot study evaluating the feasibility of enriching and detecting circulating tumour cells from peripheral and ovarian veins in rare epithelial ovarian carcinomas. Eur. J. Surg. Oncol. 51, (2025).

3. Mouneimne, G. et al. Mechanical Conditioning (MeCo) Score Progressively Increases Through the Metastatic Cascade in Breast Cancer via Circulating Tumor Cells. Cancers 17, 1632 (2025).

4. www.cen.acs.org/pharmaceuticals/drug-discovery/great-pharmaceutical-academic-merger/102/i31

For further information:

ANGLE plc	+44 (0) 1483 343434
Andrew Newland, Chief Executive Ian Griffiths, Finance Director
Berenberg (NOMAD and Broker) Toby Flaux, Ciaran Walsh, Milo Bonser	+44 (0) 20 3207 7800
FTI Consulting Simon Conway, Ciara Martin Matthew Ventimiglia (US)	+44 (0) 203 727 1000 +1 (212) 850 5624

For Research Use Only. Not for use in diagnostic procedures.

For Frequently Used Terms, please see the Company's website on https://angleplc.com/investor-relations/glossary/

Notes for editors

About ANGLE plc

ANGLE is a world-leading liquid biopsy company with innovative circulating tumour cell (CTC) solutions for use in research, drug development and clinical oncology using a simple blood sample. ANGLE's FDA cleared and patent protected CTC harvesting technology known as the Parsortix^® PC1 System enables complete downstream analysis of the sample including whole cell imaging and proteomic analysis and full genomic and transcriptomic molecular analysis.

ANGLE's commercial businesses are focusing on clinical services and diagnostic products. The clinical services business is offered through ANGLE's GCLP-compliant laboratories. Services include custom made assay development and clinical trial testing for pharma. Products include the Parsortix system, associated consumables and assays.

Over 100 peer-reviewed publications have demonstrated the performance of the Parsortix system. For more information, visit www.angleplc.com

Any reference to regulatory authorisations such as FDA clearance, CE marking or UK MHRA registration shall be read in conjunction with the full intended use of the product:

The Parsortix^® PC1 system is an in vitro diagnostic device intended to enrich circulating tumor cells (CTCs) from peripheral blood collected in K₂EDTA tubes from patients diagnosed with metastatic breast cancer. The system employs a microfluidic chamber (a Parsortix cell separation cassette) to capture cells of a certain size and deformability from the population of cells present in blood. The cells retained in the cassette are harvested by the Parsortix PC1 system for use in subsequent downstream assays. The end user is responsible for the validation of any downstream assay. The standalone device, as indicated, does not identify, enumerate or characterize CTCs and cannot be used to make any diagnostic/prognostic claims for CTCs, including monitoring indications or as an aid in any disease management and/or treatment decisions.

This information is provided by Reach, the non-regulatory press release distribution service of RNS, part of the London Stock Exchange. Terms and conditions relating to the use and distribution of this information may apply. For further information, please contact rns@lseg.com or visit www.rns.com.

SOURCE: ANGLE plc

View the original press release on ACCESS Newswire

FAQ

What are the key findings from ANPCY's latest cancer research publications?

The publications revealed tumor cell release during prostate and ovarian cancer surgeries, and showed how mechanical conditioning scores increase during breast cancer metastasis progression.

How is ANGLE's Parsortix system contributing to cancer research?

The Parsortix system enables researchers to study cancer cell behavior, particularly during surgery, and analyze CTCs for understanding cancer progression and potential therapeutic targets.

What advantage does ANPCY's Parsortix have over ctDNA analysis?

Unlike ctDNA which only shows tumor-specific mutations, Parsortix can analyze RNA from CTCs to provide insight into dynamic tumor gene expression.

What is the current status of ANGLE's Parsortix system?

The system is currently approved for research use only and is being used in academic and translational research to advance understanding of cancer biology.

How might these ANPCY research findings impact cancer treatment?

The findings could lead to new treatment strategies, particularly in understanding and preventing cancer spread during surgery and developing anti-fibrotic drugs for metastatic progression.