EpiSwitch® research and medical analysis services focus on the discovery, evaluation, validation, and monitoring of a novel class of epigenetic biomarkers known as chromosome conformation signatures ("CCSs") for use in medical testing kits, disease prediction, diagnosis, and treatment. CCSs can provide a compelling, stable framework from which changes in the regulation of a genome can be analyzed, long before the results of these epigenetic changes manifest themselves as obvious abnormalities

EpiSwitch® medical analysis services utilize a proprietary validated industrial platform for CCS based biomarkers.

EpiSwitch® medical analysis services utilize a proprietary validated industrial platform for CCS based biomarkers.

Chromosomal Conformation Capture

The packaging of chromosomal DNA plays a critical role in the epigenetic regulation of the whole genome. It ensures effective storage, access to genetic information and its regulation by the complex protein machinery utilised in gene expression. Known also as ‘gene loops’, ‘long-range chromosomal interactions’ and ‘chromatin domains’, CCSs have been recognised as an essential high-level framework of epigenetic regulation imposed across the whole genome and reflecting its fractal nature of organisation.

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Episwitch® Pipeline


Episwitch® Design

Proprietary pattern recognition bioinformatic algorithms used to detect specific DNA sites as high probability targets for CCS detection


Episwitch® Array Analysis

High throughput screening and statistical analysis performed to detect high-order chromosomal structures (i.e. a short list of CCS biomarker candidates for further analysis).

Episwitch® PCR Analysis

Translation and verification of selected marker candidates for further reduction and cross-validation of stratifying signatures, ready for validation.

Episwitch® NGS Analysis

High throughput sequencing and bioinformatic analysis to detect high-order chromosomal conformation signatures, ready for cross-validation by other modalities.


Episwitch® PCR Analysis

Validation of the Selected marker signatures on independent sample cohorts for use by OBD’s commercial partners.

Our Publications on Episwitch® Services

FC-g Receptor Targeting Reduces Bone Disease in a Pre-clinical Model of Multiple Myeloma

2015 American Society of Haematology


A blood-based epigenetic test for early detection of hepatocellular carcinoma (HCC).

Annual Meeting of the American Society of Clinical Oncology; 2014 May 30- Jun 3; Chicago. Illinois, USA

J Clinical Oncology 32, 2014 (Supplement; Abstract e15142)


Chromatin signatures of DLBCL subtypes.

Proceedings of the 105th Annual meeting of the American Association for Cancer Research; 2014 Apr 5-9; San Diego, California, USA

Cancer Research 2014; 74(19 Supplement): Abstract number 462