We are delighted to be attending the European Association for Cancer Research (EACR) 2022 Congress!

Come and talk to us to discover cellular and molecular solutions to support your lab in revolutionising cancer research.

As part of the conference, we will be sponsoring a symposium. At the stand, see our featured products including the Ion Torrent Genexus Integrated Sequencer for automated specimen-to-report next-generation sequencing (NGS); the novel Applied Biosystems QuantStudio Absolute Q Digital PCR System for dPCR workflows and the Invitrogen Attune CytPix Flow Cytometer for rapid cell analysis. Please also drop by to discuss your needs and support for clinical research applications, especially with the changes being imposed by current and future regulations.

Whether you are interested in discovering the next cancer biomarkers, validating the detection methods of tomorrow, or going through the journey of biopharma development, visit us at booth #42.

We want to share with you our passion for innovation in the field of cancer research; our scientists and specialists will be able to provide you with the latest updates on applications and technologies.


Industry symposium

Title: Future biomarkers and methods of detection for cancer research

Date: Tuesday, 21 June 2022

Time: 14:00-14:45 CEST


14:05-14:20Pre-treatment tissue TCR repertoire evenness is associated with complete pathological response in patients with NSCLC receiving neoadjuvant chemoimmunotherapyMarta Casarrubios, Predoctoral Researcher, Puerta de Hierro Hospital, Madrid, Spain
14:20-14:35Longitudinal monitoring by liquid biopsy identifies molecular predictors of resistance in advanced HER2-positive breast cancerDr. Matteo Allegretti PhD, Researcher, IRCSS Regina Elena National Cancer Institute, Rome, Italy
14:35-14:45Q&A and closing remarksChair
Marta Casarrubios

Marta Casarrubios

The advance of chemoimmunotherapy in locally advanced stages of lung cancer has positioned complete pathologic responses as a new relevant clinical entity, with implications for both the differential biology behind these responses and their possible use as an endpoint for assessing therapy efficacy. Characterisation of the T-cell receptor (TCR) repertoire has become a novel approach to monitor immunotherapy responses, however  there is lack of knowledge about its clinical relevance as a predictive biomarker of pathological response in neoadjuvant chemoimmunotherapy. In this exploratory analysis of the NADIM clinical trial, two biomarkers (Top 1% clonal space and TCR evenness), associated with T-cell repertoire imbalance, outperformed the established biomarkers PD-L1 and TMB, regarding CPR prediction after chemoimmunotherapy in this cohort of patients. Additionally, some mechanistic insights are revealed, that imply a higher immunogenicity of tumours with high Top 1% clonal space, as well as the presence of a distinctive peripheral immunosurveillance of pre-treatment tissue top 1% clones, in patients achieving CPR.

Dr. Matteo Allegretti PhD

Dr. Matteo Allegretti PhD

Breast carcinomas of the HER2-positive subtype (HER2 BC) are oncogene addicted, e.g. they rely on a single dominant cancer driver that sustains pathways hyperactivation, cell proliferation and tumour spreading. At least in the first phases of the disease, this is successfully counteracted by a variety of therapeutic agents (small molecules and monoclonal antibodies) mostly in association with chemotherapy. Among anti-HER2 therapies, T-DM1 has been for many years standard of care in advanced HER2 BC following Trastuzumab/Pertuzumab although lesser than expected objective responses were observed. Pharmacological resistance to T-DM1 has been associated with several direct or bypass alterations of the HER2 pathway but most of these has been documented only in preclinical models. We developed the LiqBreasTrack, a multicentre Italian study, to investigate whether liquid biopsy (LB) may provide opportunities to non-invasively capture resistance traits in the clinical setting. Longitudinal profiling of a uniformly treated patient cohort (n=35) showed that LB accurately identifies drivers of T-DM1 escape that gradually replace HER2 dependency. Predictors of cancer progression appeared into the blood weeks to months before clinical manifestations, allowing the anticipation of relapse with a median of 3.5 months as compared to standard imaging. In most of the cases, molecular findings were actionable mutations or amplifications other than HER2 that may be further exploited through clinical trials of new treatments, alone or in combination with standard anti-HER2 therapies. Additionally, LB profiling highlighted tumor alterations that were sensitive to the treatment, identifying a group of patients with a sustained response to T-DM1).


What’s on display?


Next Generation Sequencing

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Digital PCR

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Flow Cytometry

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

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