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Date
2024 2023 2022 2021 2020 2019 2018 2017 2016 2015 2014
Cancer type
Breast Colorectal Head and neck Lung Melanoma Ovarian Pancreatic Prostate Brain
Cancer stage
Advanced Early Metastatic
Biomarker
PIK3CA BRAF DDR HER2 KRAS PD-L1 pKAP1 yH2AX NRAS EGFR
Method of analysis
RT-qPCR FISH cell culture dPCR Immunofluorescence NGS RT-PCR single cell RNA seq mass spectrometry qPCR WGS
2024 2023 2022 2021 2020 2019 2018 2017 2016 2015 2014
Breast Colorectal Head and neck Lung Melanoma Ovarian Pancreatic Prostate Brain
Advanced Early Metastatic
PIK3CA BRAF DDR HER2 KRAS PD-L1 pKAP1 yH2AX NRAS EGFR
RT-qPCR FISH cell culture dPCR Immunofluorescence NGS RT-PCR single cell RNA seq mass spectrometry qPCR WGS

Selected categories

December 2024

SABCS: A novel, semi-automated Pipeline for HER2 Quantification on CTCs in breast cancer patients. Is cytopathology of peripheral blood a new diagnostic option?

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AACR LBx 24 – Development of a scoring system to classify HER2 protein expression in Circulating Tumour Cells through immunofluorescence following isolation using Parsortix® instruments

ANGLE Europe Limited, Guildford, UK, Published at the AACR LBx Conference 2024

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AACR LBx 24 – Investigating PD-L1 status in Circulating Tumour Cells isolated from the blood samples of lung cancer patients

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EACR LBx 24 – Enhancing Multiplexing Capabilities in Digital PCR for Circulating Tumour Cell Analysis Using Amplitude-Based Methodology

ANGLE Europe Limited, Guildford, UK, Published at the EACR LBx Conference 2024

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EACR LBx 24 – Combined epitope-independent microfluidic isolation and advanced staining of circulating tumour cells isolated from metastatic prostate cancer blood samples.

ANGLE Europe Limited, Guildford, UK, Published at the EACR LBx Conference 2024

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September 2024

DDR Conference – Detection of DNA Damage Response Biomarkers in Circulating Tumour Cells using ANGLE’s Parsortix® instrument and downstream immunofluorescence assays

In this proof of concept study, we aimed to assess the performance of ANGLE's IF assays for the identification of epithelial, mesenchymal and transitioning CTCs, and to determine DDR status on the identified CTCs, by combining the use of IF with Parsortix technology.

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