Taq Academy:
The centre for qPCR and dPCR excellence

Using digital PCR within the oncology arena

The prediction and monitoring of therapy with dPCR

Using digital PCR within the oncology arena

The prediction and monitoring of therapy with dPCR

Using Digital PCR application in liquid biopsy

How to use Absolute Q digital PCR utility for tumour DNA detection

Eloisa Jantus Lewintre, PhD Head of Molecular Oncology Laboratory, at the General University Hospital Research Foundation in Valencia, Spain, looks at the prediction and monitoring of therapy with dPCR and its analysis of ctDNA in lung cancer patients.

Matteo Allegretti, PhD Translational Oncology Research Unit, RCSS Regina Elena National Cancer Institute, demonstrates how to use digital PCR application in liquid biopsy.

Victoria Sanchez-Martin, PhD, Health and Medical Research Centre at the University of Malaga demonstrates how to use the Absolute Q digital PCR utility for circulating tumour DNA detection in early breast cancer patients.

Genetic biomarker discovery for tumour pathogenesis

How best to use qPCR applications in cancer research

Analysing the various expressions of cancer genes

Digital PCR fusion transcripts from Hema oncology applications

Archana Gupta PhD, product applications scientist at Thermo Fisher Scientific, demonstrates how to drive genetic biomarker discovery for identifying and monitoring tumour pathogenesis.

Javier Sanchez PhD, technical sales specialist at Thermo Fisher Scientific, explains the best way to use qPCR applications in cancer research.

Jon Flasher, product management specialist at Thermo Fisher Scientific, discusses gene expression analysis and the many expressions of cancer genes.

Simona Bernardi, PhD, Head of Molecular Biology and Liquid Biopsy Unit at the University of Brescia, Spedali Civili di Brescia, Italy, looks at the digital PCR fusion transcripts when using Hema oncology applications.

Medical importance of high sensitivity target detection of colorectal cancer biomarkers

Unleashing the potential of digital PCR in oncology and hematology cases

Detection of measurable residual disease in acute myeloid leukaemia by dPCR

Jose Duran-Moreno, Panagiotis Papanastasopoulos and Konstantinos Sakellariou, medical directors at Thermo Fisher Scientific share their vision on how dPCR sensitivity can improve biomarker detection in colorectal cancer.

Atil Bisgin, Assoc. Professor PhD at Çukurova University / InfoGenom R&D Laboratories and Pathern Laboratories in Turkey presents fascinating hematology and oncology digital PCR applications.

Robert Baker, Molecular Haematology Operations Manager at HSL Analytics LLP discusses MRD detection with digital PCR.

Digital PCR applications in plant biotechnology

How to use the Applied Biosystems QuantStudio Dx instrument in a laboratory

Detecting human milk microRNAs and their importance for immune tolerance

How to use dPCR to quantify the sample-to-results workflow in blood samples

Dra. Aurora Gomez, Support Application Scientist at Thermo Fisher Scientific provides insights of several novel applications of qPCR and dPCR in agrogenomics.

The University of Pisa’s Dr Stefania Crucitta, PhD Clinical Pharmacogenetics, instructs how to use an Applied Biosystems QuantStudio Dx instrument in the laboratory when testing and applying pharmacogenetics.

Erika Cione PhD Associate, Professor of Biochemistry and Molecular Biology, University of Calabria, explains how to detect human milk microRNAs and how they are important for immune tolerance.

Dr. Krisztián Kvell, Associate Professor, Deputy Head of Department at the University of Pecs, demonstrates how best to use dPCR to quantify the sample to results workflow of DNA excision circles TREC and KREC in blood samples.

National Wastewater Surveillance System based on COVID-19 in a digital PCR application

Mrs Janne Pullat from Health Board Estonia introduces the National Wastewater Surveillance System based on digital PCR technology.

How to achieve consistent AAV quantification

How to use digital PCR for quality control of the viral vector

CAR-T cell monitoring using digital PCR technology

Thermo Fisher Scientific’s Kimberly Gomez and Himani Patel, scientists, molecular biology, demonstrate how to achieve consistent AAV quantification with the Applied Biosystems Absolute Q Autorun dPCR Suite.

The University of Navarra’s Dr. Gorka Alkorta-Aranburu, PhD Co-director, Genetics of solid and hereditary tumours, explains how best to use digital PCR for quality control of the viral sector.

Raquel Muñoz García, PhD Biomedicinea at the Instituto de Biomedicina de Sevilla, Hospital Virgen del Rocio, Spain, shows how to monitor CAR-T cells when using digital PCR technology.

Dr Atocha Romero, Head of liquid biopsy laboratory at the Hospital Universitario Puerta de Hierro, Madrid, reveals how their use of digital PCR greatly enhanced their ongoing research into lung cancer and patient monitoring.

Javier Freire Salinas, PhD Manager of Molecular Pathology and Massive Sequencing Laboratory at the Hospital Universitario Marqués de Valdecilla Santander, discusses the benefits and future applications of digital PCR in cancer research.

Real-time PCR vs digital PCR: What’s different?

The benefits of automation with Applied Biosystems Absolute Q Autorun dPCR

How to find and order the correct TaqMan Assay

How best to use qPCR applications in cancer research

Gyula Csanádi, qPCR technical sales specialist at Thermo Fisher Scientific, explains the differences between real-time PCR and digital PCR.

Clarence Lee, senior product manager dPCR at Thermo Fisher Scientific, discusses innovation in lab automation when using Applied Biosystems Absolute Q Autorun dPCR.

Alexander Widger, technical sales specialist at Thermo Fisher Scientific, demonstrates how best to find and order the correct TaqMan Assay for your needs.

Javier Sanchez PhD, technical sales specialist at Thermo Fisher Scientific, explains the best way to use qPCR applications in cancer research.