Posted 23rd April 2018 by Jane Williams
The Digital PCR track at the 4Bio Summit covered the benefits and future development of dPCR, comparisons between dPCR and qPCR and other technologies such as NGS, strategies to convert to a dPCR platform and applying the technology to precision medicine.
If you weren’t able to attend the 4Bio Summit, enjoy these free slides from Ward De Speigelaere, Anthony Magliocco and Nasrin Sarafan-Vasseur.
Posted 21st March 2018 by Jane Williams
Precision medicine in oncology requires matching each patient with treatment personalised to their genes and often the proteomic profile of their cancer. Liquid biopsies continue to gain grounds as a tool for diagnostic testing in oncology.
Posted 6th March 2018 by Jane Williams
Guro E. Lind is a group leader at the Institute for Cancer Research, Oslo University Hospital and a professor at the University of Oslo. We caught up with her at the 4Bio Summit to find out what she thinks needs to be done to achieve gender equality for women in STEM.
Posted 2nd March 2018 by Jane Williams
Dr. Catherine Kibirige currently works with the Human Immunology Laboratory of the International AIDS Vaccine Initiative in London, developing new assays and methodologies for their research.
Here, she takes us through her day, her research, and her advice for young women pursuing a career in science.
The Future of Droplet Digital PCR and Blood-Based Assays: An Interview with Gary Pestano and Hestia Mellert
Posted 26th January 2018 by Jane Williams
We caught up with Dr. Gary Pestano, VP, Development and Operations, Biodesix, and Dr. Hestia Mellert, Director, Development, Biodesix, at the 5th qPCR and Digital PCR Congress at 4Bio, where we discussed novel applications, single-cell technology, and the future of ddPCR and PCR.
Posted 26th July 2017 by Jane Williams
Analysing qPCR data has always been based on setting a quantification threshold and determining the Cq value which is the fractional number of cycles needed to reach the threshold.
Posted 21st June 2017 by Jane Williams
Every droplet of a digital PCR assay can contain as many as 35 different highly specific molecular beacon probes that are each tagged with a different combination of three out of seven available fluorescent colours.
Posted 5th June 2017 by Jane Williams
1. Analysis Of Different Approaches For The Selection Of Reference Genes In RT-qPCR Experiments: A Case Study In Skeletal Muscle Of Growing Mice, International Journal of Molecular Science