First described in the 1990s, digital PCR is a novel approach to PCR which allows precise detection and quantification of the amount of nucleic acids formed during PCR. It is different from ...

Industry’s First 6-Color Digital PCR System Answers Market Needs for Higher Performance and Multiplexing Technology BOSTON & PARIS--(BUSINESS WIRE)--Stilla Technologies, the multiplex digital PCR ...

Across all areas of life sciences research, scientists are increasingly aware of the need for absolute quantification of nucleic acids. To make their analyses actionable, scientists want to directly ...

Somatically, allele loss is a frequent genetic alteration in tumors. However, tumor specimen available for investigations often contain non-tumor cells to various extent. In cases with high proportion ...

Stilla Technologies, a leader in multiplex digital PCR technology, proudly announces the addition of two new digital PCR system configurations to the Nio™ product line, which debuted in November 2023 ...

Researchers at Harvard Medical School are studying the differences in human genomes to identify the genes underlying biological processes and human disease. One of the researchers, professor Steve ...

When it comes to detecting rare cancer-causing mutations, both sensitivity and specificity matter. In the past few years, digital PCR (dPCR) has captured the attention of researchers and clinicians ...

Researchers have found that the clinical application of BCR::ABL1 digital PCR can reliably quantify stable deep molecular remission of chronic myeloid leukemia (CML), which will help to determine for ...

BOSTON--(BUSINESS WIRE)--Stilla Technologies and Atila BioSystems today announced an agreement to market digital PCR kits and assays produced by Atila BioSystems for use on the naica® system (Stilla ...

an immersive virtual event dedicated to exploring the remarkable capabilities of digital PCR. This experience invites you to delve into the forefront of scientific innovation across diverse research ...

As research demands grow more complex, traditional PCR methods can fall short in delivering consistent, absolute results. Variability, limited sensitivity, and challenges in detecting rare targets ...