1383 views | 1 decade ago
In preimplantation genetic diagnosis (PGD), karyomapping is a highly accurate, DNA-based method that detects single-gene variations implicated in inherited diseases in embryos following IVF. For the...
251 views | 1 decade ago
Accurate, rapid delivery of results is invaluable to IVF clinics, physicians, and the patients they serve. The VeriseqTM is built to handle high throughput demand with speed and accuracy. Learn more...
694 views | 1 decade ago
The ability to assess all 24 chromosomes in an embryo introduces a new paradigm in IVF. Illumina reproductive health solutions empower clinicians and patients with comprehensive and accurate information...
652 views | 1 decade ago
In IVF, embryos with chromosomal problems cause up to 80% of failures and miscarriage. Preimplantation genetic screening (PGS) and preimplantation genetic diagnosis (PGD) enables us to select embryos...
1176 views | 1 decade ago
Trying to determine the health of an embryo by conventional microscopic methods has its limitations. With next-generation sequencing technologies and Preimplantation Genetic Screening (PGS) from Illumina,...
476 views | 1 decade ago
High-throughput, next-generation sequencing for Preimplantation Genetic Screening (PGS) to detect aneuploid embryos is a game changer for IVF clinics and labs. Clinics are increasingly turning to PGS...
245 views | 1 decade ago
Traditional genetic embryo screening methods have been limited by less accurate, non-quantitative lab analysis. IVF success rates have been low as a result of the higher risk of miscarriage and genetic...
1811 views | 6 years ago
Watch the video to find out why laboratories In Europe have implemented VeriSeq NIPT. 1. Why did they start to think about onboarding NIPT technology? 2. The benefits of introducing Illumina NIPT 3....