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Make confident decisions with trusted microarray solutions, from samples to insights

With advances in genetic research technologies, various types of causative genetic aberrations associated with disorders can be studied prenatally with chromosomal microarray analysis (CMA). Because of the increased density and exceptional resolution compared to traditional karyotypes, CMA is rapidly becoming the established method for prenatal genetic research. In fact, American College of Obstetricians and Gynecologists (ACOG) proposes that CMA be used as the primary prenatal genetic analysis method of choice. This is based on the major advantage of CMA over standard karyotyping in terms of discovery yield. 

 

Thermo Fisher Scientific provides high-resolution microarray research solutions that cytogeneticists trust to improve accuracy and efficiency. With reproducible results, automated data interpretation and hands-on support, Thermo Fisher Scientific is your trusted partner from start to finish. 

Customer and solutions overview

Raise your productivity to a whole new level

Hip Hip array! The new CytoScan Cytogenetics Suite with a two-day turnaround time, improved coverage, and automated interpretation and reporting capabilities is now available.

GeneDx benefits from Hybrid-SNP arrays

Dr. Jeanne Mack and Stephanie Warren from GeneDx discuss saving time and money with a more efficient microarray platform. 

Challenging microarray cases and approaches for analysis of unusual findings

Dr. Stuart Schwartz of Labcorp explains how hybrid-SNP arrays advance prenatal cytogenetics research.

SNP Chromosomal Microarray, the allelic difference

Dr. Elizabeth McCready showcases the utility of the SNP variant allele difference pattern to investigate simple and complex chromosome rearrangements.

Powerfully efficient cytogenetics analysis

Move science forward with reproducible microarray solutions. Learn more about our whole-genome Hybrid-SNP arrays from this interactive brochure.

Constitutional genetic testing: chromosomal microarrays or exome sequencing?

Technological advances have led to the emergence of high-resolution, genome-wide methods for chromosomal disorder analysis, namely chromosomal microarray analysis (CMA), exome sequencing (ES), and genome sequencing (GS). Read our latest whitepaper to find out which of these technologies is best for optimal outcomes.

CytoScan arrays

 

 

 

Chromosome Analysis Suite Software

 

 

 

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