Genomic Analysis

Revvity provides a unique and efficient method for isolating nucleic acids based on chemagic technology established over 25 years.

The library preparation workflow is the process of getting DNA or RNA ready for Next Generation Sequencing (NGS).

Now you can simplify traditional gel separations, while improving the reproducibility of your data in a fraction of the time.

Robust library preparation is a critical step to obtain reliable results in Next-Generation Sequencing (NGS).

The process of sample preparation is critical when preparing for downstream analysis.

CRISPR-Cas9 genome engineering technologies hold great promise for understanding diseases and for the development of life saving treatments.

Develop your own assay with robust family of chemagic™ M-PVA magnetic beads enhanced by a vast range of functionalities

Dharmacon™ siRNA, shRNA, and microRNA-based reagents, leading the field for for nearly 30 years providing highly specific and efficient gene silencing.

Revvity’s Dharmacon™ DharmaFECT™ reagents, controls, buffers, and kits for reliable transfection of small RNA and/or plasmids into any cell type.

Leveraging almost 30 years of experience as a leading provider in oligo design and synthesis, Revvity's oligo synthesis team offers a range of services.

Fully sequenced, pre-cloned cDNA & ORFs for rapid gene overexpression studies. Available as individual reagents or in a variety of overexpression library formats covering human, mouse, rat, and bovine genes.

Single-cell analysis identifies information often overlooked by bulk approaches. We offer solutions for key steps in the single-cell sequencing workflow.

Labeled nucleotides are critical elements for sequence detection in a wide variety of techniques including in situ hybridization, microarrays and DNA sequencing.

Quantitative (qPCR) is ideal for the detection of bacteria and viruses due to its ability to accommodate a broad range of concentrations of targets in a single well

Viral vectors are the most efficient vehicles for gene delivery into a specific cell type or tissue for a wide array of research purposes.

As many of you know, microplate readers are instruments used to detect biological, chemical, biochemical or physical events from samples in a microplate.