The Corning portfolio of cytokines, growth factors, and media supplementation offers a wide array of proteins that result in proliferation or differentiation of the affected cells. Corning offers a broad range of other media growth supplements. Some products are specific to cell type, such as SMC4 (for iPSCs) and T-Cell culture supplement (for T-cells), while other products promote proliferation in a wide variety of cell types. Reducing serum use is made easy with products such as ITS and Corning Nu-Serum™.

A prodigy that’s taking flow cytometry to the next level of performance and flexibility

The Cytek Aurora leverages full spectrum technology to provide unprecedented flexibility to scientists, enabling the use of a wide array of new fluorochrome combinations without reconfiguring the system for each application. The Aurora system delivers high-resolution data at the single-cell level to resolve the most challenging cell populations, such as cells with high autofluorescence or low levels of expression of key biomarkers, regardless of assay complexity.

The N1 Single-Cell Dispenser is an accessory to the WOLF^® G2 Cell Sorter

The system uses aerosol-free, sterile, and disposable microfluidic cartridges. It allows for bulk cell selection and sorting directly into 96-well or 384-well plates. The N1 Single-Cell Dispenser seamlessly integrates into the intuitive software, enabling easy selection of single cells from a dropdown menu, plate mapping, and sorting initiation. The WOLF G2 and N1 dispenser collaborate to efficiently sort and plate cells in a compact and cost-effective setup. Post-sorting, cell data are indexed well-by-well for accurate cell confirmation.

The NanoCellect Wolf G2 cell sorter is a powerful tool used for a variety of applications, including antibody discovery, single cell sorting and plating, genomics, single cell RNA sequencing, plant biology, gene editing, cell line development, and discovering microorganisms in ocean or pond water. The Wolf G2 is designed to gently sort happy, healthy cells using a sterile cartridge-based microfluidics system. The Wolf G2 cell sorter is ideal for tasks like cell line development and sorting plant protoplasts, as well as for monoclonal outgrowth of iPSCs and microalgae.

Super-resolution simplified

Aplo Flow revolutionizes super-resolution microscopy by combining application-specific sample preparation with fully automated fluidic control, creating the most user-centric, reliable, and reproducible end-to-end solution on the market today. The entire super-resolution workflow from ‘sample to answer’ is integrated seamlessly through ONI’s fluidics, SMLM, reagent kits, and software analysis.

Enhanced throughput and modular design

Aplo Flow streamlines super-resolution microscopy, enhancing speed and efficiency. In just 4.5 hours, you can prepare 12 samples for imaging, reducing your hands-on time by up to 85%. Our end-to-end product accelerates analysis and interpretation by 350%. With 35 unique configurations, it suits diverse research needs and protocols.

The Long-read Sequencing – Revio System adds affordability, high throughput, and ease of use to a foundation of long reads, exceptional accuracy, and direct methylation detection.

The Long-read Sequencing – Revio System empowers HiFi sequencing. It adds affordability, high throughput, and ease of use to a foundation of long reads, exceptional accuracy, and direct methylation detection.

With SPRQ™ chemistry, the Revio system helps you achieve more with less DNA, increasing efficiency, maximizing output, and reducing costs—empowering you to make more discoveries faster and affordably

HiFi sequencing is the only long-read technology to provide 99.9% or better accuracy in every run. HiFi reads eliminate the tradeoff between read length and accuracy, allowing you to address your most complex biological questions. With over 1,000 peer-reviewed publications in 2023 alone and over 1,200 HiFi sequencers globally, Vega™ joins the PacBio® portfolio of reliable and established sequencing systems.

Manual PMDI wasting is a tedious time consuming task that can result in repetitive stress injuries over time. Coupled with this risk, improper manual shaking and shake-to-fire intervals in testing can vary the delivered dose from 75% to 320% of label claim per actuation. Over or under-delivery of the delivered dose during a single actuation can change the total drug concentration, introduce variability, and impact final results.