The more markers per slide, the more opportunities to get to your discovery endpoint faster, all while using less precious tissue. Maximize the data you can achieve per sample via fully customized protocols from deparaffinization to counterstain and all the steps in between.

• Unlock cellular secrets through multiplexing to visualize multiple targets on a single slide
• Discover the next breakthrough assay by designing your custom detection system and ideal protocol

Multiplex on your research BOND stainer to

• Discover spatial relationships
• Determine cellular phenotypes
• Maximize the data from a single tissue sample

Supported by a wide range of technology partnerships

Freedom to Discover

• Stain up to 6 markers
• DNA to RNA to protein
• FFPE and CTCs
• Chromogenic, Fluorescent and Sequencing

Choose up to 6 chromogens per slide; plug-and-play or choose your own.

Let the instrument do the mixing with chromogens specifically designed for BOND stainers. With our plug-and-play chromogens, just scan and load on the BOND instrument.

• DAB
• Fast Red
• Green
• Blue

BOND RX Software 7.0 provides the flexibility to design your ideal protocol

• Select up to 6 markers per slide
• Create your own detection systems
• Fully customize all your research protocols
• Change time, temperature and dispense type

Partner - ACD

Complete up to 30 slides in a single 11-hour run for single plex (and a 14-hour run for duplex) with high-throughput staining. This solution is:

• Highly specific – Amplifies signals using double z probe strategy and simultaneous background suppression strategy to ensure target-specific binding.
• Sensitive & Quantitative – Detects single RNA molecules at single cell resolution.
• Morphological – Provides cell specific expression in information intact tissue architecture.
• Universal – Use for virtually any gene, species or tissue.

Watch the Partnership Video - ACD RNAscope

Partner – Akoya*

Free up researchers’ time by creating beautiful, seven-color immunofluorescence slides without any intervention. Up to 30 slides can be created in about 14 hours.

• Visualize up to six tissue biomarkers at the same time plus a nuclear counterstain.
• Use the best primary antibodies – regardless of species – with no crosstalk.
• Optimize the editable protocol with ease so it meets your specific needs.

*Previously PerkinElmer

Partner – NanoString

Combining standard immunofluorescence techniques with digital optical barcoding technology, the GeoMx™ Digital Spatial Profiler enables high plex, spatially-resolved profiling of protein and RNA. The GeoMx Assays allow for imaging and profiling from a single FFPE or fresh frozen tissue section.

• Quantify up to 96 proteins and over 1000 RNA targets with spatial context
• Focus on rare cells or compartment specific regions of interest in tissue
• Preserve precious samples with non-destructive processing

Partner - Rarecyte

The AccuCyte-Cytefinder system integrates with the BOND RX and provides microscopic visualization of circulating tumor cells. It delivers single cell retrieval of taprget cells for downstream genomic analysis.

• AccuCyte collects nucleated cells including circulating tumor cells from whole blood.
• CyteSealer makes collection seamless by creating a barrier between the buffycoat and red blood cells.
• CyteSpreader ensures the precise amount of nucleated cells is spread onto each slide every time.

Partner - Ultivue

Create up to 30, five color, single step multiplexing slides in under 6 hours hours on BOND RX whilst preserving tissue morphology and integrity. Spend less time perfecting difficult manual techniques and more time focusing on your next research breakthrough.

• Survey and analyse cell phenotypes with spatial context within the tumor microenvironment though high performance tissue-based biomarker multiplex assays
• Multiplex on a single slide, using a single antibody cocktail and incubation step, powered by DNAbarcoded antibodies with unique, complementary, fluorescent DNA barcodes
• Preserve sample integrity for additional analyses without damaging tissue or cross talk
• Image and analyse with Aperio VERSA and Aperio Cellular IF Algorithm