Affordable, High-Performance Genotyping for Crop Research & Breeding
Unlock the Potential of Precision Agriculture with PACE® by 3CR
Crop breeding is at the heart of global food security. To meet the growing demands of climate change, disease and pest pressure and rising populations, breeders and researchers need reliable, scalable tools that enable marker-assisted selection and genomic innovation.
At 3CR, we deliver exactly that. Our patented PACE® (PCR Allelic Competitive Extension) technology provides a cost-effective, high-throughput SNP genotyping solution designed to accelerate crop improvement — without the overheads of expensive probe-based chemistries.
From large-scale breeding programmes to academic research projects, PACE® helps you bring more resilient, higher-yielding and better-quality crops to market faster.
Why Crop Scientists Choose 3CR
Our customers range from global seed companies to university breeding programmes, all benefiting from the flexibility and affordability of PACE®. Here’s why:
Cost-Effective Alternative
Optimised for High-Throughput Workflows
Free SNP Assay Design
We provide free custom SNP assay design for customers purchasing PACE® master mixes. Simply share your SNP of interest and we’ll supply primer sequences ready for ordering.
Multiplexing Up to 4 SNPs
Universal Across Crop Species
From cereals and legumes to oilseeds and vegetables, PACE® is species-neutral and works with DNA from virtually any plant.
MARKER-ASSISTED SELECTION
Applications in Crop Genotyping
Our customers apply PACE® across a wide range of breeding and research programmes, including:
Marker-Assisted Selection
Applications in Crop Genotyping
Our customers apply PACE® across a wide range of breeding and research programmes, including:
Genomic Selection
Applications in Crop Genotyping
Our customers apply PACE® across a wide range of breeding and research programmes, including:
Trait Mapping & QTL Studies
Applications in Crop Genotyping
Our customers apply PACE® across a wide range of breeding and research programmes, including:
Germplasm Characterisation
Applications in Crop Genotyping
Our customers apply PACE® across a wide range of breeding and research programmes, including:
Hybrid Purity & Identity Testing
Crop-Specific Examples
- Cereals (wheat, maize, rice, barley): SNP-based screening for yield, milling quality and disease resistance.
- Oilseeds (canola, sunflower): Trait mapping for oil content, herbicide tolerance and stress resistance.
- Legumes (soybean, pea, lentil): Selection for nitrogen-fixing efficiency and pest resistance.
- Vegetables (tomato, cucumber, pepper): Genotyping for improved shelf-life, fruit quality and pathogen resistance.
Already Sure? Let’s UPGRADE Crop Genotyping TOGETHER!
PACE® adapts seamlessly to every crop, providing the flexibility breeders need across diverse species.
Order your PACE® Master Mix now and streamline your workflows with unmatched speed, accuracy, and cost-efficiency—trusted by 600+ labs worldwide.
Simplifying Genotyping Workflows
We understand that integrating new technologies can feel daunting. That’s why PACE® is designed for straightforward implementation in existing PCR workflows. Our mixes are supplied at 2x concentration, with or without ROX dye, and compatible with major qPCR instruments.
Not ready to run assays in-house? 3CR can deliver high-quality genotyping services using PACE® chemistry directly from our labs.
Get Started with PACE® for Crop Genotyping
Whether you’re breeding the next generation of staple crops or running research into plant adaptation and resilience, 3CR is here to support your goals.
A universal PCR master mix for allele-specific PCR assays. Precision fluorescent signal generation with consistently high performance at any reaction volume.
An enhanced PCR master mix for allele-specific assays. Improved signal to noise ratio and tight clustering. Developed specifically for genotyping direct from crude DNA samples.
Our PACE Multiplex Master Mix enables simultaneous detection of up to four targets in a single reaction, saving time, reducing costs and consumables, and maximizing data generation.
Genotype directly from RNA samples. RNA reverse transcription and cDNA PCR genotyping simultaneously in a single, one-step reaction.
Advanced performance at ultra-low reaction volumes, delivering consistent, cost-effective PCR genotyping for high-throughput, miniaturised and automated workflows.
PACE® CRISPR Detection Assay offers a cost-effective screening solution to detect CRISPR and other gene edits with speed and accuracy, making it ideal for high-throughput applications.
Get custom PACE® genotyping assays precisely tailored to your target sequence. Our assays are fully compatible with all PACE® genotyping master mixes, ensuring reliable and accurate results for your genetic analysis.
Everything you need to run a trial PACE Genotyping Reaction on your existing lab equipment. Each PACE Trial Kit includes Test DNA samples, PACE Genotyping Assays, PACE Master Mix and a comprehensive PACE Genotyping Trial Kit Manual.
MID- & HIGH-DENSITY GBTS MARKER PANELS FOR CROP GENOTYPING
Our targeted SNP marker panels deliver precise genotyping for crop breeding, traceability, and trait selection. Cost-effective, species-specific, and developed for high-performance applications in modern plant breeding and agricultural genomics.
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End-to-end genotyping solutions FOR AQUACULTURE BREEDING
Unlock the full spectrum of genotyping possibilities with our comprehensive, modular range of instruments. Explore our end-to-end genotyping automation solutions and discover the perfect fit for your laboratory, ensuring efficiency and accuracy at every step.
Automated Extraction
Fully automated, high-quality nucleic acid extraction & purification instrumentation for use with magnetic bead-based reagents. Suitable for genotyping, library sequencing, gene chip analysis & more.
LIQUID HANDLING
Automated liquid handling workstation for sample replication and reformatting, low volume assay dispensing, plate sealing and more. On-deck sonicating washing dramatically reduces tip consumption and cost.
THERMAL CYCLING
A highly efficient, high-throughput thermal cycling water bath instrument capable of running up to 25 PCR plates per run. Robust, streamlined basket design.
DATA ANALYSIS
A high-speed plate scanner for precise fluorescence signal detection and analysis. Full-field scanning technology for excellent sensitivity and resolution; automated loading, detection and unloading.
About 3CR
3CR is dedicated to Making Science Affordable. Our PACE® technology powers research and breeding programmes worldwide, across crops, livestock, aquaculture, fruits and vegetables. By offering reliable, low-cost SNP genotyping, we help researchers and producers deliver innovations that matter.
Take the Next Step! Precision breeding starts with precision tools.
Partner with 3CR to drive innovation in crop genetics and secure a more productive future.