AgriBio - Comprehensive Tools for Advanced Plant Research
Empowering plant science from discovery to application with tools you can trust and expertise you can rely on.
Together, we help turn innovative research into meaningful, real-world impact.
Secure, Traceable Storage for Plant Research Samples
Micronic 2D-coded cryovials deliver unmatched reliability, traceability, and chemical resistance for plant research. Each tube features a permanent laser-etched 2D code, ensuring samples remain fully identifiable even after harsh extraction buffers, freeze–thaw cycles, or decades in ultra-low temperature storage
Designed for high-throughput genomics, breeding programs, seed banks, and tissue culture labs, Micronic tubes integrate seamlessly with barcode readers and sample management systems (LIMS/ELN)—making automated workflows, accurate tracking, and error-free sample management effortless. Protect your DNA, RNA, seeds, and metabolomic samples with confidence, today and for decades to come
A.DNA/RNA extraction kits and buffers (Primer Design)
RapidBead Pro streamlines the DNA or RNA extraction process in one single kit, allowing users to move from sample to PCR testing in less time without compromising on yield and purity. With a simple four-step workflow and only one wash step, RapidBead Pro significantly reduces hands-on time compared to traditional extraction methods.
B. Spin columns – Protein Ark
Purification kits:
Protein Ark provides a range of protein purification kits and tools that are highly suitable for plant molecular biology, particularly for purifying recombinant proteins expressed in plant tissues. Their tools focus on high-throughput, efficient, and gentle purification, which is necessary for complex plant lysates.
Purification resins:
Protein Ark offers an extensive range of chromatography purification resins suitable for plant applications, particularly for purifying recombinant proteins, antibodies, and enzymes from complex biological mixtures. These resins are designed for various chromatographic techniques, including affinity, ion exchange, and size exclusion, making them versatile for isolating proteins from plant extracts or transgenic cell cultures.
a. PCR kits and instruments (Primer Design)
Primer Design offers a broad range of genesig® qPCR detection kits that specialised for plant and agricultural analysis, specifically for detecting plant pathogens, contamination, and GMOs. These kits are ready to use, high sensitivity (detecting <100 copies) and are compatible with various real-time PCR platforms.
b. Spatial transcriptomics (ACDBio)
Enable high-resolution visualisation of gene expression directly within plant tissues such as vine leaves, roots, or stems. RNAscope™ and related spatial tools allow researchers to study plant-pathogen interactions, stress responses, and disease progression while preserving tissue structure.
Use cases: Vine leaf disease analysis, pathogen localisation, crop stress response
Example applications: In situ detection of viral or fungal RNA in plant tissues
Stanton et al. / Journal of Citrus Pathology, 2021
Resource
> In situ localization of citrus exocortis viroid RNA using an optimized RNAscope™ assay
c. Reference genomic materials such as DNA/RNA controls (ATCC)
Certified reference materials provide reliable DNA and RNA controls for validating extraction efficiency, assay performance, and data accuracy in plant and pathogen testing workflows.
Use cases: Assay validation, quality control, reproducibility
Example products: Genomic DNA/RNA standards for molecular testing
d. Microbial strains for QC in molecular assays (ATCC)
Well-characterised microbial strains support quality control in PCR, qPCR, and sequencing workflows used for detecting plant pathogens.
Use cases: Method verification, assay benchmarking, regulatory compliance
Example products: Bacterial and fungal reference strains for molecular diagnostics
a. Unlock real-time plant bioenergetics with Seahorse XF tehcnology
The Seahorse XF Analyzer brings high-throughput, real-time metabolic profiling to plant research. Measure oxygen consumption and extracellular acidification in leaves, seeds, or isolated mitochondria to understand bioenergetics, stress responses, and developmental processes. Streamline your assays and gain actionable insights into plant metabolism like never before.
b. Assess proteins involved in crop bioenergy (Protein Simple)
Simple Western provides fully automated plant protein separation and quantification, complete with built-in total protein normalisation, all within a compact benchtop capillary immunoassay system.
Use cases: Assess photosynthetic/photorespiratory potential and plant productivity
Example applications: Measure photosynthesis protein levels such as Rubisco and Photosystem II pigment proteins which are central to photosynthesis.
Figure 2. Simple Western analysis of PSII expression in Arabidopsis thaliana leaf extract using an anti-PSII antibody.
Further Resource:
> Simple Western Agriculture Research PDF
c. ELISAs for plant hormone and vitamin profiling (Novus Biologicals)
Measure Rubisco, Abscisic Acid and Vitamin A in plant tissues with Novus Biologicals pre-validated and optimised ELISAs.
Plant Rubisco ELISA Kit (Colorimetric) [NBP2-60142] - Standard Curve Referenceimage 2 of 2previousnextclose
Additional details
> Plant Rubisco ELISA Kit (Colorimetric) (NBP2-60142): Novus Biologicals
Plant Hormone Abscisic Acid ELISA Kit (Colorimetric) [NBP3-21156] - Standard Curve Reference
Additional details:
> Plant Hormone Abscisic Acid ELISA Kit (Colorimetric) (NBP3-21156): Novus Biologicals
Plant Vitamin A ELISA Kit (Colorimetric) [NBP2-60193] - Standard Curve Reference
Additional details:
> Plant Vitamin A ELISA Kit (Colorimetric) (NBP2-60193): Novus Biologicals
a. Plant-associated microbial strains (ATCC)
A diverse collection of microbes linked to plant health, soil quality, and crop productivity supports research into plant-microbe interactions.
Use cases: Crop resilience, soil microbiome analysis, biocontrol and plant disease studies.
Example products: Beneficial and pathogenic plant-associated bacteria.
Rhizobium sp. A biological control agent for the plant disease crown gall.
Coniothyrium minitans Explore the use of this fungi as a potential biological control agent against Sclerotinia spp.
Ampelomyces quisqualis Destroy powdery mildew with this mycoparasite.
Further resource:
> Plant Disease Research | ATCC
b. Model fungi & oomycetes for infection research (ATCC)
Standardised fungal and oomycete models enable controlled studies of plant disease mechanisms and resistance strategies.
Use cases: Crop disease research, fungicide testing, resistance breeding.
Example products: Phytophthora, Fusarium, and other plant pathogens
Further resource:
c. Plant tissue gene expression mapping (ACDBio)
Spatial mapping tools reveal where specific genes are active within plant tissues, helping researchers understand plant development, disease response, and environmental stress at a cellular level.
Use cases: Vine disease mapping, tissue-specific gene expression
Example applications: Visualising defence gene expression in infected leaves
Further resource:
d. Measure key plant proteins (Protein Simple)
Rapidly determine plant health by measuring factors related to growth conditions, temperature effects, and stress‑related heat shock proteins using an automated Western Blotting system.
Use cases: Assess plant health, growth and productivity at a cellular level
Example Applications: Accelerate recurrent selection by identifying key molecular changes (such as heat-shock proteins) that support development of drought‑resistant, higher‑yielding plant species
Figure 3. Heat shock protein detected in rice extracts on Jess.
(A) Lane view of detection of HSP60 in total rice extracts using antibody HSP-60 AS08 348 from Agisera.
(B) Area linearly for HSP60 between 0.1-1 mg/mL.
(C) Graph view of electropherograms resulting from Simple Western analysis of HSP60 in rice extracts.
Further Resource:
> Simple Western Agriculture Research PDF
e. Bulk sorting plant protoplasts (Protein Simple)
Gently sort and dispense plant protoplasts to select for regenerating protoplast populations
Use cases: Isolate and enrich plant protoplasts
Example Application: Investigate secondary cell wall deposition regulatory mechanisms
Figure 03. The merged bright field and fluorescence image on the left shows that 100% of observed post-sort protoplasts had AF488 signal and showed structural staining as well as furrowing indicating regenerating cell walls. The right fluorescence image shows a fully regenerated, sorted protoplast.
Further resource
a. CRISPR/Cas9 complex (ABM Goods)
Genome-editing tools allow precise modification of plant or microbial genes to study function, improve resistance, or enhance productivity.
Use cases: Gene knockout/knock-in, trait development, functional genomics
Example products: sgRNA, Cas9 enzymes, CRISPR plasmids
Additional Resource:
> CRISPR Products for Genome Editing | Applied Biological Materials Inc.
b. Reporter cell lines and Pathogen strains (ATCC)
Reporter systems and characterized pathogen strains support functional testing of plant defense mechanisms, chemical treatments, and infection models.
Use cases: Pathogen response assays, treatment efficacy testing
Example products: Reporter strains, plant pathogens for controlled studies
Additional Resources:
> Reporter-labeled Cells | ATCC
> Reporter-labeled Bacteria | ATCC
Transform plant ‘omics into biological insight with QIAGEN IPA
QIAGEN Ingenuity Pathway Analysis (IPA) empowers plant researchers to interpret complex ‘omics datasets at the systems level. Integrate gene expression, miRNA, proteomics, and metabolomics data to uncover key regulatory pathways, predict upstream drivers, and build mechanistic networks that reveal how plant biological processes respond to stress, development or treatment conditions. With a comprehensive, curated knowledgebase and advanced analytics, IPA helps you turn large data sets into actionable insights and testable hypotheses.
Transcriptional response to animal feed supplemented with plant-based antimicrobials
a. Secure, Traceable Storage for Plant Research Samples
Micronic 2D-coded cryovials deliver unmatched reliability, traceability, and chemical resistance for plant research. Each tube features a permanent laser-etched 2D code, ensuring samples remain fully identifiable even after harsh extraction buffers, freeze–thaw cycles, or decades in ultra-low temperature storage
Designed for high-throughput genomics, breeding programs, seed banks, and tissue culture labs, Micronic tubes integrate seamlessly with barcode readers and sample management systems (LIMS/ELN)—making automated workflows, accurate tracking, and error-free sample management effortless. Protect your DNA, RNA, seeds, and metabolomic samples with confidence, today and for decades to come
b. LN2 tanks from ICB
ICB – Biorepositories – ICB Labs Precision
ICBiomedical are Global Leaders in Genetic Asset Preservation.
How valuable are your biological assets, ICBiomedical have Precision Protection for Smart Security, Future Ready
ICB – Samples transport – Shipper – CX and DX
Protect genetic investments (bovine semen and embryos) through long hold times and "farm-tough" durability.
IC Biomedical is Bridging the gap between medical-grade precision and the rugged durability required for the field.
- Contamination Control: The D Series features a hydrophobic adsorbent material that is significantly easier to clean and decontaminate between shipments than traditional shippers.
- Field-Proof Durability: Built with a high-strength, ribbed aluminium body and a magneformed necktube designed to withstand the "swing and sway" of rough transport on rural roads.
- Sample Security: All models comply with IATA regulations for air travel and feature a lockable lid to prevent unauthorised access to critical breeding stock.
- Superior Thermal Efficiency: Advanced insulation ensures maximum static hold times (e.g., up to 21 days for the 4D model), reducing the risk of sample loss due to shipping delays.
Vapor (Dry) Shippers
Additional Resources
> Vapor Shippers for Cryogenic Shipping | IC Biomedical
> Animal Husbandry LN2 Dewars & AI Supplies | IC Biomedical
Overview flyer: > IC Biomedical Animal Husbandry Overview
FAQs: > Everything to Know About Your IC Biomedical Semen Tank