Catalog No. : XPP1000
PDQeX phytoGEM (1000)
Ideal for studying plant genotypes and genetic variation, endophytic plant pathogens, genetic mapping, fingerprinting, microsatellite marker-assisted selection, and for evaluating the authenticity of exported plant varieties, botanical extracts and molecular detection of food adulterant
Each kit contains PDQeX prepGEM, Histosolv, enhancer, and GREEN+ buffer
· For use with MicroGEM’s PDQeX Nucleic Acid ExtractorSee MicroGEM's PDQeX Nucleic Acid Extractor in action
|PDQeX phytoGEM (1000)||$5,670.50|
The PDQeX phytoGEM kit offers a simple hands-off method for DNA extraction and purification of a variety of plant samples.
Using MicroGEM’s PDQeX Nucleic Acid Extractor, there are only two simple steps – quick sample prep and closed tube automated DNA extraction and purification. The method provides quicker turn-around time for all plant sample types, even your toughest challenges.
- Thermophilic proteinase and mesophilic cell wall degrading glycosyl hydrolases lyse cells, destroy nucleases, digest protein and release DNA
- Streamlined approach provides plant to PCR-ready DNA from up to 24 samples of plant tissue, fungi or plant pathogens in less than 15 minutes
- Easy sampling (such as crushing leaves onto a storage card) provides a long-term storage solution
- Flexibility to use homogenized leaves or ground plant tissue – whichever sample prep suits your needs
- Quick sample prep frees up technician time, reduces lab costs, and speeds up response time
- Disposable, sealed tube protects the integrity of the sample
- Superior removal of inhibitors
- Simplified workflow and quick DNA extraction result in faster answers and interventions
Validated plant species and tissues using the PDQeX phytoGEM approach
Plant diseases cause an estimated 10-20% loss in agricultural productivity worldwide. Many pathogens go untreated resulting in unintended crop destruction due to disease or controlled crop destruction to contain spread. Early detection of pathogens is vital for successful crop management. It allows proactive control measures to be applied well before the establishment and spread of a disease.
Historically, a bottleneck to early detection and pathogen characterization is the DNA extraction process. Current extraction practices are time consuming, often requiring elaborate sample preparation followed by a laborious chemical lysis and purification process.
MicroGEM’s phytoGEM kit provides a simple hands-off approach to DNA extraction ideal for studying endophytic plant pathogens. Using MicroGEM’s proprietary extractor cartridge, precise temperature-controlled enzymatic lysis is performed on the automated PDQeX Nucleic Acid Extractor, helping you quickly find answers to urgent questions about your plant’s health.
phytoGEM has been validated for the detection of the following pathogens:
- Bacteria- Xyllela fastidiosa from different fruit trees and berries, Pseudomonassyringae actinidiae (Psa) detection in kiwifruit, Candidatus Liberibacter solanacearum from vector Bactericera cockerelli.
- Oomycetes- Phytophthora in kauri, pine and oak.
- Phytoplasma in grapevines.
- Viruses- Cassava Mosaic Virus, Cassava White Fly Virus.
The introduction of molecular techniques has allowed significant steps to be made in genomics, and in many areas of applied mycology, molecular based approaches have become routine for strain characterization, pathogen detection and identification. Molecular methods are now giving major insights into how fungi function in the environment, where they are present, and how they interact with associated organisms.
DNA extraction from fungi comes with some of the same challenges faced with plants- tough cell walls and inhibitory polyphenols and polysaccharides. Additionally, many fungi are pathogenic and need to be handled carefully.
Conventional DNA extraction methods from fungal cells are very time-consuming or show poor recovery of DNA. PhytoGEM’s enzymatic lysis method effectively extracts DNA from fungal cells using a closed tube system to ensure precise temperature-controlled enzymatic lysis with no harsh chemical washes required. Purification is achieved in the same closed tube system protecting yields while reducing opportunities for contamination.