PrimeMag Plant Genomic DNA Extraction Kit offers a fast and efficient magnetic-based method for isolating high-quality genomic DNA from plant samples. The kit is designed for the isolation of genomic DNA from various of plant tissues using optimized buffer solutions.
It able to remove proteins, excess RNA, metabolites and other PCR inhibitors to deliver superior DNA purity and excellent integrity making it suitable for most of the downstream applications such as PCR, restriction analysis and Next-Generation Sequencing (NGS).
The kit is compatible with manual workflows using a magnetic rack and can be easily integrated with automated magnetic bead extraction platforms, offering flexibility for any throughput of plant samples.
FEATURES
- Exceptional Purity & Performance - Achieve trusted A260/A280 ratios (1.6–2.0) and A260/A230 ≥ 1.0, a purity level rarely achieved with plant tissues, delivering inhibitor-free DNA ready for high-sensitivity workflows.
- Superior DNA Integrity - Generate premium quality DNA with DIN > 8 which is ideal for the most demanding downstream applications, including Next Generation Sequencing.
- Automation Ready Compatibility - Effortlessly integrates into automation platforms, with proven performance across tropical species and challenging plant matrices.
- Effortless Workflow - Minimal centrifugation. Smooth, quiet, and lab-friendly operation. Fast results without compromising quality.
- Sustainable by Design - Up to 50% less plastic usage. Supporting a better planet while powering cutting-edge discoveries.
Interested to try it out?
Purity – Tomato Leaves Sample
Tomato leaf DNA (50 mg) was extracted using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230), alongside three column kits (S, QD, QP) and two magnetic bead kits (N, G). PrimeMag consistently delivers higher gDNA yield and superior purity compared with alternative extraction methods.
Purity – Oil Palm Leaves Sample
Oil palm leaf DNA (50 mg) was extracted using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230), alongside three column kits (S, QD, QP) and two magnetic bead kits (N, G). PrimeMag consistently delivers higher gDNA yield and superior purity compared with alternative extraction methods.
Purity – Seed Samples
From 50 mg of plant seed samples, including vegetable (cucumber), field crop (cotton, corn, wheat), oil (sunflower, soybean), the PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230) demonstrating its stronger extraction efficiency across plant samples delivers higher gDNA yield and superior purity ratio of A260/280 is between 1.6 – 2.0.
Purity - Free from PCR-Inhibitors
Genomic DNA extracted from 50mg of leaf samples using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230), including vegetable (tomato, corn, cassava), Herbs/Spices (ginger, pandan, basil), Fruits (coconut, papaya, banana, jackfruit), Industrial/Plantation (bamboo, rice, oil palm). 10 ng of genomic DNA was used for amplification of the rbcL gene. 1 µL of the resulting amplicon was analysed on a 1% agarose gel.
High DNA Integrity
A DNA Integrity Number (DIN) score greater than 8 indicates that the genomic DNA (gDNA) extracted using the PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230) is highly intact with minimal degradation, reflecting a high level of DNA integrity suitable for demanding downstream applications such as Next-Generation Sequencing.
Convenience for Automation
Genomic DNA was extracted from plant samples using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230), including oil palm leaf (1), tomato leaf (2), rice leaf (3), coconut leaf (4), wheat seed (5), and tomato stem (6) using 96 wells liquid handling system. This automated platform enables high-throughput DNA extraction with improved efficiency and consistency across multiple samples simultaneously.
Sample inputs are 50 mg (a, b, c) and 100 mg (x, y, z). gDNA are showing consistently high DNA purity that is readily for downstream application like NGS library preps or other molecular biology operation.
Sustainable by Design
1. Reduced Plastic and Waste
Compatible with automation to minimize consumable use
Reagent volumes are optimized to reduce plastic waste and buffer excess.
2. Energy and Water Efficiency
Minimal centrifugation and heating steps reduce electricity consumption.
Easy workflows save power, ideal for labs aiming for low-carbon operations.
3. Responsible Science, Cleaner Planet
Empower your research while protecting the Earth
No phenol. No chloroform. No compromise on performance.
Reliable performance from just 50 mg of sample—consistently delivering strong DNA yield recovery
DNA extracted from 50mg of leaf samples using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230), including Vegetable (tomato, corn, cassava), Herbs/Spices (ginger, pandan, basil), Fruits (banana, papaya, coconut, jackfruit), Industrial/Plantation (bamboo, rice, oil palm).
Supports 100 mg input, unlocking higher DNA yield for demanding samples.
DNA extracted from 100mg of leaf samples using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230). Increasing the amount of starting material (e.g., from 50 mg to 100 mg of leaf or tissue) generally leads to a higher total DNA yield, assuming the extraction chemistry has sufficient buffer capacity and binding surface.
One Kit, From Leaf to Root Samples
Genomic DNA from tomato samples from leave, stem and root was extracted using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230). The gDNA purity ratio of (A260/280) is around 2.0 and able to be used for downstream application directly.
Reliable DNA Yield at Any Temperature
Both gDNA from tomato and oil palm are extracted using PrimeMag Plant Genomic DNA Extraction Kit (KIT-9230) at different elution temperature. The results showed that there is no significantly different in the yield and quality of the gDNA. The extraction method performed at room temperature efficiently produces high-quality genomic DNA while reducing energy consumption.
Competitor Study – Oil Palm Leaf & Tomato Leaf
50 mg of leaf samples or seed samples were extracted with different plant extraction kits. The gel shows 50 ng of gDNA extracted from PrimeMag, three column extraction kits (S, QD, QP) and two magnetic beads extraction kits (N, G) (upper figure). The lower graph illustrates DNA yield (primary axis), purity (A260/280 and A260/230, secondary axis) and ratio of spectrometer reading (S)/ Fluorometer reading (F), in which PrimeMag is significantly outperform the standard spin-column extraction kit and Brand G magnetic extraction kit in most sample type.
Competitor Study – Rice Leaf & Coconut Leaf
Competitor Study – Corn Leaf & Pandan Leaf
Competitor Study – Bamboo Leaf & Banana Leaf
Competitor Study – Jackfruit Leaf & Basil Leaf
Competitor Study – Papaya Leaf & Ginger Leaf
Competitor Study – Wheat Seed & Cotton Seed
Competitor Study – Soybean Seed & Corn Seed
Competitor Study – Sunflower Seed & Cucumber Seed
| Product Code | KIT-9230-10/ KIT-9230-48/ KIT-9230-96 |
| Product | PrimeMag Plant Genomic DNA Extraction Kit |
| Sample Type | Suitable for most plant types and tissues |
| Input Amount | 50 to 150 mg |
| Binding Mechanism | Paramagnetic Bead |
| Elution | 60 to 100 µl |
| Duration | 65 minutes |
| Packaging Size | 10/48/96 prep |
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| Size (preps) | Downloads | |
| Safety Data Sheet | 48 |  |
| 96 | |
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| Product Manual | |
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