E-Z 384 Plant DNA HT Kit
$207.70 – $714.20
High-throughput isolation of genomic DNA from a variety of plant tissue samples in 384-well format.
Features and Benefits
- Productivity – Allows processing of up to 768 samples in parallel
- Robust – Reliable results from a variety of sample types
- Safe – No organic extractions
- Performance – High-quality DNA sufficient for most applications
Product will be discontinued in 2025. The E-Z 96™ Plant DNA DS Kit is the recommended alternative.
The E-Z 384 Plant DNA HT Kit enables rapid and high–throughput isolation of genomic DNA from a wide variety of plant tissue samples. Up to 768 fresh, frozen, or dried plant tissue samples rich in polyphenols, polysaccharides or having a lower DNA content can be processed in approximately 1.5 hours when processing two plates in parallel. The system combines the reversible nucleic acid-binding properties of the HiBind® matrix with the speed and versatility of silica plate technology to eliminate polysaccharides, phenolic compounds, and enzyme inhibitors from plant tissue lysates. The purification procedure relies on the well-established properties of the cationic detergent, cetyltrimethyl ammonium bromide (CTAB), in conjunction with a unique binding system to provide high-quality DNA. The system eliminates the need for chloroform extractions traditionally associated with CTAB-based lysis methods. The eluted DNA is inhibitor-free and ready for downstream applications such as genotyping, plant breeding, population level analyses, Next Generation Sequencing, PCR, and more.
For Research Use Only. Not for use in diagnostic procedures.
FEATURES | SPECIFICATIONS |
---|---|
Starting Material | Fresh, frozen, or dried plant tissue samples rich in polysaccharides, polyphenols, or those having a low DNA content |
Starting Amount | 30 mg fresh/10 mg dry plant sample per well |
Elution Volume | 65 µL |
Processing Mode | Manual (Centrifugation or Vacuum) |
Throughput | 1 – 768 (process two 384-plates in parallel) |
Nucleic Acid Binding Technology | 384-well silica filter plate |
Processing time | 1.5 h |
Downstream Application(s) | Genotyping, plant breeding, population level analyses, next generation sequencing, PCR, and more. |
Average Yield
Table 1. The average DNA yield from 2 leaf punches of each sample type extracted using the E-Z 384 Plant DNA HT Kit and eluted in 65 μL volume. The DNA yield was determined using Promega’s QuantiFluor® dsDNA system.
Average Ct Values
Figure 1. Average Ct values obtained amplifying the purified DNA from various plant samples using the E-Z 384 Plant DNA HT Kit. The ΔCt values were ~3.3, indicating high-quality DNA that is free of inhibitors.
Extraction Method Comparison
Figure 2. The average DNA yield from 2 leaf punches of canola leaves (n=10) extracted following centrifugation and vacuum protocols of the E-Z 384 Plant DNA HT Kit is shown on the left. The purified DNA is eluted in 65 ul volume and DNA yield was determined using Promega’s QuantiFluor®dsDNA System. The average Ct values were obtained amplifying the purified DNA (right). The ΔCt values were ~3.5, indicating high-quality DNA that is free of inhibitors.
Product Information
Safety Data Sheets
Components | Hazard Standards | Languages | Link | hf:tax:dlp_document_language | hf:tax:dlp_document_hazard-standard |
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CSPL Buffer | GHS | Spanish | spanish | ghs | |
CSPL Buffer | GHS | English | english | ghs | |
CSPL Buffer | WHMS | French | french | whms | |
CSPL Buffer | WHMS | English | english | whms | |
CSPL Buffer | REACH | Swedish | swedish | reach | |
CSPL Buffer | REACH | Spanish | spanish | reach | |
CSPL Buffer | REACH | Norwegian | norwegian | reach | |
CSPL Buffer | REACH | Italian | italian | reach | |
CSPL Buffer | REACH | German | german | reach | |
CSPL Buffer | REACH | French | french | reach | |
CSPL Buffer | REACH | Finnish | finnish | reach | |
CSPL Buffer | REACH | Danish | danish | reach | |
CSPL Buffer | REACH | English | english | reach | |
DNA Wash Buffer | WHMS | French | french | whms | |
DNA Wash Buffer | WHMS | English | english | whms | |
DNA Wash Buffer | REACH | Swedish | swedish | reach | |
DNA Wash Buffer | REACH | Spanish | spanish | reach | |
DNA Wash Buffer | REACH | Norwegian | norwegian | reach | |
DNA Wash Buffer | REACH | Italian | italian | reach | |
DNA Wash Buffer | REACH | French | french | reach | |
DNA Wash Buffer | REACH | Finnish | finnish | reach | |
DNA Wash Buffer | REACH | Danish | danish | reach | |
DNA Wash Buffer | REACH | English | english | reach | |
DNA Wash Buffer | GHS | Spanish | spanish | ghs | |
DNA Wash Buffer | GHS | English | english | ghs | |
DNA Wash Buffer | REACH | German | german | reach | |
Elution Buffer | REACH | Spanish | spanish | reach | |
Elution Buffer | REACH | Greek | greek | reach | |
Elution Buffer | REACH | Portuguese | portuguese | reach | |
Elution Buffer | REACH | Hungarian | hungarian | reach | |
Elution Buffer | REACH | Dutch | dutch | reach | |
Elution Buffer | WHMS | French | french | whms | |
Elution Buffer | WHMS | English | english | whms | |
Elution Buffer | REACH | Swedish | swedish | reach | |
Elution Buffer | REACH | Italian | italian | reach | |
Elution Buffer | REACH | German | german | reach | |
Elution Buffer | REACH | French | french | reach | |
Elution Buffer | REACH | Finnish | finnish | reach | |
Elution Buffer | REACH | Danish | danish | reach | |
Elution Buffer | REACH | English | english | reach | |
Elution Buffer | GHS | Spanish | spanish | ghs | |
Elution Buffer | REACH | Norwegian | norwegian | reach | |
Elution Buffer | GHS | English | english | ghs | |
Proteinase K Solution | REACH | Swedish | swedish | reach | |
Proteinase K Solution | WHMS | English | english | whms | |
Proteinase K Solution | WHMS | French | french | whms | |
Proteinase K Solution | REACH | Dutch | dutch | reach | |
Proteinase K Solution | REACH | Hungarian | hungarian | reach | |
Proteinase K Solution | REACH | Danish | danish | reach | |
Proteinase K Solution | REACH | Portuguese | portuguese | reach | |
Proteinase K Solution | REACH | Greek | greek | reach | |
Proteinase K Solution | REACH | Norwegian | norwegian | reach | |
Proteinase K Solution | REACH | Italian | italian | reach | |
Proteinase K Solution | REACH | German | german | reach | |
Proteinase K Solution | REACH | French | french | reach | |
Proteinase K Solution | REACH | Finnish | finnish | reach | |
Proteinase K Solution | REACH | English | english | reach | |
Proteinase K Solution | GHS | English | english | ghs | |
Proteinase K Solution | GHS | Spanish | spanish | ghs | |
Proteinase K Solution | REACH | Spanish | spanish | reach | |
RNase A | WHMS | French | french | whms | |
RNase A | WHMS | English | english | whms | |
RNase A | REACH | Swedish | swedish | reach | |
RNase A | REACH | Spanish | spanish | reach | |
RNase A | REACH | Norwegian | norwegian | reach | |
RNase A | REACH | German | german | reach | |
RNase A | REACH | French | french | reach | |
RNase A | REACH | Finnish | finnish | reach | |
RNase A | REACH | Danish | danish | reach | |
RNase A | REACH | English | english | reach | |
RNase A | REACH | Italian | italian | reach | |
RNase A | GHS | English | english | ghs | |
RNase A | GHS | Spanish | spanish | ghs | |
VHB Buffer | REACH | Greek | greek | reach | |
VHB Buffer | REACH | Portuguese | portuguese | reach | |
VHB Buffer | REACH | Hungarian | hungarian | reach | |
VHB Buffer | REACH | Dutch | dutch | reach | |
VHB Buffer | WHMS | French | french | whms | |
VHB Buffer | WHMS | English | english | whms | |
VHB Buffer | REACH | Swedish | swedish | reach | |
VHB Buffer | REACH | Spanish | spanish | reach | |
VHB Buffer | REACH | Norwegian | norwegian | reach | |
VHB Buffer | REACH | Italian | italian | reach | |
VHB Buffer | REACH | German | german | reach | |
VHB Buffer | REACH | French | french | reach | |
VHB Buffer | REACH | Finnish | finnish | reach | |
VHB Buffer | REACH | Danish | danish | reach | |
VHB Buffer | REACH | English | english | reach | |
VHB Buffer | GHS | Spanish | spanish | ghs | |
VHB Buffer | GHS | English | english | ghs |