96-Well Plate Plant Genomic DNA Extraction Kits

96-well plate plant genomic DNA kits use a silica-binding plate to purify genomic DNA from up to 96 plant tissue samples in parallel, processed on a centrifuge with a 96-well rotor carrier.

Lab managers running plant genotyping or marker-assisted breeding panels can scale weekly sample numbers without adding hands-on time per sample, and MBP's specialist team can help confirm centrifuge rotor compatibility and lysis chemistry for your species. Request a quote today by contacting customerservice@mbpinc.net

96-well plate

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D6021

Quick-DNA™ Plant/Seed 96 Kit (2 x 96 Preps.)

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USD1,130.50

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USD807.50

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What are 96-well plate plant genomic DNA kits?

A 96-well plate plant genomic DNA kit replaces individual spin columns with a silica binding plate, processed by a centrifuge with a 96-well rotor carrier, to purify genomic DNA from up to 96 plant tissue samples per run using CTAB- or SDS-based lysis chemistry adapted to a plate format. Related entities include plate-based pre-filtration steps for polysaccharide removal, high-throughput genotyping and marker-assisted breeding workflows, and downstream PCR and SNP genotyping applications. Choose the 96-well plate format for plant genomic DNA when weekly sample numbers across multiple individuals or accessions justify batch processing on a plate-compatible centrifuge.

What you will find:

Quick-DNA™ Plant/Seed 96 Kit for rapid vacuum manifold processing using silica-membrane 96-well plant DNA plates
Silica-membrane 96-well plates deliver consistent genomic DNA recovery for downstream PCR and genotyping
Optimized plant and seed DNA extraction workflow supports efficient large-scale breeding and research projects

How to choose a 96-well plate plant genomic DNA kit

Lysis chemistry consistency across the plate

Because all 96 wells are processed together, lysis chemistry (CTAB vs. SDS) needs to suit every sample on the plate; mixing species with very different polysaccharide or polyphenol content on one plate can mean some wells underperform if the chemistry is not matched to the most demanding sample type. Validate lysis chemistry on individual spin columns for a new species before committing to plate-scale runs.

Centrifuge rotor and pre-filtration in plate format

96-well plant DNA kits require a centrifuge with a 96-well rotor carrier, and pre-filtration to remove polysaccharides and debris is typically built into the plate workflow using a pre-filter plate stacked above the binding plate rather than a separate Maxi column. Confirm your centrifuge accepts the stacked-plate configuration the kit specifies.

Tissue input per well and plate layout

Each well in a 96-well plant DNA kit typically accepts a similar tissue mass to a single spin-column preparation, under 100 mg fresh weight, so plate layouts should account for tissue collection and loading time per well alongside the extraction itself. For breeding programs processing many individuals per accession, planning plate layout by population or family can simplify downstream genotyping data handling.

Throughput vs. species diversity

A single 96-well plant DNA plate is most efficient when processing many samples of the same or closely related species with similar metabolite profiles; highly diverse sample sets may be better split across plates by lysis chemistry requirement. Estimate species diversity within a typical batch before committing to one chemistry for an entire plate run.

Specifications Context

The defining specifications for a 96-well plate plant genomic DNA kit are lysis chemistry suitability across all samples on the plate, centrifuge rotor and stacked pre-filter plate compatibility, and per-well tissue input consistent with spin-column equivalents. A kit processing under 100 mg fresh tissue per well with matched CTAB or SDS chemistry and built-in pre-filtration scales the same yield range, roughly 1–30 micrograms, across 96 samples per run. Breeding and genotyping programs often validate lysis chemistry using plant spin-column kits for a new species or accession set before committing to plate-scale batches with this format.

Contact the expert team at MBP today and get high-throughput extraction using an optimized 96-well system.

FAQ

Mixing species with very different polysaccharide or polyphenol content on one 96-well plate can result in uneven extraction quality, since all wells are processed with the same lysis chemistry and centrifugation conditions. Validating lysis chemistry on individual spin columns for each species before plate-scale runs helps identify whether a shared chemistry will work across the batch. For highly diverse sample sets, splitting by chemistry requirement across separate plates is often more reliable.

96-well plant genomic DNA kits require a centrifuge with a 96-well rotor carrier, and pre-filtration to remove polysaccharides and debris is typically built into the plate workflow using a pre-filter plate stacked above the binding plate. Confirm your centrifuge accepts this stacked-plate configuration before ordering, since standard microcentrifuges built for individual tubes cannot run a 96-well plate.

Each well in a 96-well plant genomic DNA kit typically accepts a similar tissue mass to a single spin-column preparation, generally under 100 milligrams of fresh-weight tissue. Plate layouts should account for tissue collection and loading time per well in addition to the extraction run itself. Yields per well are comparable to spin-column output, roughly 1 to 30 micrograms of genomic DNA depending on species.

96-well plate plant genomic DNA kits are commonly used in marker-assisted breeding and genotyping programs because they process many individuals or accessions per run with consistent chemistry. Planning plate layout by population or family can simplify downstream genotyping data handling. DNA from these kits is generally suitable for PCR-based marker analysis and SNP genotyping platforms.

Yes - validating CTAB or SDS lysis chemistry on individual spin columns for a new species or accession set before committing to a full 96-well plate run helps avoid uneven extraction quality across the plate. This is especially important for recalcitrant or high-polysaccharide species where chemistry mismatches are more likely to cause low yield. Once validated, the same chemistry can be applied at plate scale with predictable results.

Pre-filtration in a 96-well plant DNA extraction plate typically uses a pre-filter plate stacked above the DNA-binding plate, removing cell debris and precipitated polysaccharides from each well's lysate before it reaches the binding membrane. This replaces the separate Maxi-format pre-filter column used in single-sample CTAB protocols. Confirm your centrifuge and plate carriers support this stacked configuration.

DNA from a 96-well plate plant genomic DNA kit is generally suitable for PCR, SNP genotyping, and marker-assisted breeding applications, with purity comparable to single-column extractions when lysis chemistry is matched to the sample set. For NGS library preparation across a plate of recalcitrant species, additional per-sample quality checks may be warranted before pooling. Confirm downstream platform requirements before committing to a full-plate extraction run.

MBP supplies 96-well plate plant genomic DNA extraction kits with CTAB- and SDS-based lysis chemistry options to academic and breeding programs across the United States and Canada, with a US office in Houston, Texas. As a registered vendor for institutions including Howard Hughes Medical Institute, Vanderbilt University, and MD Anderson Cancer Center, MBP supports multi-plate purchase-order quantities and quote requests. Contact the specialist team to confirm centrifuge rotor compatibility and chemistry recommendations for your species set.

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