"Magnetic-bead based isolation of genomic DNA from whole blood and biological fluids • One-tube procedure minimizes risk of cross-contamination• Small elution volumes: ≥ 50 µL (NucleoMag® Blood 200 µL), ≥ 1 mL (NucleoMag® Blood 3 mL)• Complete processing possible at room temperature• Easily adapted to automated use• Consistently high yieldsTechnology： Magnetic-bead technologyFormat： Highly reactive superparamagnetic beadsSample material：3ml whole blood(fresh or frozen, EDTA or citrate treated)Fragment size 300 bp–approx. 50 kbpTypical yield 100-130 µgA260/A280 1.6–1.9Elution volume ≥ 1ml Preparation time 60 min/ 24 preps*Binding capacity Approx. 0.4 µg/µL"NucleoMag® B-Beads, buffers, Proteinase K 96 preps for the purification of genomic DNA from blood - NucleoMag B-Beads, Buffers, Proteinase K

Magnetic-bead based isolation of genomic DNA from whole blood and biological fluids • One-tube procedure minimizes risk of cross-contamination• Small elution volumes: ≥ 50 µL (NucleoMag® Blood 200 µL), ≥ 1 mL (NucleoMag® Blood 3 mL)• Complete processing possible at room temperature• Easily adapted to automated use• Consistently high yieldsTechnology： Magnetic-bead technologyFormat： Highly reactive superparamagnetic beadsSample material：200 µL whole blood(fresh or frozen, EDTA or citrate treated)Fragment size 300 bp–approx. 50 kbpTypical yield 2–8 µgA260/A280 1.6–1.9Elution volume ≥ 50 µL Preparation time 45 min/ 96 preps*Binding capacity Approx. 0.4 µg/µLNucleoMag® B-Beads, buffers, Proteinase K 4 x 96 preps for the purification of genomic DNA from blood - NucleoMag B-Beads, Buffers, Proteinase K

Magnetic-bead based isolation of genomic DNA from whole blood and biological fluids • One-tube procedure minimizes risk of cross-contamination• Small elution volumes: ≥ 50 µL (NucleoMag® Blood 200 µL), ≥ 1 mL (NucleoMag® Blood 3 mL)• Complete processing possible at room temperature• Easily adapted to automated use• Consistently high yieldsTechnology： Magnetic-bead technologyFormat： Highly reactive superparamagnetic beadsSample material：200 µL whole blood(fresh or frozen, EDTA or citrate treated)Fragment size 300 bp–approx. 50 kbpTypical yield 2–8 µgA260/A280 1.6–1.9Elution volume ≥ 50 µL Preparation time 45 min/ 96 preps*Binding capacity Approx. 0.4 µg/µLNucleoMag® B-Beads, buffers, Proteinase K 96 preps for the purification of genomic DNA from blood - NucleoMag B-Beads, buffers, Proteinase K no dangerous goods according to transport regulations

Magnetic-bead based isolation of genomic DNA from plant tissue. Manual or automated• One-tube procedure minimizes risk of cross-contamination• Small elution volumes ≥ 50 μL possible• Yield does not depend on elution volume• Easily adapted to automated use Technology: Magnetic-bead technology Format: Highly reactive superparamagnetic beads Sample material: 20–50 mg plant tissueFragment size: 300 bp–approx. 50 kbp Typical yield: 10–20 µg A260/A280: 1.6–1.9 Elution volume: 50 µL Preparation time: 120 min/96 preps Binding capacity: ≈ 0.4 µg/µL beads • Typical downstream applications: PCR, Southern blotting, any kind of enzymatic reactionNucleoMag® C-Beads, Elution Plate U-bottom, buffers, RNase A 4 x 96 preps for the purification of genomic DNA from plant - NucleoMag C-Beads, Elution Plate U-bottom, buffers, RNase A

Magnetic-bead based isolation of genomic DNA from plant tissue. Manual or automated• One-tube procedure minimizes risk of cross-contamination• Small elution volumes ≥ 50 μL possible• Yield does not depend on elution volume• Easily adapted to automated use Technology: Magnetic-bead technology Format: Highly reactive superparamagnetic beads Sample material: 20–50 mg plant tissueFragment size: 300 bp–approx. 50 kbp Typical yield: 10–20 µg A260/A280: 1.6–1.9 Elution volume: 50 µL Preparation time: 120 min/96 preps Binding capacity: ≈ 0.4 µg/µL beads • Typical downstream applications: PCR, Southern blotting, any kind of enzymatic reactionNucleoMag® C-Beads, Elution Plate U-bottom, buffers, RNase A 24 x 96 preps for the purification of genomic DNA from plant - NucleoMag C-Beads, Elution Plates U-bottom, Buffers, RNase A

Magnetic-bead based isolation of genomic DNA from plant tissue. Manual or automated• One-tube procedure minimizes risk of cross-contamination• Small elution volumes ≥ 50 μL possible• Yield does not depend on elution volume• Easily adapted to automated use Technology: Magnetic-bead technology Format: Highly reactive superparamagnetic beads Sample material: 20–50 mg plant tissueFragment size: 300 bp–approx. 50 kbp Typical yield: 10–20 µg A260/A280: 1.6–1.9 Elution volume: 50 µL Preparation time: 120 min/96 preps Binding capacity: ≈ 0.4 µg/µL beads • Typical downstream applications: PCR, Southern blotting, any kind of enzymatic reactionNucleoMag® C-Beads, Elution Plate U-bottom, buffers, RNase A 96 preps for the purification of genomic DNA from plant - NucleoMag C-Beads, Elution Plate U-bottom, buffers, RNase A

Magnetic-bead based isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria • One-tube procedure minimizes risk of cross-contamination• Small elution volumes ≥ 50 μL possible• Yield does not depend on elution volume• Easily adapted to automated use• Processing at room temperature (excluding lysis step) Technology Magnetic-bead technology Format Highly reactive superparamagnetic beads Processing Manual or automatedSample material Fragment size 300 bp–approx. 50 kbp Typical yield 10–20 µg A260/A280 1.6–1.9 Elution volume ≥ 50 µL Preparation time 120 min/96 preps Binding capacity Approx. 0.4 µg/µL beads Applications*• Manual or automated isolation of DNA from human and animal tissue, cultured cells, or bacteria• Typical downstream applications: PCR, Southern blotting, any kind of enzymatic reaction NucleoMag® B-Beads, buffers, Proteinase K 4 x 96 preps for the purification of genomic DNA from cells and tissue - NucleoMag B-Beads, buffers, Proteinase K no dangerous goods according transport regulations

Magnetic-bead based isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria • One-tube procedure minimizes risk of cross-contamination• Small elution volumes ≥ 50 μL possible• Yield does not depend on elution volume• Easily adapted to automated use• Processing at room temperature (excluding lysis step) Technology Magnetic-bead technology Format Highly reactive superparamagnetic beads Processing Manual or automatedSample material Fragment size 300 bp–approx. 50 kbp Typical yield 10–20 µg A260/A280 1.6–1.9 Elution volume ≥ 50 µL Preparation time 120 min/96 preps Binding capacity Approx. 0.4 µg/µL beads Applications*• Manual or automated isolation of DNA from human and animal tissue, cultured cells, or bacteria• Typical downstream applications: PCR, Southern blotting, any kind of enzymatic reaction NucleoMag® B-Beads, buffers, Proteinase K 24 x 96 preps for the purification of genomic DNA from cells and tissue - NucleoMag B-Beads, buffers, Proteinase K no dangerous goods according transportregulations

Magnetic-bead based isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria • One-tube procedure minimizes risk of cross-contamination• Small elution volumes ≥ 50 μL possible• Yield does not depend on elution volume• Easily adapted to automated use• Processing at room temperature (excluding lysis step) Technology Magnetic-bead technology Format Highly reactive superparamagnetic beads Processing Manual or automatedSample material Fragment size 300 bp–approx. 50 kbp Typical yield 10–20 µg A260/A280 1.6–1.9 Elution volume ≥ 50 µL Preparation time 120 min/96 preps Binding capacity Approx. 0.4 µg/µL beads Applications*• Manual or automated isolation of DNA from human and animal tissue, cultured cells, or bacteria• Typical downstream applications: PCR, Southern blotting, any kind of enzymatic reaction NucleoMag® B-Beads, buffers, Proteinase K 1 x 96 preps for the purification of genomic DNA from cells and tissue - NucleoMag B-Beads, buffers, Proteinase K

高通量快速从食物或饲料中提取基因组DNA,可用于转基因成分检测。能从复杂成分中分离微量降解的DNA，适用范围广泛，完全去除PCR抑制剂，得到高质量的DNA。Isolation of genomic DNA from food and feed in flexible 8-well strip format and for high throughput in approved 96-well format • Complete removal of PCR inhibitors• Processing possible under vacuum or by centrifugation• Suitable for manual and automated processingTechnology: Silica-membrane technology Silica-membrane technology Format: 8-well strips / 96-well plates Processing: Manual or automated, vacuum or centrifugation Sample material: Fragment size: 300 bp–approx. 50 kbpTypical yield: 0.1–10 µgA260/A280: 1.8–1.9Elution volume: 100–200 µL Preparation time Binding capacity 30 µg Applications • Manual or automated isolation of DNA from food and feed. For identification of GMO-DNA or animal components • Typical downstream application: real-time PCR NucleoSpin® Food Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks of Tube Strips, Gas-permeable Foil, buffers, Proteinase K 4 x 96 preps for the isolation of genomic DNA from food - NucleoSpin Food Binding Plates, MN Wash Plates, Round-well Blocks, MN Square-well Blocks, Racks of Tube Strips, Gas-permeable Foils, buffers, Proteinase K

高通量快速从食物或饲料中提取基因组DNA,可用于转基因成分检测。能从复杂成分中分离微量降解的DNA，适用范围广泛，完全去除PCR抑制剂，得到高质量的DNA。Isolation of genomic DNA from food and feed in flexible 8-well strip format and for high throughput in approved 96-well format • Complete removal of PCR inhibitors• Processing possible under vacuum or by centrifugation• Suitable for manual and automated processingTechnology: Silica-membrane technology Silica-membrane technology Format: 8-well strips / 96-well plates Processing: Manual or automated, vacuum or centrifugation Sample material: Fragment size: 300 bp–approx. 50 kbpTypical yield: 0.1–10 µgA260/A280: 1.8–1.9Elution volume: 100–200 µL Preparation time Binding capacity 30 µg Applications • Manual or automated isolation of DNA from food and feed. For identification of GMO-DNA or animal components • Typical downstream application: real-time PCR NucleoSpin® Food Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks of Tube Strips, Gas-permeable Foil, buffers, Proteinase K 24 x 96 preps for the isolation of genomic DNA from food - NucleoSpin Food Binding Plates, MN Wash Plates, Gas-permeable Foils, Round-well Blocks, MN Square-well Blocks, Racks of Tube Strips, Gas-permeable Foils, buffers, Prot

高通量快速从食物或饲料中提取基因组DNA,可用于转基因成分检测。能从复杂成分中分离微量降解的DNA，适用范围广泛，完全去除PCR抑制剂，得到高质量的DNA。Isolation of genomic DNA from food and feed in flexible 8-well strip format and for high throughput in approved 96-well format • Complete removal of PCR inhibitors• Processing possible under vacuum or by centrifugation• Suitable for manual and automated processingTechnology: Silica-membrane technology Silica-membrane technology Format: 8-well strips / 96-well plates Processing: Manual or automated, vacuum or centrifugation Sample material: Fragment size: 300 bp–approx. 50 kbpTypical yield: 0.1–10 µgA260/A280: 1.8–1.9Elution volume: 100–200 µL Preparation time Binding capacity 30 µg Applications • Manual or automated isolation of DNA from food and feed. For identification of GMO-DNA or animal components • Typical downstream application: real-time PCR NucleoSpin® Food Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks of Tube Strips, Gas-permeable Foil, buffers, Proteinase K 2 x 96 preps for the isolation of genomic DNA from food - NucleoSpin Food Binding Plates, MN Wash Plates, Round-well Blocks, MN Square-well Blocks, Racks of Tube Strips, Gas-permeable Foils, buffers, Proteinase K

高通量快速从食物或饲料中提取基因组DNA,可用于转基因成分检测。能从复杂成分中分离微量降解的DNA，适用范围广泛，完全去除PCR抑制剂，得到高质量的DNA。Isolation of genomic DNA from food and feed in flexible 8-well strip format and for high throughput in approved 96-well format • Complete removal of PCR inhibitors• Processing possible under vacuum or by centrifugation• Suitable for manual and automated processingTechnology: Silica-membrane technology Silica-membrane technology Format: 8-well strips / 96-well plates Processing: Manual or automated, vacuum or centrifugation Sample material: Fragment size: 300 bp–approx. 50 kbpTypical yield: 0.1–10 µgA260/A280: 1.8–1.9Elution volume: 100–200 µL Preparation time Binding capacity 30 µg Applications • Manual or automated isolation of DNA from food and feed. For identification of GMO-DNA or animal components • Typical downstream application: real-time PCR NucleoSpin® Food Binding Strips, MN Wash Plates, Round-well Blocks, Rack of Tube Strips, Gas-permeable Foil, buffers, Proteinase K 60 x 8 preps for the isolation of genomic DNA from food - NucleoSpin Food Binding Strips, MN Wash Plates, Gas-permeable Foils, Round-well Blocks, Racks of Tube Strips, buffers, Proteinase K

高通量快速从食物或饲料中提取基因组DNA,可用于转基因成分检测。能从复杂成分中分离微量降解的DNA，适用范围广泛，完全去除PCR抑制剂，得到高质量的DNA。Isolation of genomic DNA from food and feed in flexible 8-well strip format and for high throughput in approved 96-well format • Complete removal of PCR inhibitors• Processing possible under vacuum or by centrifugation• Suitable for manual and automated processingTechnology: Silica-membrane technology Silica-membrane technology Format: 8-well strips / 96-well plates Processing: Manual or automated, vacuum or centrifugation Sample material: Fragment size: 300 bp–approx. 50 kbpTypical yield: 0.1–10 µgA260/A280: 1.8–1.9Elution volume: 100–200 µL Preparation time Binding capacity 30 µg Applications • Manual or automated isolation of DNA from food and feed. For identification of GMO-DNA or animal components • Typical downstream application: real-time PCR NucleoSpin® Food Binding Strips, MN Wash Plates, Round-well Blocks, Rack of Tube Strips, Gas-permeable Foil, buffers, Proteinase K 12 x 8 preps for the isolation of genomic DNA from food - NucleoSpin Food Binding Strips, MN Wash Plates, Gas-permeable Foils, Round-well Block, Rack of Tube Strips, buffers, Proteinase K

Time-saving isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria for varying throughput in flexible 8-well strip format and for high throughput in approved 96-well format • Processing possible under vacuum or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for, for example, PCR, Southern blotting, any kind of enzymatic reaction• NucleoSpin® 8 / 96 Tissue Core Kit: Reduced kit composition NucleoSpin® Tissue Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks with Tube Strips, Cap Strips, Self-adhering Foil, buffers, Proteinase K 4 x 96 preps for the isolation of genomic DNA from tissue - NucleoSpin Tissue Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks of Tube Strips, Self-adhering Foils, buffers, Proteinase K

Time-saving isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria for varying throughput in flexible 8-well strip format and for high throughput in approved 96-well format • Processing possible under vacuum or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for, for example, PCR, Southern blotting, any kind of enzymatic reaction• NucleoSpin® 8 / 96 Tissue Core Kit: Reduced kit composition NucleoSpin® Tissue Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks with Tube Strips, Cap Strips, Self-adhering Foil, buffers, Proteinase K 24 x 96 preps for the isolation of genomic DNA from tissue - NucleoSpin Tissue Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks of Tube Strips, Self-adhering Foils, buffers, Proteinase K

Time-saving isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria for varying throughput in flexible 8-well strip format and for high throughput in approved 96-well format • Processing possible under vacuum or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for, for example, PCR, Southern blotting, any kind of enzymatic reaction• NucleoSpin® 8 / 96 Tissue Core Kit: Reduced kit composition NucleoSpin® Tissue Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks with Tube Strips, Cap Strips, Self-adhering Foil, buffers, Proteinase K 2 x 96 preps for the isolation of genomic DNA from tissue - NucleoSpin Tissue Binding Plates, MN Wash Plates, MN Square-well Blocks, Round-well Blocks, Racks of Tube Strips, Self-adhering Foils, buffers, Proteinase K

Time-saving isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria for varying throughput in flexible 8-well strip format and for high throughput in approved 96-well format • Processing possible under vacuum or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for, for example, PCR, Southern blotting, any kind of enzymatic reaction• NucleoSpin® 8 / 96 Tissue Core Kit: Reduced kit composition NucleoSpin® Tissue Binding Strips, MN Wash Plate, MN Square-well Blocks, Rack of Tube Strips, Self-adhering Foil, buffers, Proteinase K 60 x 8 preps for the isolation of genomic DNA from tissue - NucleoSpin Tissue Binding Strips, MN Wash Plates, MN Square-well Blocks, Rack of Tube Strips, Self-adhering Foils, buffers, Proteinase K

Time-saving isolation of genomic DNA from human or animal tissue, cultured cells, or bacteria for varying throughput in flexible 8-well strip format and for high throughput in approved 96-well format • Processing possible under vacuum or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for, for example, PCR, Southern blotting, any kind of enzymatic reaction• NucleoSpin® 8 / 96 Tissue Core Kit: Reduced kit composition NucleoSpin® Tissue Binding Strips, MN Wash Plate, MN Square-well Blocks, Rack of Tube Strips, Self-adhering Foil, buffers, Proteinase K 12 x 8 preps for the isolation of genomic DNA from tissue - NucleoSpin Tissue Binding Strips, MN Wash Plates, MN Square-well Blocks, Rack of Tube Strips, Self-adhering Foil, buffers, Proteinase K

Isolation of genomic DNA from plant cells and tissue in flexible 8-well strip format and for high throughput in approved 96-well format• Time-saving parallel isolation of genomic DNA from plant cells and tissue• Processing possible under vacuum* or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for any kind of enzymatic reaction• NucleoSpin® 8 / 96 Plant II Core Kit: Kits with basic content focussed on automation platforms.NucleoSpin® Plant II Binding Strips, MN Wash Plates, MN square-well Block, Racks of Tube Strips, Gas-permeable Foil, Self-adhering Foil, buffers, RNase A 60 x 8 preps for the isolation of genomic DNA from plant - NucleoSpin Plant II Binding Strips, MN Wash Plate, Racks of Tube Strips, MN Square-well Blocks, Gas-permeable Foils, buffers, RNase A

Isolation of genomic DNA from plant cells and tissue in flexible 8-well strip format and for high throughput in approved 96-well format• Time-saving parallel isolation of genomic DNA from plant cells and tissue• Processing possible under vacuum* or by centrifugation• Suitable for manual and automated processing• Innovative MN Wash Plate minimizes risk of cross-contamination• DNA ready to use for any kind of enzymatic reaction• NucleoSpin® 8 / 96 Plant II Core Kit: Kits with basic content focussed on automation platforms.NucleoSpin® Plant II Binding Strips, MN Wash Plates, MN square-well Block, Racks of Tube Strips, Gas-permeable Foil, Self-adhering Foil, buffers, RNase A 12 x 8 preps for the isolation of genomic DNA from plant - NucleoSpin Plant II Binding Strips, MN Wash Plate, Racks of Tube Strips, MN Square-well Blocks, Gas-permeable Foil, buffers, RNase A

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood，serum, plasma, buffy coats, platelets, body fluids, or cultured cells under centrifugation• Optimized for manual use in a centrifuge• Reduced number of washing and drying steps minimizes hands-on-time• Consistently high DNA yieldsNucleoSpin® Blood QuickPure Binding Plates, MN Square-well Blocks, Round-well Blocks Low, Self-adhering Foil, buffers, Proteinase K 4 x 96 preps for the isolation of genomic DNA from blood - NucleoSpin Blood QuickPure Binding Plates, MN-Square-well Blocks, Round-well Blocks Low, Self-adhering Foils, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood，serum, plasma, buffy coats, platelets, body fluids, or cultured cells under centrifugation• Optimized for manual use in a centrifuge• Reduced number of washing and drying steps minimizes hands-on-time• Consistently high DNA yieldsNucleoSpin® Blood QuickPure Binding Plates, MN Square-well Blocks, Round-well Blocks Low, Self-adhering Foil, buffers, Proteinase K 24 x 96 preps for the isolation of genomic DNA from blood - NucleoSpin Blood QuickPure Binding Plates, MN-Square-well Blocks, Round-well Blocks Low, Self-adhering Foils, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood，serum, plasma, buffy coats, platelets, body fluids, or cultured cells under centrifugation• Optimized for manual use in a centrifuge• Reduced number of washing and drying steps minimizes hands-on-time• Consistently high DNA yieldsNucleoSpin® Blood QuickPure Binding Plates, MN Square-well Blocks, Round-well Blocks Low, Self-adhering Foil, buffers, Proteinase K 2 x 96 preps for the isolation of genomic DNA from blood - NucleoSpin Blood QuickPure Binding Plates, MN-Square-well Blocks, Round-well Blocks Low, Self-adhering Foils, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood，serum, plasma, buffy coats, platelets, body fluids, or cultured cells under centrifugation• Optimized for manual use in a centrifuge• Reduced number of washing and drying steps minimizes hands-on-time• Consistently high DNA yieldsNucleoSpin® Blood QuickPure Binding Strips, Racks of Tube Strips, Self-adhering Foil, buffers, Proteinase K 60 x 8 preps for the isolation of genomic DNA from blood - NucleoSpin Blood QuickPure Binding Strips, Racks of Tube Strips, Self-adhering Foils, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood，serum, plasma, buffy coats, platelets, body fluids, or cultured cells under centrifugation• Optimized for manual use in a centrifuge• Reduced number of washing and drying steps minimizes hands-on-time• Consistently high DNA yieldsNucleoSpin® Blood QuickPure Binding Strips, Racks of Tube Strips, Self-adhering Foil, buffers, Proteinase K 12 x 8 preps for the isolation of genomic DNA from blood - NucleoSpin Blood QuickPure Binding Strips, Racks of Tube Strips, Self-adhering PE Foils, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood• Optimized for manual or automated use under vacuum• Improved flow-rate reduces risk of clogging → no cross-contamination, reliable results• Innovative MN Wash Plate minimizes risk of cross-contamination• Complete processing possible at room temperature• Consistently high yields• NucleoSpin® 8 / 96 Blood Core Kit: Kits with basic content focussed on automation platforms.NucleoSpin® Blood Binding Plate, MN Wash Plate, Lysis Block, Rack of Tube Strips, Tubes (15 mL), buffers, Proteinase K 4 x 96 preps for the isolation of genomic DNA from blood - NucleoSpin Blood Binding Plates, MN Wash Plates, Lysis Blocks, Racks of Tube Strips, Tubes, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood• Optimized for manual or automated use under vacuum• Improved flow-rate reduces risk of clogging → no cross-contamination, reliable results• Innovative MN Wash Plate minimizes risk of cross-contamination• Complete processing possible at room temperature• Consistently high yields• NucleoSpin® 8 / 96 Blood Core Kit: Kits with basic content focussed on automation platforms.NucleoSpin® Blood Binding Plate, MN Wash Plate, Lysis Block, Rack of Tube Strips, Tubes (15 mL), buffers, Proteinase K 24 x 96 preps for the isolation of genomic DNA from blood - NucleoSpin Blood Binding Plates, MN Wash Plates, Lysis Blocks, Racks of Tube Strips, Tubes, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood• Optimized for manual or automated use under vacuum• Improved flow-rate reduces risk of clogging → no cross-contamination, reliable results• Innovative MN Wash Plate minimizes risk of cross-contamination• Complete processing possible at room temperature• Consistently high yields• NucleoSpin® 8 / 96 Blood Core Kit: Kits with basic content focussed on automation platforms.NucleoSpin® Blood Binding Plate, MN Wash Plate, Lysis Block, Rack of Tube Strips, Tubes (15 mL), buffers, Proteinase K 1 x 96 preps for the isolation of genomic DNA from blood - NucleoSpin Blood Binding Plate, MN Wash Plate, Lysis Block, Rack of Tube Strips, Tubes, buffers, Proteinase K

Isolation of genomic DNA from whole blood in flexible 8-well strip format and for high throughput in convenient 96-well format • Time-saving parallel isolation of genomic DNA from whole blood• Optimized for manual or automated use under vacuum• Improved flow-rate reduces risk of clogging → no cross-contamination, reliable results• Innovative MN Wash Plate minimizes risk of cross-contamination• Complete processing possible at room temperature• Consistently high yields• NucleoSpin® 8 / 96 Blood Core Kit: Kits with basic content focussed on automation platforms.NucleoSpin® Blood Binding Strips, MN Wash Plates, Rack of Tube Strips, buffers, Proteinase K 60 x 8 preps for the isolation of genomic DNA from blood - NucleoSpin Blood Binding Strips, MN Wash Plates, Racks of Tube Strips, buffers, Proteinase K