DNeasy Blood and Tissue Kits for DNA Isolation

For spin-column or 96-well extraction of total DNA from animal blood and tissues and from cells, yeast, bacteria, or viruses

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DNeasy Blood & Tissue Kit (50)

Cat. No. / ID: 69504

50 DNeasy Mini Spin Columns, Proteinase K, Buffers, Collection Tubes (2 ml)

CHF 295.00

Kit

DNeasy Blood & Tissue Kit

DNeasy Blood & Tissue QIAcube Kit

Eco-friendlier kit

Column typePlate type

Mini

96-well

Preparations

250

Quantity

DNeasy Blood & Tissue Kits are intended for molecular biology applications. These products are not intended for the diagnosis, prevention, or treatment of a disease.

Is sustainability important to you?

For an eco-friendlier alternative to the selected product, look no further.

Get started with QIAwave

Features

Standardized method for a variety of sample types
High yields even from specialized samples
High-quality DNA
Optimized protocols for a range of starting materials
Spin-column and 96-well high-throughput formats
Automate workflows on the QIAcube Connect

Product Details

DNeasy Blood & Tissue Kits quickly extract DNA using a silica-based, phenol- and chloroform-free process in spin-column and 96-well-plate formats. For most samples, direct lysis with proteinase K eliminates the need for mechanical disruption, reducing hands-on time. Tailored protocols for specific samples ensure consistent extraction of high-quality DNA, perfect for life science, genotyping, and veterinary pathogen research. Kits can be automated on QIAcube Connect.

For a more sustainable alternative, the QIAwave DNA Blood & Tissue Kit, reduces plastic and cardboard usage by up to 62% and 58%, respectively. The kit includes waste tubes made from 100% recycled plastic, which can be reused throughout the procedure. QIAwave buffers are concentrated, decreasing plastic use in each bottle by up to 90%. Despite visual differences, the QIAwave Kit remains as user-friendly as the standard kit, with identical chemistry and performance. Note: Sterile glass bottles are required for buffer reconstitution.

In partnership with My Green Lab, we've assessed the environmental impact of the DNeasy Blood & Tissue Kit (50/250) and the QIAwave DNA Blood & Tissue Kit (50/250). My Green Lab ACT environmental impact factor labels aim to assess and rate products based on various sustainability criteria, including:

Manufacturing
Responsible chemical management
Sustainable content within products and packaging materials
Disposal of the packaging at the end of life

Products are scored from 1 to 10 except for energy and water consumption, which are scored as 1 point per kWh or gallon, respectively. A low score means a lower environmental impact – see figures “DNeasy Blood & Tissue Kit and QIAwave DNA Blood & Tissue Kit ACT environmental impact factor labels“  US ( 50/ 250),  EU ( 50/ 250) and  UK ( 50/ 250)."

See figures

DNA Blood & Tissue Kits (50) ACT environmental impact factor label US.

DNA Blood & Tissue Kits (250) ACT environmental impact factor label US.

DNA Blood & Tissue Kits (50) ACT environmental impact factor label EU.

DNA Blood & Tissue Kits (250) ACT environmental impact factor label EU.

DNA Blood & Tissue Kits (50) ACT environmental impact factor label UK.

DNA Blood & Tissue Kits (250) ACT environmental impact factor label UK.

Performance

The efficient DNeasy and QIAwave DNA Blood & Tissue Kits procedure enables high yields of total DNA from animal blood and tissue samples (see table Typical DNA yields from animal tissues and figure DNA yields). Optimized protocols ensure high yields from nonstandard samples, such as animal hair (see Genotyping of horses), as well as cultured cells, fixed tissues, or Gram-positive and -negative bacteria. Specialized online protocols are available for DNA purification from yeast, insects, hair, and other sample types.

Since the chemistry of the QIAwave DNA Blood & Tissue Kit and DNeasy Blood & Tissue Kits are identical, they exhibit identical performance. Both kits showed superior performance compared to competitor kits (see figure “ QIAwave DNA Blood & Tissue Kit performance”).

Following the standard protocol of the QIAwave DNA Blood & Tissue Kit, high yields of total DNA can be isolated from animal blood and tissue samples (see table -"Typical DNA yields from animal tissues using QIAwave DNA Blood & Tissue-" and figure " DNA yields"). Furthermore, optimized protocols to ensure high yields from non-standard samples, including:

Animal hair
Cultured cells
Gram-positive and -negative bacteria
Yeast
Insects
Other sample types

Typical yields from animal tissues using DNeasy and QIAwave Kits
Source	Amount	DNA (µg)
Mammalian blood	100 µl	3–6
Bird blood	5 µl	9–40
HeLa cells	2 x 10⁶	15–25
Liver	25 mg	10–30
Brain	25 mg	15–30
Kidney	25 mg	15–30
Spleen	10 mg	5–30
Mouse tail	1.2 cm (tip)	10–25
Rat tail	0.6 cm (tip)	20–40
Pig ear	25 mg	10–30
Horse hair	10 hairs	2–4
Fish fin	20 mg	10–20
Fish spawn (mackerel)	10 mg	5–10

DNeasy Blood & Tissue Kits simplify purification of DNA from a wide range of sample types, including animal species commonly encountered in life science, veterinary, and genotyping applications (see High-quality DNA). Purified DNA is free from PCR inhibitors, enabling sensitive detection in standard, multiplex (see Efficient 16plex PCR), and real-time PCR (see Real-time PCR). DNeasy Blood & Tissue Kits provide reliable results — from laboratory analysis of transgenic mice (see High-throughput purification) to livestock breeding programs (see Genotyping of pigs) and pedigree genotyping. Routine testing applications can be easily scaled up using the DNeasy 96 Blood & Tissue Kit (see High-throughput purification).

See figures

DNA yields.

Genotyping of horses.

High-quality DNA.

Efficient 16plex PCR.

Real-time PCR.

Genotyping of pigs.

Principle

DNeasy and QIAwave DNA Blood & Tissue Kits are designed for rapid purification of total DNA (e.g., genomic, mitochondrial, and pathogen) from a variety of sample sources including fresh or frozen animal tissues and cells, blood, or bacteria.

The DNeasy membrane combines the binding properties of a silica-based membrane with simple microspin technology or with the QIAGEN 96-Well-Plate Centrifugation System. DNA adsorbs to the DNeasy membrane in the presence of high concentrations of chaotropic salt, which remove water from hydrated molecules in solution. Buffer conditions in DNeasy Blood & Tissue procedures are designed to enable specific adsorption of DNA to the silica membrane and optimal removal of contaminants and enzyme inhibitors.

Purification requires no phenol or chloroform extraction or alcohol precipitation, and involves minimal handling. This makes DNeasy Blood & Tissue Kits highly suited for simultaneous processing of multiple samples. For higher-throughput applications, the DNeasy 96 Blood & Tissue Kit enables simultaneous processing of 96 or 192 samples.

Procedure

Reliable silica-membrane technology, in convenient spin-column or 96-well formats, ensures fast and reproducible DNA purification, eliminating the need for organic extraction and alcohol precipitation (see DNeasy Mini and 96 procedures). Samples are first lysed using proteinase K. Buffering conditions are adjusted to provide optimal DNA-binding conditions and the lysate is loaded onto the DNeasy Mini spin column or the DNeasy 96 plate. During centrifugation, DNA is selectively bound to the DNeasy membrane as contaminants pass through. Remaining contaminants and enzyme inhibitors are removed in two efficient wash steps and DNA is then eluted in water or buffer, ready for use.

DNeasy Mini spin columns in the DNeasy Blood & Tissue Kit are prepackaged in collection tubes and individually sealed, providing convenience and safety. The purification procedure using DNeasy Mini spin columns can be automated on the QIAcube Connect. The DNeasy 96 Blood & Tissue Kit provides high-throughput processing in a 96-well format using the QIAGEN 96-Well-Plate Centrifugation System.

Standard protocols for DNeasy Blood & Tissue Kits can be executed seamlessly via the TRACKMAN Connected system.

See figures

DNeasy Mini and 96 procedures.

Applications

DNeasy Blood & Tissue Kits and QIAwave DNA Blood & Tissue Kits provide high-quality DNA, ready to use in all downstream assays, including dPCR and NGS applications in:

Life science research
Livestock breeding
Pedigree genotyping
Veterinary pathogen research
Routine applied testing

Supporting data and figures

DNA Blood & Tissue Kits (50) ACT environmental impact factor label US.

ACT environmental impact factor labels are designed to evaluate and score products on several sustainability criteria. Products are scored 1–10 except for energy and water consumption, which are scored as 1 point per kWh or gallon, respectively. A low score means a lower environmental impact. The QIAwave DNA Blood & Tissue Kit (50) has a 21.5% lower EIF in the US than the DNeasy Blood & Tissue Kit (50).

Specifications

Features	Specifications
Applications	PCR, real-time PCR, genotyping
Elution volume	100–200 µl
Time per run or per prep	20 minutes – 1 hour
Main sample type	Blood, tissue
Format	96-well plate, spin column
Sample amount	100 µl/25 mg
Processing	Manual
Yield	6 µg/30 µg
Technology	Silica technology
Purification of total RNA, miRNA, poly A+ mRNA, DNA or protein	DNA

Resources

Step up your sustainability by recycling your labware. This handy guide will show you how to quickly and easily recycle kit components and reduce plastic waste in your lab.

This protocol is designed for purification of DNA from up to 5 x 10⁷yeast cells.

This protocol is designed for purification of DNA from a 200 μl crude lysate.

This protocol is designed for purification of DNA from up to 50 mg of insects, such as drosophila.

Eco-friendlier* products for spin-column extraction of genomic DNA

More eco-friendly alternatives to our standard kits for extracting DNA and/or RNA

July 2024

For purification of total DNA from animal blood, animal tissue, rodent tails, ear punches, cultured cells, fixed tissue, bacteria, insects

June 2023

For use on QIAcube Connect

Publications

The unique 16S rRNA genes of piezophiles reflect both phylogeny and adaptation.

Lauro FM; Chastain RA; Blankenship LE; Yayanos AA; Bartlett DH;

Appl Environ Microbiol; 2006; 73 (3):838-45 2006 Dec 8 PMID:17158629

Assays to detect beta-tubulin codon 200 polymorphism in Trichuris trichiura and Ascaris lumbricoides.

Diawara A; Drake LJ; Suswillo RR; Kihara J; Bundy DA; Scott ME; Halpenny C; Stothard JR; Prichard RK;

PLoS Negl Trop Dis; 2009; 3 (3):e397 2009 Mar 24 PMID:19308251

Whole genome amplification for array comparative genomic hybridization using DNA extracted from formalin-fixed, paraffin-embedded histological sections.

Huang J; Pang J; Watanabe T; Ng HK; Ohgaki H;

J Mol Diagn; 2009; 11 (2):109-16 2009 Feb 5 PMID:19197000

Real-time PCR detection of pathogenic microorganisms in roof-harvested rainwater in Southeast Queensland, Australia.

Ahmed W; Huygens F; Goonetilleke A; Gardner T;

Appl Environ Microbiol; 2008; 74 (17):5490-6 2008 Jul 11 PMID:18621865

MicroRNA-137 targets microphthalmia-associated transcription factor in melanoma cell lines.

Bemis LT; Chen R; Amato CM; Classen EH; Robinson SE; Coffey DG; Erickson PF; Shellman YG; Robinson WA;

Cancer Res; 2008; 68 (5):1362-8 2008 Mar 1 PMID:18316599

FAQ

The concept of QIAwave includes the reconstitution of functional buffers. We recommend the use of glass bottles for this procedure. Glass bottles are easier to clean, sterilize and reuse than plastic bottles, further reducing the plastic footprint of the kit. If you do not have the option of using clean glass or plastic bottles, we recommend using our legacy kits.

FAQ ID - 3989

Yes, we have the following protocols:

Isolation of genomic DNA from compact bone using the QIAamp DNA Mini Kit (QA02)
Isolation of genomic DNA from compact bone using the DNeasy Blood & Tissue Kit (DY01)
Purification of genomic DNA from bones using the QIAamp DNA Micro Kit (QA39)
Purification of archive-quality DNA from bone fragments using the Gentra Puregene Tissue Kit (PG38).

FAQ ID -908

Yes, please follow the Supplementary Protocol 'Purification of total DNA from crude lysates using the DNeasy Blood & Tissue Kit' (DY15).

FAQ ID -1255

Yes, we have the following protocols:

Isolation of genomic DNA from saliva and mouthwash using the QIAamp DNA Mini Kit; vacuum procedure (QA19v)
Isolation of genomic DNA from saliva and mouthwash using the QIAamp DNA Mini Kit; spin procedure (QA19s)
Isolation of genomic DNA from saliva using the DNeasy Blood & Tissue Kit; spin procedure (DY07)

FAQ ID -917

For plant-based foods, such as soy, tofu, and cookies, DNA isolation has been successfully carried out using the DNeasy Plant Mini Kit. The QIAamp DNA Stool Mini Kit has been used for isolation of genomic DNA from highly processed foods, and foods that contain high levels of PCR inhibitors, such as chocolate. For meat and processed meats, such as sausage, we suggest the DNeasy Blood & Tissue Kit.

See also the QIAGEN News article "Detection of genetically modified soybean and maize in raw and processed foodstuffs", and the accompanying editorial "Detecting genetically modified organisms in food."

FAQ ID -371

For DNA isolation using the QIAamp DNA Mini, or the DNeasy Blood & Tissue Kit, we recommend using carrier DNA when expected yields are below 10 ng. If possible, carrier DNAs such as poly-dA, poly-dT or poly-dA:dT should be used. Other carrier DNAs such as herring sperm DNA may interfere with subsequent PCR by binding primers nonspecifically.

Please note that poly-dA may interfere with oligo-dT primers, and, in this case, a different carrier DNA should be used. The concentration of carrier DNA should be at least 10 µg/ml. Optimal amounts need to be determined empirically for each application. The size distribution of carrier DNAs is typically in the range of 100 bp to 10 kb.

FAQ ID -100

After proteinase K digestion, tissue samples can be stored in Buffer ATL for up 6 months at ambient temperature without any reduction in DNA quality.

FAQ ID - 3362

It is strongly advised to follow the recommendations for preparing sample material provided in the corresponding Protocol Sheet to ensure reliable results.

Plasma: It is recommended to perform plasma separation immediately after blood collection when using EDTA as anticoagulant to prevent the release of genomic DNA into the plasma fraction.

Urine: Because circulating cell-free DNA in non-stabilized urine samples is rapidly degraded after sample collection due to high nuclease activity, eluates may contain no DNA or exhibit low DNA concentration. Therefore, it is recommended to stabilize urine samples. Even when using stabilized urine, it is recommended to perform a centrifugation step immediately after stabilization to prevent the release of genomic DNA from cells. Alternatively, non-stabilized urine samples can be processed immediately after collection and centrifugation using ATL pretreatment and automated DNA extraction as described in the corresponding Protocol Sheet.

FAQ ID - 3699

Yes, please follow either of the User-Developed Protocols:

'Acetyl Cysteine (NALC) treatment of viscous samples' (QA13). This protocol is for use with the QIAamp DNA Mini Kit.
'Acetyl Cysteine (NALC) treatment of viscous samples using the DNeasy Blood & Tissue Kit' (DY06).

FAQ ID -913

Yes, please follow the Supplementary Protocol 'Purification of total DNA from yeast using the DNeasy Blood & Tissue Kit' (DY13).

FAQ ID -1253

We provided an infographic describing the composition of most of our purification kits. You can use the information provided as a guide to recycle kit components and use it to reduce plastic waste in your laboratory. Depending on the specific kit and application, certain kit components may contain or come into contact with chemicals and biological samples, in this case, the components should be disposed of according to local guidelines and regulations. You can find more information on More Sustainable Products (qiagen.com).

FAQ ID - 3992

The expected yield of genomic DNA isolated from bacteria with the DNeasy Blood & Tissue Kit or the QIAamp DNA Mini Kit is approximately 10 ug of DNA per 2x 10⁹ bacterial cells. Note that yields of genomic DNA will vary depending on bacterial strain, quality of the starting material, growing conditions, and the amount of material processed.

FAQ ID -632

We recommend using highly pure water for reconstitution. Ultrapure water (such as the one from MilliQ system, also known as type 1 water) with a resistivity of 18.2 MΩ-cm at 25°C can be used. In case you do not have access to type 1 water, QIAGEN offers Nuclease-Free Water (5 L, cat. No. 129117); and Nuclease-Free Water (1000 mL, cat. No. 129115). It is important that you do not use tap water as this may interfere with the extraction of the target analyte.

FAQ ID - 3986

Yes, please follow either of the User-Developed Protocols:

'Isolation of DNA from soft tissues using the TissueLyser and QIAamp DNA Mini Kit' (QA31), for use with the QIAamp DNA Mini Kit
Purification of total DNA from soft tissues using the TissueLyser and the DNeasy Blood & Tissue Kit' (DY11), for use with the DNeasy Blood & Tissue Kit

FAQ ID -924

If you have optimized the lysis conditions for a specific sample type, you can lyse the sample in your lysis buffer, and follow the Supplementary Protocol 'Purification of total DNA from crude lysates using the DNeasy Blood & Tissue Kit' (DY15), or the corresponding protocol in the Appendix of the QIAamp DNA Mini Kit and QIAamp DNA Blood Mini Kit Handbook.

We do not recommend using a vacuum manifold for DNA extraction of tissues using the DNeasy Blood & Tissue Kit. Viscosity of the lysates varies from sample to sample; therefore, the DNeasy mini spin columns are at great risk of clogging.

FAQ ID -9154

Yes, please follow the Supplementary Protocol 'Purification of total DNA from insects using the DNeasy Blood & Tissue Kit' (DY14).

FAQ ID -1254

Alcohol precipitation is commonly used for concentrating, desalting, and recovering nucleic acids. Since less alcohol is required for isopropanol precipitation, this is the preferred method for precipitation of DNA from large volumes. In addition, isopropanol precipitation can be performed at room temperature, which minimizes co-precipitation of salt that interferes with downstream applications.

Procedure

Adjust the salt concentration, for example, with sodium acetate (0.3 M, pH 5.2, final concentration) or ammonium acetate (2.0–2.5 M, final concentration).
Add 0.6–0.7 volumes of room-temperature isopropanol to the DNA solution and mix well.
Centrifuge the sample immediately at 10,000–15,000 x g for 15–30 min at 4°C
Carefully decant the supernatant without disturbing the pellet.
Wash the DNA pellet by adding 1–10 ml (depending on the size of the preparation) of room-temperature 70% ethanol. This removes co-precipitated salt and replaces the isopropanol with the more volatile ethanol, making the DNA easier to redissolve.
Centrifuge at 10,000–15,000 x g for 5–15 min at 4°C.
Carefully decant the supernatant without disturbing the pellet.
Air-dry the pellet for 5–20 min (depending on the size of the pellet).
Redissolve the DNA in a suitable buffer.

Tip: Use a buffer with a pH of 7.5–8.0, as DNA does not dissolve easily in acidic buffers. Often distilled water can have an acidic pH. The addition of EDTA protects the DNA from DNase digestion.

Tip: High-molecular-weight DNA, such as genomic DNA, should be redissolved very gently to avoid shearing. If the DNA pellet does not dissolve easily, heat at 55°C for 1–2 h with gentle shaking.

FAQ ID -2953

Yes, we have the following protocols:

Isolation of genomic DNA from mosquitoes or other insects using the QIAGEN Genomic tip (QG06).
Purification of total DNA from insects using the DNeasy Blood & Tissue Kit (DY14).

FAQ ID -904

Efficient DNA isolation requires thorough sample disruption and digestion.

Although the QIAamp and DNeasy procedures requires no mechanical disruption of the tissue sample, the lysis time will be reduced if the sample is ground in liquid nitrogen or mechanically homogenized in advance. For mechanical homogenization, a rotor–stator homogenizer, such as the QIAGEN TissueRuptor, or a bead mill, such as the QIAGEN TissueLyser, can be used.

To improve digestion of tough tissue samples, Proteinase K incubation at 56°C can be performed overnight. DNA yields may be improved by increasing the amount of Proteinase K or by adding additional proteinase K after several hours of digestion.

FAQ ID -374

We do not recommend using a vacuum manifold for DNA extraction with the DNeasy 96 Blood & Tissue Kit because:

Viscosity of the lysates varies from sample to sample. Therefore, the wells of the DNeasy 96 plate are at great risk of clogging.
Use of vacuum manifold would result in incomplete removal of ethanol and salts after washing with Buffer AW2. This will affect the purity and yield of samples.

FAQ ID -9157

In partnership with My Green Lab, we were able to assess the environmental impact of the kits. My Green Lab ACT (accountability, consistency and transparency) environmental impact factor labels are designed to evaluate and score products on several sustainability criteria. The products are scored from 1 to 10, except for energy and water consumption which are scored as 1 point per kWh or gallon, respectively. A low score means a lower environmental factor.

FAQ ID - 3991

QIAGEN Proteinase K is stable for up to 1 year after delivery when stored at room temperature. To prolong the shelf-life of Proteinase K, storage at 2–8°C is recommended.

FAQ ID - 3447

No, we were able to prove experimentally that cross-contamination does not occur through the reuse of the Waste Tubes. The Waste Tubes are used to collect the flow-through from the lysis and washing steps, where the flow-through is discarded afterwards. If the flow-through is to be used for further processing, we recommend the use of a Collection Tube.

FAQ ID - 3988

No, the chemistry between the QIAwave kits and the legacy kits is the same, and so is the performance. The QIAwave buffers come as concentrates, reducing the amount of plastic per bottle while maintaining the same functionality after reconstitution. The advantage of the QIAwave kits is the reduction of materials used for the kits, such as plastics, cardboard and paper. In addition, the QIAwave kits contain Waste Tubes made from 100% post-consumer plastic.

FAQ ID - 3990

Yes, we have the following protocols:

Isolation of genomic DNA from sperm using the QIAamp DNA Mini Kit; protocol 1 (QA03), long procedure
Isolation of genomic DNA from sperm using the QIAamp DNA Mini Kit; protocol 2 (QA04), short procedure
Purification of total DNA from animal sperm using the DNeasy Blood and Tissue kit; protocol 1 (DY02), long procedure
Purification of total DNA from animal sperm using the DNeasy Blood and Tissue kit; protocol 2 (DY03), short procedure
Purification of DNA from epithelial cells mixed with sperm cells using the QIAamp DNA Micro Kit (QA40).

FAQ ID -909

Small amounts of RNA and DNA may be difficult to measure spectrophotometrically. Fluorometric measurements, or quantitative RT-PCR and PCR are more sensitive and accurate methods to quantify low amounts of RNA or DNA.

Fluorometric measurements are carried out using nucleic acid binding dyes, such as RiboGreen® RNA Quantitation Reagent for RNA, and PicoGreen® DNA Quantitation Reagent for DNA (Molecular Probes, Inc.).

FAQ ID -728

Dedicated QIAcube kits are the RNeasy Mini QIAcube Kit, QIAamp DNA Mini QIAcube Kit , the QIAamp DNA Blood Mini QIAcube Kit, and the QIAamp Viral RNA Mini QIAcube Kit. In addition to these kits are the QIAamp PowerFecal Pro DNA QIAcube Kit, the DNeasy PowerSoil Pro QIAcube Kit using Power technology, and the DNeasy Blood & Tissue QIAcube Kit.

FAQ ID -2337

Yes, please follow the User-Developed Protocol 'Isolation of viral DNA from stool using the DNeasy Blood & Tissue Kit' (DY05).

FAQ ID -929

Yes, please follow the User-Developed Protocol 'Isolation of genomic DNA from saliva using the DNeasy Blood & Tissue Kit; spin procedure' (DY07).

FAQ ID -931

Yes, please follow the Supplementary Protocol 'Purification of DNA from cultured animal cells using the DNeasy 96 Blood & Tissue Kit' (DY12).

FAQ ID -934

The composition of Buffer AE is:

10 mM Tris-Cl
0.5 mM EDTA; pH 9.0.

FAQ ID -730

The new Waste Tube is made from recycled plastic recovered from post-consumer plastic waste. Due to the slight composition differences of the raw material, the color of the tubes may differ from lot to lot. However, this has no effect on its intended use of collecting flow-through from sample binding and membrane washing. After each step, the flow-through is discarded, and the Waste Tube can be reused. The Waste Tube is only used to process waste and should never come into direct contact with the analyte of interest. For detailed instructions, you can watch our instructional video at www.qiagen.com/qiawavewastetube

FAQ ID - 3987

Please see the article High-throughput DNA purification with DNeasy 96 - more than just mouse tails for this data.

FAQ ID -129

Always dispose of potentially biohazardous solutions according to your institution’s waste-disposal guidelines. Although the lysis and binding buffers in QIAamp, DNeasy, and RNeasy kits contain chaotropic agents that can inactivate some biohazardous material, local regulations dictate the proper way to dispose of biohazards. DO NOT add bleach or acidic solutions directly to the sample-preparation waste. Guanidine hydrochloride in the sample-preparation waste can form highly reactive compounds when combined with bleach.
Please access our Material Safety Data Sheets (MSDS) online for detailed information on the reagents for each respective kit.

FAQ ID -12

No, QIAGEN Protease is not compatible with Buffer ATL.

The size of DNA obtained with DNeasy Blood & Tissue kit ranges between 100 bp and 50 kb, with 30 kb fragments predominating. The 30 kb fragments are a good starting point for most of the library preparations. Furthermore, the purified DNA is free of protein, nucleases, and other contaminants and inhibitors, and therefore is suitable for NGS.

FAQ ID - 3517