Highlights
- Easy purification of high-quality DNA from whole blood, buffy coat, swabs, or cultured cells.
- Protocol excludes the use of Proteinase K and organic denaturants for biofluid and cell samples.
- Eluted, inhibitor-free DNA is ideal for PCR, endonuclease digestion, bisulfite conversion/methylation detection, sequencing, genotyping, etc.
Description
| Elution Volume | ≥50 µl |
|---|---|
| Equipment | Microcentrifuge, Vortex |
| Purity | High-quality DNA is eluted with DNA Elution Buffer or water. DNA is especially well suited for PCR and other downstream applications. A260/A280>1.8 |
| Sample Source | Whole blood, plasma, or serum from humans, mice, rats, etc. Cells from culture, buccal cells, as well as a variety of biological liquids are effectively processed using this kit. Tissue already digested with Proteinase K or mechanically homogenized. |
| Size Range | Capable of recovering genomic DNA up to and above 40 kb. In most instances, mitochondrial DNA and viral DNA (if present) will also be recovered |
| Workflow | Unique lysis buffer system omits the need for Proteinase K digestion for biological fluids and cell culture samples. |
| Yield | Up to 25 µg total DNA is eluted into ≥50 µl (30 µl minimum) DNA Elution Buffer or water. Human whole blood yields 3-7 µg DNA per 100 µl blood sampled. Mammalian tissues already homogenized will yield 1-3 µg DNA per mg. |
Q1: What is the difference between Quick-DNA and Quick-DNA Plus kits?
The Quick-DNA is optimized for cells, soft tissues, and homogenized/digested samples using a single lysis/binding buffer. The Quick-DNA Plus kits contain an optimized Proteinase K for processing a wider variety of sample inputs, such as cells, blood, tissues, etc. The upgraded Quick-DNA Plus typically recovers more DNA.
Q2: I’m seeing some yield inconsistencies with my blood samples, what’s happening?
White blood cells, which are the major source of genomic DNA in blood, easily and quickly settles. Mix the blood sample well prior to taking an aliquot for purification.
Q3: Can the Quick-DNA kit be used with bacterial samples?
E.coli cells are easy-to-lyse and can be processed directly. For other microbes, additional pretreatment (e.g. enzymatic digestion or mechanical lysis) can be implemented and then processed with the Quick-DNA Kit. Alternatively, for an all-inclusive kit to process all microbes, use any of Zymo Research’s Environmental Kits (e.g. Quick-DNA Fungal/Bacterial, Quick-DNA Fecal/Soil, ZymoBIOMICS DNA, etc.) for DNA isolation.
Q4: Can I use the Quick-DNA kit to clean-up previously isolated DNA?
No, the kit is designed for direct use with biological samples. For clean-up of isolated DNA, please use the Genomic DNA Clean & Concentrator or the DNA Clean & Concentrator kits.
Q5: Can Quick-DNA process crude lysates?
Yes, add 4 volumes of Genomic Lysis Buffer to 1 volume of crude lysate, homogenized, or digested sample (see Cell Suspensions and Proteinase K Digested Samples) and proceed with the remainder of the protocol.
Q6: What is the purpose of adding beta-mercaptoethanol? Can this step be substituted or omitted?
Beta-mercaptoethanol is a reducing agent that helps break down proteins and improves DNA recovery and purity. Addition of beta-mercaptoethanol is recommended to enhance sample lysis, but can be substituted with dithiothreitol (DTT, final concentration of 10 mM) or omitted.
Q7: Is it possible to add an RNase A treatment to the protocol?
The Quick-DNA kits recover RNA-free genomic DNA. The selective chemistry allows for binding of double stranded DNA to the column and for RNA to flow through. No RNase A treatment is required when processing samples within kit specifications.
Q8: What are the expected yields for each sample type?
Keep in mind that there is sample to sample variability.
| Sample Type | Input Amount | Expected Yield |
|---|---|---|
| Eukaryotic Cells | 1x106 Cells | 5-6 µg |
| Skeletal, Heart, Lung, Brain Tissue | 1 mg | 1-3 µg |
| Liver and Kidney Tissue | 1 mg | 3-5 µg |
| Human Whole Blood | 100 µl | 5-7 µg |
“It was easy to work with, protocol easy to follow”
-Tinatin T.
“This kit did a good job of prepping clean genomic DNA.”
-Tara N. (United States Agricultural Research Service)
"This product was amazing! I"ve used the same type of kit (quick DNA extract) from Sigma and this was far more superior. I used the same amount of postnatal tissue as I would have for the Sigma kit, however the yield I obtained from Zymo was quite astounding considering the time of tissue digestion. Secondly, the gDNA was much "cleaner" upon measurement with our NanoDrop! "
-Stephen C. (Johns Hopkins University School of Medicine)
| Cat # | Name | Size | Price | |
|---|---|---|---|---|
| C1011-50 | Zymo-Spin IIC Columns | 50 Pack | $55.00 | |
| C1001-50 | Collection Tubes | 50 Pack | $15.00 | |
| D3004-5-50 | DNA Pre-Wash Buffer | 50 ml | $26.00 | |
| D3004-5-15 | DNA Pre-Wash Buffer | 15 ml | $10.00 | |
| D3004-1-50 | Genomic Lysis Buffer | 50 ml | $34.00 | |
| D3004-1-100 | Genomic Lysis Buffer | 100 ml | $60.00 | |
| D3004-2-50 | g-DNA Wash Buffer | 50 ml | $18.00 | |
| D3004-2-100 | g-DNA Wash Buffer | 100 ml | $30.00 | |
| D3004-4-10 | DNA Elution Buffer | 10 ml | $14.00 |
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希望有大神赐教!谢谢！
指导意见：
毕竟阴道上皮是鳞状上皮,而输尿管,膀胱,尿道的上皮是柱状上皮,形态上是不一样的.所以您要是对您的结果出怀疑态度,首先：重新留尿,做一个复检（留尿时注意防止阴道分泌物污染）；或者让值班医生分析一下是那种类型的上皮（鳞状还是柱状）.所以不要担心这个结果.一般情况下污染的比较多.
病情描述(发病时间、主要症状等)：
体检血常规中血小板计数343.血小板比积0.39.
尿检中白细胞计数26.2.上皮细胞计数10.30
心电图下写窦性心律，p-r间期偏短
想得到怎样的帮助：
有没有什么大问题
如题，求助。做肝癌细胞侵袭、迁移实验，用哪种细胞株比较好？
2：红细胞计数（RBC）（参考值：3.5~5.5），（单位：10^12/L）
3：血红蛋白浓度（HB）（参考值：120~160），（单位：g/L）
4：红细胞压积（HCT）（参考值：40~48），（单位：%）
5：平均红细胞体积（MCV）（参考值：80~97），（单位：fL）
6：平均红细胞血红蛋白含量（MCH）（参考值：26.5~33.5），（单位：pg）
7：平均红细胞血红蛋白浓度（MCHC）（参考值：300~360），（单位：g/L）
8：血小板计数（PLT）（参考值：100~300），（单位：10^9/L）
9：淋巴细胞比值（LY%）（参考值：17~48），（单位：%）
10：单核细胞比例（MONO%）（参考值：4-10），（单位：%）
11：中性粒细胞比例（NEUT%）（参考值：43~76），（单位：%）
12：淋巴细胞计数（LY）（参考值：0.8~4.0），（单位： 10^9/L）
13：单核细胞计数（MONO）（参考值：0.3~0.8），（单位：10^9/L）
14：中性粒细胞计数（NEUT）（参考值：1.2~6.8），（单位：10^9/L）
15：红细胞分布宽度（参考值：11~14.5），（单位：%）
16：血小板体积分布宽度（PDW）（参考值：9~18），（单位：%）
17：平均血小板体积（MPV）（参考值：7．4~12．5），（单位：fL）
18：大血小板比例（P-LCR）（参考值：10~50），（单位：%）
