User`s Manual and Instructions
Contents
1. Special Handling instructions e Lysis Binding Buffer C contains hexadecyltrimethylammonium bromide and guanidine hydrochloride Care should be taken in handling and disposal of samples e Wash Buffer 1 contains guanidine hydrochloride as a component Care should be taken in handling and disposal of samples Storage Conditions All of contents of the Urine DNA Isolation Kit including the buffers should be stored at room temperature The kit is stable for one year under these conditions Technical Assistance Please refer any technical questions to TechSupport biochain com Sample Size and Type Urine DNA Isolation Kit can be used to isolate genomic DNA from fresh or frozen urine samples If using frozen urine samples thaw the samples on ice before starting the procedure F 753 3UMRevA K5011150UA Active Date 09172012 a a gt BioChain www biochain com Tel 1 888 762 2568 Fax 1 510 783 5386 Email info biochain com Buffer Concentrates Wash buffers 1 and 2 are provided as concentrates that require the addition of 100 ethanol to them before use Reagents and Equipment to be Supplied by the User e Pipettes e 1 5 ml tubes e Disposable gloves 100 ethanol e Distilled deionized water e A table top centrifuge capable of providing gt 13k rpm rotor Before starting e Add 14 ml of 100 ethanol to Wash Buffer 1 and mark the bottle to indicate the addition of ethanol e Add 28 ml of 100 ethanol to Wash Buffer 2 an2. a a gt BioChain www biochain com Tel 1 888 762 2568 Fax 1 510 783 5386 Email info biochain com User s Manual and Instructions Urine DNA Isolation Kit Catalog Number K5011150 Shipping Condition Room temperature Introduction The Urine DNA Isolation Kit is designed for the purification of genomic DNA and circulating DNA from urine samples Purification is performed with the use of Spin columns which bind the DNA No phenol chloroform protease or precipitation steps are involved in this procedure Isolation of the DNA is performed by lysing the cells in a solution containing chaotropic salts and detergent Ethanol is added to the samples which are then applied to the spin columns Under these conditions the DNA binds to the membrane while other contaminants are washed through The columns are then washed to further remove protein buffer components and other contaminants using two ethanol containing wash buffers and the final genomic DNA product is eluted in TE The final DNA product can be used directly for quantitative PCR and other downstream applications Feature e No phenol chloroform No protease No precipitation Total lt 25 min Sample range 50 ul to 500 ul Kit Contents Item Part Amount Storage 1 Lysis Binding Buffer PC K5011150 1 25 ml RT 2 Wash Buffer 1 K5011150 2 14 ml RT 3 Wash Buffer 2 K5011150 3 7 ml RT 4 TE Buffer K5011150 4 10 ml RT 5 Spin column set K5011150 5 50 units RT
3. d mark the bottle to indicate the addition of ethanol Protocol 1 Transfer 500 ul of urine sample to a 1 5 ml tube Add 500 ul of Lysis Binding Buffer PC to the sample and mix well by vortexing Allow the mixture to incubate at room temperature for 10 minutes After the incubation period add 500 ul of 100 ethanol and mix well Apply 750 ul of the sample to a Spin column and centrifuge at full speed for 1 min Discard the flowthrough from the collection tube and reapply the Spin column onto the collection tube Apply the remaining 750 ul of sample and centrifuge at full speed for 1 min 6 Discard the flowthrough from the collection tube and reapply the Spin column onto the collection tube 7 Add 500 ul of Wash Buffer 1 to the Spin column and centrifuge at full speed for 1 min Ensure that ethanol has been added to Wash Buffer 1 8 Discard the flowthrough Add 600 ul of Wash Buffer 2 to the Spin column and centrifuge at full speed for 1 min Ensure that ethanol has been added to Wash Buffer 2 9 Discard the flowthrough and reapply the Spin column onto the collection tube Dry the Spin column by centrifuging at full speed for 1 min Place the Spin column onto a new 1 5ml microcentrifuge tube for elution Apply 30 50 ul of TE Buffer to the center of the Spin column membrane and incubate for 1 5 min Using a longer incubation results in more DNA recovery from the column A lower volume of TE elution buffer will lead to a higher concentratio
4. n of DNA Using a higher volume of TE will result in higher recovery of DNA from the column ak amp F 753 3UMRevA K5011150UA Active Date 09172012
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