Methods for Mouse Genotyping by PCR (protocol 1)
 
1. Preparation of genomic DNA from the mouse tail.
 
1) Obtain about 5 mm of the mouse tail and cut it symmetrically into two pieces.
     Note: Too long tail can result in the inhibition of PCR because of increased impurity.
     Put the cut tail into 500 ul lysis buffer 9see below) in a 1.5 ml microfuge tube, which should be
     with a rubber ring to prevent leakage of the content. Without DNA degration, tails can be stored at
     -80 centigrade even after standing at room temperature for a couple of hours.
2) Incubate at 65 degree centigrade with gentle shaking overnight. When a part of tail tissue remains
    because of inactivation of Proteinase K by the high temperature, addition of more Proteinase K is
    recommended to lyse the tail completely.
3)--This step is optional--
    Detect the quality of the genomic DNA by 1.0% agarose gel electrophoresis. 10 ul of the lysate is
     enough for the detection. The sample may not be suitable for the following PCR unless >4kb DNA
    is detected.
4) Heat the lysates at 95 degree centigrade for 10 minutes in a PCR machine or by boiling to inactivate
    Proteinase K completely.
5) Spin the tail lysate briefly before transferring to a PCR tube to exclude the tissue debris. Proceed
    directly to PCR using the tail DNA lysate as a template at a volume rate of 1/10 as follows.
 
2. PCR reactions.
 
   Contents of PCR mixture for wildtype/knockout allele screening:
   5 ul tail DNA solution: spin briefly before transferring to a PCR tube to avoid contamination of debris.
   1 ul 10 uM primers (each upper and lower primer)
   5 ul 10x KOD dash DNA polymerase (from TOYOBO Co. LTD.,Japan)
   5 ul 2.0 mM dNTPs
   32 ul dd H2O
   Total volume of 50 ul
 
We recently found that the final volume can be reduced to 25 ul without mineral oil application.
 
Sequences of PCR primers: should be designed according to your target gene.
Primers for detecting wild-type allele
Primers for detecting knock-out allele
 
 
Methods for Mouse Genotyping by PCR (protocol 2) ----------see next page
 

DNA from Tail Biopsies

 

Genotyping Transgenic Rodents by PCR

 

Isolation of DNA from Mouse Tail Biopsies

 

Lac-Z Detection in Tail Biopsies

 

Preparation of Mouse Tail DNA for Dot Blots or PCR

 

Universal Mouse Genotyping Protocol Using PCR

 

beta globin Primers


lacZ Primers


neo Primers

 
 
 
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Protocols / Molecular Biology

DNA isolation & related protocols  

DNA Purification (glass milk vs electroelution)
DNA and RNA sequencing
Nucleic acid methods (1)
Nucleic acid methods (2)
Isolation of DNA,RNA, and Protein simultaneously.
DNA mutation detection by SSCP 
Mouse genotyping by PCR
PCR,RT-PCR,Real time PCR etc.
Southern blot hybridization
Loss of Heterozygosity (LOH) 
Gene knockout protocol 
RNA Isolation and Purification 
Preparation of DNA and RNA probes
Northern blot hybridization  
SiRNA gene knockout
Western blot hybridization
Molecular cloning 
DNA protein interactions
Conditional gene transfection(Tet on/off)
Protein sequencing
Protein labeling techniques  
Subcellular fractionations  
Plasmid and its usefulness
DNA library construction
Microarray protocols.
Protein chips 

Methods for detecting protein phosphorylation

Protein methods
Molecular separation
Gene therapy for cancer
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