Southern blot hybridization is a technique for genomic DNA specific sequence mapping, which is widely used in animal and plant transgenic copy number detection, endogenous gene copy number detection, gene knockout detection (gold standard) and cell line fingerprint identification.
Since the establishment of southern blot service platform, Zoonbio has been adhering to the attitude of excellence to serve our customers.
The original data and experimental materials are retained during the experiment.
The data are authentic and credible.
Customers can directly submit to high-level magazines using Southern Blot experimental data provided by Zhongding Biology.
customer supply
1.The sequence of the target gene to be hybridized and the corresponding plasmid or bacterial fluid and related information.
2.Genome/plasmid digestion scheme can be entrusted to Zoonbio Design. If unconventional restrictive endonucleases are needed in the project, additional cost of digestion will be charged.(customers can provide it on their own)
genomic DNA extraction picture | ||
genomic DNA of Maize Leaves | cotton genomic DNA | arabidopsis thaliana leaf genomic DNA |
drosophila genomic DNA | genomic DNA of Ramie Leaves | fungal genomic DNA |
tobacco genomic DNA | soybean Leaf Genome DNA |
southern blot hybridization picture | |||
detection of copy number of transgenic rice samples |
detection of gene knockout efficiency in mouse samples |
detection of copy number of genetically modified soybean |
detection of copy number of transgenic fungi |
detection of different enzymatic hydrolysis of transgenic soybean samples | detection of copy number of transgenic tobacco | detection of copy number of CHO cells | detection of copy number of genetically modified drosophila melanogaster |
detection of copy number of transgenic wheat | detection of the copy number of ramie samples | detection of copy number of transgenic cotton | detection of copy number of endogenous genes in fungi |
Related services:
northern blot service
qPCR/real-time PCR service
detection of antibiotic resistance genes in soil service