Quantitative analysis of trace DNA by PCR method
PCR is used to quantify the amount of a particular DNA sequence from 1 to 20,000 molecules per sample. In addition, it can assist in assessing the presence of c
3,200+ step-by-step lab protocols and SOPs for cell culture, staining, PCR, protein work and microbiology, with reagents, conditions and evaluation criteria.
PCR is used to quantify the amount of a particular DNA sequence from 1 to 20,000 molecules per sample. In addition, it can assist in assessing the presence of c
The rise of biological barcoding demonstrates the active search for a system to identify eukaryotes based on the analysis of sequence diversity in short, standa
This protocol describes the preparation of a deduction cDNA probe by hybridization with an mRNA driver followed by purification of single-stranded radiolabeled
DNA electrophoresis can be used to (1) separate DNA fragments of different sizes, (2) identify target DNA fragments, and (3) purify and recover DNA fragments.
If extracted poxvirus DNA is used for transfection, it should be isolated after proteinase K digestion and phenol extraction. See this experiment for specific m
At present, the application of automated laser fluorescence DNA sequencing technology (also known as first generation sequencing technology) has been very commo
Pyrosequencing is a luminescence-based sequencing technology for the determination of pyrophosphate (PPi). The three key points of pyrosequencing are: (1) dATPa
Currently, there are two main strategies for studying gene function using model mice: the gene-driven approach and the phenotype-driven approach. Gene knockout
DNA recombination, also known as gene cloning, is the most basic technique in gene manipulation and the core technology of molecular biology.DNA recombination r