M13 Preparation of phage single-stranded DNA
M13 phage single-stranded DNA was prepared from viral particles secreted by infected cells into the surrounding culture medium. filoviruses were first concentra
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Recombinant M13 phage cloning analysis
In this protocol, when the exogenous DNA is larger than 200~300 nucleotides, it can be identified by gel electrophoresis analysis of the single-stranded DNA rel
M13 Phage spread plates
M13 Phage plaques are formed when a single virus infects a single bacterium. The daughter virus particles infect neighboring bacteria and then produce the next
P1 Application of phages and their cloning systems
The P1 phage was discovered in the same year as the λ phage (Bertani 1951). Both phages are mild phages in their natural hosts, and their research history in t
M13 Cloning of phage vectors
Although there is theoretically no limit to the number of fragments of exogenous DNA that can be carried by a recombinant M13 phage, in practice there is a limi
Determination of β-galactosidase in cellular extracts of experimental
This protocol describes the determination of expressed β-galactosidase activity after transfection of mammalian cells with the reported molecular vector (see F
M13 Phage liquid culture
M13 Phage progenitors are usually grown in liquid culture, where infected cells do not lyse but grow slowly to form a dilute suspension. Inoculation is almost a
M13 Preparation of phage double-stranded (replicative) DNA
Bacteria infected with M13 phage contain viral double-stranded RF DNA, and single-stranded daughter DNA is contained in crude viral particles in the culture med
Purification of radiolabeled oligonucleotides by CPB precipitation assay
This protocol describes the separation of radiolabeled oligonucleotides from unadulterated radiolabeled material by quantitative differential precipitation with