Lysis experiments with bacterial clones
Lysis experiments with bacterial clones can be used to (1) construct a phage lysogen from a recombinant phage expressing a specific fusion protein, and (2) indu
3,200+ step-by-step lab protocols and SOPs for cell culture, staining, PCR, protein work and microbiology, with reagents, conditions and evaluation criteria.
Lysis experiments with bacterial clones can be used to (1) construct a phage lysogen from a recombinant phage expressing a specific fusion protein, and (2) indu
This method is suitable for rapid screening of immunodetectable fusion proteins against λgtll recombinant phage. However, under other conditions (e.g., optimiz
Tabor and Richardson in 1985 and Studier and Moffatt in 1986 proposed a new expression system utilizing the T7 phage promoter, using transcriptional signals obt
λ phage prepared from mass cultures can be recovered from the lysate by polyethylene glycolysis (PEG) precipitation in the presence of high salt. The residual
The exogenous protein expressed in the pGEX vector is fused to glutathione S transferase and can therefore be purified by glutathione-agarose affinity chromatog
The calcium phosphate-mediated plasmid DNA transfection of adherent cells described in this method is an improvement on the method established by Jordan et al.
Affinity chromatography methods can virtually purify maltose-binding fusion proteins into single components. Maltose-binding protein self (MBP) is a periplasmic
DNA can be well isolated from large-scale preparations of λ phage by digestion with an effective protease (e.g., proteinase K) and subsequent phenol:chloroform
Polyhistidine binds to a variety of transition metals and transition metal chelates, so proteins with exposed His-6 bind to cured Ni2+ resins, and target protei