Sonopuncture: an effective technique for introducing genes into chicken embryos
The acoustic pore effect may not be applicable to the introduction of genes into tissues with lumen-forming or open structures. Acoustic pore effects on neural
Knowledge Base
Laboratory Protocols & SOPs Library
3,200+ step-by-step lab protocols and SOPs for cell culture, staining, PCR, protein work and microbiology, with reagents, conditions and evaluation criteria.
3228 articles
Reassembly experiments of human artificial chromosomes based on bacterial artificial chromosomes
Successful gene transfer requires efficient transport and long-term presence of exogenous genes in order to maintain physiologically relevant and appropriately
Magnetic transfection experiment
Magnetotransfection is defined as the delivery of nucleic acids or nucleic acid carriers by magnetic particles mediated by magnetic forces. The carriers can be
Experiments on photochemical internalization techniques for light-directed gene delivery
Photochemical internalization (P C I ) allows efficient transfection by a mechanism whereby light is directed to disrupt endocytosis vesicles in cells (Berg et
Preliminary enrichment experiments of Affi-Gel BLUE and nucleotide-bound proteins
While concentrating the sample, nucleic acids can be removed and the target protein can be enriched to a certain extent. We have found a remarkable resin, Affi-
Neural differentiation of human EC and ES cells
The study of both E S and E C cell differentiation has facilitated the development of experimental techniques. E S cells are very sensitive to differentiation i
Experimental differentiation of embryonic stem cells to cardiomyocytes
Describes several methods used to generate and differentiate cardiomyocytes differentiated from hESC, which are as effective as the methods used to isolate card
DNA damage
DNA damage
Determination of virulence of pathogenic bacteria
Virulence indicates the strength of a pathogen's ability to cause disease, and the substances that make up bacterial virulence are called virulence factors, mai