RNA spectroscopy and quantification
Nucleic acids are accurately quantified using spectrophotometry because this method does not destroy the structure and also allows for sample recovery. RNA has
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Recovery of RNA fragments from polyacrylamide gels
The best method for recovering RNA fragments from poly(lactonamide) gels is the crush-and-soak method, which provides excellent recovery of high-purity single-s
RNA in situ hybridization assay
In situ hybridization (ISH), also known as hybrid histochemistry or hybridization for cytology, is a technique that enables morphological demonstration of the p
RNA standard transcription reaction
The 3'-5' exonuclease activity of the large fragment of DNA polymerase I (Klenow enzyme) was utilized to convert the 3' sticky ends into flat ends. The method i
Fe(II)-EDTA protection assay experiment
Fe(II)-EDTA is capable of catalyzing the breakage of RNA or DNA and is a complementary method to RNase protection analysis. It has the advantage that there is l
PAT method for analyzing mRNA Poly(A) tail length assay
The PAT method [ PCR poly(A) test ] can quickly and sensitively analyze specific mRNA from total RNA and quantitatively estimate the length of RNA poly(A) tails
RNA bulk transcription synthesis
The typical recovery rate of the RNA standard transcription system is lugRNA/ug plasmid DNA, which can be increased to 5~l0ug RNA/ug plasmid DNA by using the fo
Hepatitis A virus RNA extraction
RNA Laboratory Techniques Manual (Molecular Cloning - Laboratory Guide Series)
Photo-activated nucleotide analog-mediated RNA-protein cross-linking experiments
Photochemical cross-linking technology is an effective means to study the interaction between RNA and protein in nuclear enameled egg complexes. The basic princ