Molecular Biology

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    Quantifying Gene Expression Directly from FACS Using Hydrolysis (TaqMan) Probes on Flash-frozen Cells
    Authors:  Kirsten A. Copren, Oyang Teng, Cassandra J. Adams, Cláudia Bispo and Michael Lee, date: 04/20/2018, view: 4613, Q&A: 0
    The TaqMan Gene Expression Cells-to-CtTM Kit enables reverse transcription directly from cell lysates without the need for isolating RNA. The recommended input range for the lysis reaction is between 10-105 cells, though the ...
    RNA Extraction from Wistar Rat Cochlea for qRT-PCR
    Authors:  Janaína Cândida Rodrigues and Rubens Vuono de Brito Neto, date: 12/05/2017, view: 4631, Q&A: 0
    Otology research has developed considerably in recent years and molecular analysis is crucial to identify metabolic pathways and therapeutic targets. However, the structure of the cochlea limits the amount of cell mass, and special care is required ...
    qPCR of Yeast ChIP DNA
    Author:  Wei Zheng, date: 09/20/2011, view: 15096, Q&A: 1
    This protocol is adapted from Chris Yellman's personal notes for qPCR of yeast ChIP DNA to verify binding sites already identified by microarray/sequencing analysis. In addition, qPCR is a quick way to assay the quality of a ChIP sample ...
    Real Time Quantitative PCR (for Suspension Cells)
    Author:  Lili Jing, date: 02/05/2011, view: 10359, Q&A: 0
    Real-time quantitative PCR (qPCR) is an efficient method to detect the levels of gene expression. This protocol provides a complete and detailed procedure for qPCR, including mRNA extraction, genomic DNA removal, cDNA synthesis and targeted gene ...



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