I want to extract 1 mRNA in HMO6 cell line. But I don't know if HMO6 have that mRNA. How can I know it? Can I extract total mRNA in HMO6 and do PCR experiment with specific primer to know it?
Yes, you can extract total mRNA from HMO6 cells and perform PCR experiments using specific primers to determine if a particular mRNA of interest is present. Here's a general approach to help you:
Design specific primers: Identify the mRNA sequence of interest and design specific PCR primers that target regions within that mRNA. These primers should ideally be designed to amplify a unique region of the mRNA to ensure specificity.
Extract total RNA: Isolate total RNA from HMO6 cells using a suitable RNA extraction method, such as TRIzol extraction or a commercial RNA extraction kit. Ensure that the RNA extraction protocol is optimized for HMO6 cells to yield high-quality RNA.
Assess RNA quality and quantity: Determine the concentration and purity of the extracted RNA using spectrophotometry (e.g., UV absorbance at 260 nm) and assess RNA integrity using methods such as gel electrophoresis or capillary electrophoresis (e.g., Agilent Bioanalyzer).
Reverse transcription (RT): Perform reverse transcription (RT) to convert the extracted RNA into complementary DNA (cDNA). Use a reverse transcription kit with oligo(dT) primers or gene-specific primers to generate cDNA that can be used as a template for PCR.
PCR amplification: Perform PCR experiments using the cDNA generated from HMO6 total RNA as the template and the specific primers designed in step 1. Set up PCR reactions according to standard protocols, including appropriate controls (positive and negative controls). Use PCR conditions optimized for primer annealing temperature and amplification efficiency.
Analyze PCR products: After PCR amplification, analyze the resulting products by agarose gel electrophoresis or another suitable method to visualize amplicons of the expected size. Sequence the PCR products to confirm their identity if necessary.
Interpret results: If the PCR experiment yields amplicons of the expected size and sequence, it indicates the presence of the mRNA of interest in HMO6 cells. However, absence of amplification does not necessarily mean the mRNA is not present; it could be due to factors such as low expression levels or inefficient primer design.
By following these steps, you can determine whether the mRNA of interest is present in HMO6 cells and validate its expression using PCR experiments with specific primers.