9-1617574-3

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The 9-1617574-3 application field and working principle is used in various disciplines such as biology, genetics, biochemistry, molecular biology, immunology, and so on. The device is basically a molecular biology tool used to measure the amount of mRNA in a sample, and to detect specific mRNA in cells or tissues. It is also used to study other molecules or particles that can affect gene expression, such as hormones, drugs, or pollutants.

The 9-1617574-3 application field and working principle involves the application of real-time polymerase chain reaction (PCR), which is a technology that amplifies a DNA and/or RNA sequence in a sample. The device measures the amount of the sequence in the sample by measuring the quantity of the fluorescent dye that binds to the PCR product. The instrument then is used to amplify and detect a particular target DNA sequence or RNA sequence, such as the messenger RNA (mRNA) that produces a gene\'s protein product. The device can also be used to measure gene expression levels in normal or diseased cells.

PCR is a laboratory technique used to amplify small amounts of genetic material and detect minute amounts of DNA or RNA. It works in three steps. First, the DNA or RNA sample is heated to separate the strands of double-stranded DNA or RNA. Then, enzymes called primers attach to the single strands of DNA or RNA, forming a region to which DNA polymerase attaches. Finally, DNA polymerase is added along with the necessary building blocks (nucleotides) to make two strands of the target sequence.

The 9-1617574-3 application field and working principle instrument then measures the amount of the target sequence by detecting the amount of the fluorescent dye that binds to the PCR product. The instrument measures the fluorescence of the PCR product to detect the amount of target sequence in the sample. The instrument is especially useful for measuring the amount of mRNA in a sample, which provides an estimate of the gene expression level in the sample.

The 9-1617574-3 application field and working principle instrument is used not only in basic research but also in clinical settings to diagnose diseases, to monitor treatment, and to detect the presence of pathogens. In addition, the 9-1617574-3 application field and working principle instrument is being used in the agriculture field to study the genetic basis of crop attributes, such as disease or pest resistances.

The 9-1617574-3 application field and working principle instrument is an invaluable tool in modern molecular biology. It provides a powerful and reliable way to study DNA or RNA sequences in cells and to measure gene expression levels. The instrument is indispensable in many areas of research, and its applications continue to expand as technology advances.

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