FMI FMI Releases New Report on the cDNA Synthesis Mark | Page 4

cDNA Synthesis Market
cDNA Synthesis Market Growth, Forecast and Value Chain 2017-2027
Complementary DNA (cDNA) Synthesis has various application in bioinformatics as well as in genetics.
cDNA is double-stranded DNA synthesized from a single stranded RNA. cDNA is mostly used for cloning
eukaryotic genes in prokaryotes. It is used for transferring the cDNA which is used to code the protein to
the donor cell when a specific protein in a cell fails to express that protein. The first step for many
protocols in molecular biology is cDNA synthesis, notably gene expression analysis using real-time
quantitative PCR (qPCR). The rest succeeding steps require the synthesis step produce cDNA with high
reliability, accurately representing the target DNA. The cDNA synthesis kits has made reverse
transcription relatively easier and faster with reproducible high quality. Two important considerations for
choice of a kit for cDNA synthesis are the type of primers and the reverse transcriptase. cDNA is
produced naturally by retroviruses (HIV, Immunodeficiency Virus, etc.) which is then integrated to the
desired genome, so as to create a provirus. cDNA synthesis kits and enzymes have various application
such as replace costly PCR cloning, synthesize cDNAs for which the corresponding mRNA sources are
difficult to obtain, synthesize predicted genes/cDNAs, and synthesize hard-to-clone genes or cDNAs and
others.
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cDNA Synthesis Market: Drivers and Restraints
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