The polymerase chain reaction (PCR) is
a widely used technology for DNA amplification. The PCR industry is turning its
focus away from macro-scale systems and toward micro-scale device development.
Micro-scale devices provide a number of advantages, including the fact that
they require less blood from patients, take less time to react, and are
cost-effective because many microfluidic devices are made of low-cost polymers.
Over the forecast period, the market is expected to rise due to rising
acceptance of polymerase chain reaction in various diagnostic and research
applications, rising research and development spending in gene therapy, and
continuing technological innovation in polymerase chain reaction.
Several factors are expected to drive
the global
polymerase chain reaction (PCR) market in the near future, including
increased use of PCR in clinical diagnostics, increased applications in drug
development processes, technological advancements, and an increase in demand
for precision and personalised medicine. The COVID-19 viral outbreak fueled
demand for effective diagnostic techniques, such as the RT-PCR test, which are
now used by medical practitioners all over the world. In addition, solutions in
the global polymerase chain reaction (PCR) market are becoming increasingly
important in the molecular diagnosis of genetic and infectious disorders. The
global polymerase chain reaction (PCR) market provides solutions that aid in
the creation of tailored therapy by providing molecular information about the
underlying condition.
The polymerase
chain reaction (PCR) is a laboratory technique for amplifying a single
or a few copies of a DNA segment to produce thousands or millions of copies of
a specific DNA sequence. Infectious disease diagnosis, such as middle ear
infections, TB, and Lyme disease, DNA fingerprinting, paternity testing, and
other molecular research applications, such as DNA sequencing, DNA cloning, and
gene expression, are just a few of the applications for PCR. Furthermore,
rising prevalence and incidence of infectious and chronic diseases, as well as
the need to develop advanced polymerase chain reaction systems that can deliver
rapid and low-cost quantitative detection of target samples, are expected to
drive the global polymerase chain reaction market over the forecast period. The
term "digital PCR" (dPCR) refers to a type of PCR that uses.
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