The global digital polymerase chain reaction (dPCR) market will grow rapidly at 10.1% CAGR during the forecast period, primarily due to an increase in the number of applications where dPCR is employed. dPCR is widely used in applications such as high-precision copy number variation (CNV), rare mutation analysis, viral load qualification, and differential gene expression. Also, another major factor driving the demand for dPCR solutions is an increase in the number of chronic cases globally, driving the need for faster detection and drug development that is carried out using several methods, including dPCR. The presence of a large number of biotechnology and pharmaceutical companies in the Americas has made it the largest market, as these companies use dPCR solutions to test and develop drugs for various purposes. dPCR technologies that are also widely used in drug discovery and clinical testing processes are increasing by the day as a result of the global pharmaceutical industry recovering its growth. Hence, the demand for dPCR solutions is likely to rise with it.

IVF is one of the most popular assisted fertility techniques used to treat infertility. IVF involves the fertilization of an egg outside the body; this may be done using eggs and sperm from the couple or donors. IVF is the original test tube baby technique. Once the eggs are fertilized in the laboratory, they are inserted into the uterus for potential implantation.

Nanotechnology refers to the technology that controls matter on an atomic and molecular scale (typically, 100 nanometers or smaller) and the fabrication of devices and materials that fall under the 100-nm range. Nanopatterning is concerned with imprinting nanoscale patterns on the substrate without using light or radiation-based techniques. Nanopatterning involves patterning on a nanometer scale and is currently a vital ingredient of nanotechnology. Nanopatterning and nanofabrication are essential when patterns with different densities are required for nanoscale devices. The primary benefit of modern nanopatterning techniques is the ability to generate different patterns in a single-step procedure.