Microfluidics Market Dynamics, Segments and Supply Demand 2015-2025 Microfluidics Market Dynamics, Segments and Supply | Page 4
parallel operation for multiple analysis , also making the equipment less expensive . Moreover , microfluidics helps in converting entire bench top laboratory protocols into a single chip . Biotechnological advancement and growing maturity of the technology is further expected to drive the growth of the global microfluidics market . Microfluidics technology itself acts as an exclusive market driverdue to no availability of conventional substitute . Microfluidic devices significantly reduce the sample volume and carry out the reaction , detection and separation quickly . Microfluidic devices have been implemented in variety of biological applications that includes DNA sequencing , PCR amplification , immunoassays , amino acid and protein analysis , and other areas .
The global microfluidics market can be segmented based on material type , end use application and geography . Material type segment has been further sub divided into various materials such as polymer , glass , silicone and others . End use applications include pharmaceuticals ( accurate dispensing devices microfluidic chips for lab analytics , microreactors ), in vitro diagnostics ( point of care testing and clinical diagnostics ), and drug delivery devices ( inhaler nozzles , micro-pumps , micro-needles ). Development of microneedle arrays due to advancements in microfluidics has greatly expanded the use of number of drugs in transdermal drug delivery . Transdermal delivery of macromolecules , favoring the growth of the active pharmaceutical ingredients ( API ) market , pain free drug delivery , low risk of infection and controlled drug release are various factors known to increase the demand for the micro-needles and hence propel the growth of the global microfluidics market .
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Report Description
parallel operation for multiple analysis , also making the equipment less expensive . Moreover , microfluidics helps in converting entire bench top laboratory protocols into a single chip . Biotechnological advancement and growing maturity of the technology is further expected to drive the growth of the global microfluidics market . Microfluidics technology itself acts as an exclusive market driverdue to no availability of conventional substitute . Microfluidic devices significantly reduce the sample volume and carry out the reaction , detection and separation quickly . Microfluidic devices have been implemented in variety of biological applications that includes DNA sequencing , PCR amplification , immunoassays , amino acid and protein analysis , and other areas .
The global microfluidics market can be segmented based on material type , end use application and geography . Material type segment has been further sub divided into various materials such as polymer , glass , silicone and others . End use applications include pharmaceuticals ( accurate dispensing devices microfluidic chips for lab analytics , microreactors ), in vitro diagnostics ( point of care testing and clinical diagnostics ), and drug delivery devices ( inhaler nozzles , micro-pumps , micro-needles ). Development of microneedle arrays due to advancements in microfluidics has greatly expanded the use of number of drugs in transdermal drug delivery . Transdermal delivery of macromolecules , favoring the growth of the active pharmaceutical ingredients ( API ) market , pain free drug delivery , low risk of infection and controlled drug release are various factors known to increase the demand for the micro-needles and hence propel the growth of the global microfluidics market .
Request For TOC @ http :// www . futuremarketinsights . com / toc / rep-gb-398