Nanotechnology's Role in Forensic Science - Vaishnav, Sandeep K;Bhawara, H S;Mishra, Rajesh
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Nanotechnology is the manipulation of material at the molecular level to make innovative materials with exceptionally diverse and exceptional properties. Nanotechnology is primarily employed in forensic science to improve and develop reactive ('smart') materials, microchip technology, nanoimaging tools for visualisation and nanomanipulators i. e. microfluidic systems for post-polymerase chain reaction (PCR) quantification, DNA extraction media, and latent fingerprint visualization using nanopowder. Nanotechnology could be effective in addressing current forensic investigation issues such as…mehr

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Produktbeschreibung
Nanotechnology is the manipulation of material at the molecular level to make innovative materials with exceptionally diverse and exceptional properties. Nanotechnology is primarily employed in forensic science to improve and develop reactive ('smart') materials, microchip technology, nanoimaging tools for visualisation and nanomanipulators i. e. microfluidic systems for post-polymerase chain reaction (PCR) quantification, DNA extraction media, and latent fingerprint visualization using nanopowder. Nanotechnology could be effective in addressing current forensic investigation issues such as evidence collecting and analysis from crime scenes. Advances in nanotechnology will reduce the size of bulky devices and shorten analysis techniques. This could lead to better scientific evidence analysis adequate for legal procedures.
Autorenporträt
Le Dr Sandeep K. Vaishanav travaille en tant que scientifique principal au State forensic science laboratory, à Raipur. Il a reçu le prix du jeune scientifique de la société chimique indienne en 2019 et la bourse de la société européenne de toxicologie en 2014. Ses intérêts de recherche comprennent la conception de capteurs/biocapteurs à base de points quantiques pour les ions métalliques et les biomolécules.