Titlebook: Biotechnology Products in Everyday Life; Menka Khoobchandani,Arpita Saxena Book 2019 Springer Nature Switzerland AG 2019 Biotechnology.Nan

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Nanotechnology in Ancient Eraular, and macromolecular scale where properties differ significantly from those of bulk materials. Although the concept of “.” was introduced by the Nobel laureate Richard Feynman in 1959, long before the beginning of “nanoera,” ancient people used various nanoparticles and processes related to it.

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Nanodeliverablesmodalities, and in some cases combination of both known as theranostics. In case of therapeutic applications, these nanoparticulate systems are now extensively researched in the area of targeted and controlled delivery of small molecule drugs and biological entities like genes, peptides, proteins, v

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Targeted Phytochemical-Conjugated Gold Nanoparticles in Cancer Treatmente in the proliferation and invasion of tumor cells. In the complex tumor microenvironment, there are several types of immune-suppressing infiltrating cells, which surround the tumor and promote tumor growth and metastasis. Prostate and pancreatic cancers display tumor-infiltrating immune cells, whic

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Enterprising Artificial Intelligence: Aiding Patients as Well as the Healersevery aspect of life has changed. Biotechnology also does not remain untouched with these changes. Today, while there are robots to generate and analyze the data, there are also devices with ability to interpret those results. As the biotechnologists today extend their learning into making software

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Point of Care Devicesices are one of the most recent and sophisticated digitalized applications of biotechnology and biochemistry. POC devices are a result of collaboration between biotechnology, biochemistry, electronics and marketing. POC devices employ technology for detection of various diseases and disorders withou

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