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  • Broschiertes Buch

The objectives of this book are to consolidate and summarize the concepts that are needed for the use of graphene-based interfacing nanoscale bio-components in bio-sensing device for common bacteria detection with particular reference to healthcare. Graphene and graphene oxide nanomaterial are well examined and their remarkable physical and chemical merits make them valuable in a variety of applications. Without surprise, an immense deal of this research work was carried out to make them not only biocompatible but also linkage bio-molecules in order to extend their applications into the…mehr

Produktbeschreibung
The objectives of this book are to consolidate and summarize the concepts that are needed for the use of graphene-based interfacing nanoscale bio-components in bio-sensing device for common bacteria detection with particular reference to healthcare. Graphene and graphene oxide nanomaterial are well examined and their remarkable physical and chemical merits make them valuable in a variety of applications. Without surprise, an immense deal of this research work was carried out to make them not only biocompatible but also linkage bio-molecules in order to extend their applications into the medical sciences. The subsequent chapters describe the introduction, review of literature, materials, and methods used, outcome of experimental results & discussion and research summary and outlook with vital findings and recommendations relevant to a broad-based study on graphene-based biosensors for healthcare. The book also covers the literature cited. The photos and data used to clarify the concepts add to the exclusiveness of this book.
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Autorenporträt
Anuj Nehra è attualmente uno studente di dottorato presso l'Università Tecnica di Uttarakhand ed è anche beneficiario del CSIR-SRF. I suoi interessi di ricerca comprendono la caratterizzazione dei nanomateriali, la sintesi, i nanobiosensori e i biosensori elettrochimici. Ha pubblicato articoli di ricerca in rinomate riviste del Science Citation Index.