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Nanoclays are basically composed of layered silicates as thin as 1 to 100 nanometers stacked on each other with predominant applications in biomedicine as bone cement, drug delivery, tissue engineering, wound healing and enzyme immobilization. They play a key role in increasing the performance of potential hydrogels which are widely used in bioprinting. Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroductionUp to this point, a lot of efforts have be …

Nanocellulose is a lightweight, biodegradable nanomaterial derived from cellulose, the most abundant natural polymer on Earth. Owing to its exceptional properties, such as high tensile strength, tunable surface chemistry, and excellent barrier characteristics, it holds significant promise as a sustainable alternative in various industries, including packaging, electronics, and biomedical engineering. This paper explores the characteristics, history, properties, and wide-ranging appli …

There is complexity in the response of plants to abiotic stress comprising alterations in their biology, morphology and metabolism. A series of strategies have been adopted in order to increase the tolerance against abiotic stress in plants that encompass engineering genetic varieties with distinct genetic structures capable of increasing the performance under stress conditions.Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroduction Nanotechnology has …

The discovery of carbon nanotubes (CNTs) in 1991 has stimulated intensive research to characterize their structure and to determine their physical properties both by direct measurement and through predictive methods using modeling techniques. Many of their fundamental and remarkable properties are now well-known, and their exploitation in a wide range of applications forms a large part of the research effort now in progress. IntroductionThe electronic properties of carbon nanotubes (C …

The idea of magnetic graphene has been fantasized over since the discovery of graphene. But, is it really possible to achieve magnetic properties with graphene? Several routes have been followed to achieve this goal such as topological frustration, structural defects, twisted bilayered graphene structures, proximity induced magnetic properties, and twisted bilayered graphene structures. IntroductionEven though these methods still require further development, the studies show that it i …