Template Synthesis for Stimuli-Responsive Angle Independent Structural Colored Smart Materials

Nanotechnology is a relatively new but fast-expanding field that uses nanoparticles as analytical tools or as a controlled delivery system for pharmaceuticals. The unique properties of nanomaterials, including thermodynamic, electrical, structural capabilities, and optical make them intriguing options for pharmaceuticals, which substantially impact drug quality. Pharmaceutical nanotechnology, with its nano-engineered tools, is now well-established for drug delivery, diagnostics, prognosis, and disorder therapy. It has the potential to improve materials and medical devices as well as help to introduce new technologies in areas where traditional technologies have reached their limits. The present review focuses on nanomaterials and their applications in pharmaceuticals.

Section: Nanomaterials In Gene Deliverymentioning

confidence: 99%

Nanomaterials in Pharmaceuticals

Foyez

2023

“…In addition to the move toward globalization, safety, protection and longer shelf life are necessary, along with monitoring safety and quality based on global standards. Gradually, the conventional materials have been replaced by smart nanomaterials such as nanocomposite gels [1][2][3], polymer nanocomposite [4][5][6], structural colored nanomaterials [7][8][9], molecular machines [10], nanomaterial based biosensors [11], and so on.…”

Section: Introductionmentioning

confidence: 99%

Prospective Nanomaterials for Food Packaging and Safety

Harun‐Ur‐Rashid

2023

Nanotechnology is being explored widely to improve food packaging. The development of innovative packaging materials using nanotechnology has had remarkable growth in the last few years. For the last two decades, substantial scientific efforts have been placed into replacing bulk and conventional materials with eco-friendly and biodegradable nanotechnology products or, more specifically, nanostructured materials in the food packaging industry. The advantages of nanotechnology and applications of nanostructured materials in food packaging are overviewed in this chapter. The common, profitable, and marketable acceptance of nanomaterial based food packaging systems and future perspectives are discussed by providing a broad and improved understanding of implementing nanotechnology products in food packaging.

“…The automobile sector ceaselessly works on passenger safety and comfort, smart traffic guidance systems, pollution reduction, animal and human health safety, eco-friendliness, and eventually successful recycling processes. Day by day, the conventional materials have been replaced by the smart nanomaterials such as nanocomposite gels [1][2][3], nanocomposite polymer films [4][5][6], structural colored nanomaterials [7][8][9], molecular machines [10], nanomaterial based biosensors [11], and so on. Considering all these factors, the utilization of nanomaterials is an effective and prospective scientific strategy that put forward the technologies to design and develop lighter, smaller, safer, economical, durable, faster, and intelligent devices through the consumption of less amount of raw materials and optimum energy.…”

Section: Introductionmentioning

confidence: 99%

Nanomaterials in the Automobile Sector

Harun-Ur-Rashid

2023

The automobile sector is continuously putting efforts into ensuring the safety and comfort of passengers, intelligent traffic guidance systems, pollution reduction, and successful recycling processes. The constructive and successful utilization of nanomaterials is an effective and potential scientific strategy that simplifies the technologies to develop lighter, more durable and economical, faster, and smart devices by consuming less raw materials and optimum energy. Emerging nanomaterials in the automobile sector explores how nanomaterials and nanotechnology are utilized to boost the performance of materials and devices required for automobile application by designing and developing nanocomposites, nanoalloys, nanocoatings, nanocatalysts, nanolubricants, and nanoadditives. In addition to these, this chapter will focus on the application of green polymer nanocomposites in automobile sector to address the issues associated with nanotoxicity.