Carbon nanotube-based biocompatible polymer nanocomposites as an emerging tool for biomedical applications

The latest research progress of conductive hydrogels in the field of electrophysiological signal acquisition

“…Due to their nanoscale size, conductive nanomaterials can be encapsulated in hydrogel matrices to endow the hydrogel with good conductivity, and commonly used conductive nanomaterials include carbon nanotubes, 72 graphene, 73 metallic nanomaterials, 74 and MXenes. 75…”

Antifibrotic activity of carbon quantum dots in a human in vitro model of non-alcoholic steatohepatitis using hepatic stellate cells

“…Graphene and graphene oxide, other carbon-based nanomaterials, can be used to ligate aptamers, enzymes, or other specific molecules to its surface and effectively target and specifically deliver drugs into cells. 11,12 Carbon nanotubes not only possess the high surface area-to-volume ratio characteristic of carbon-based nanomaterials, additionally have unique mechanical properties that make them attractive for tissue engineering applications, 13 for example. Carbon quantum dots (CDs) are promising candidates, since they're biocompatible nanomaterials of around 10 nm capable of being loaded or conjugated with antioxidant agents to deliver them to cells.…”

New Enhancement Spectrofluorimetric Determination of Anti‐Breast Cancer Drugs Palbociclib by Biogenic‐Synthesized Alumina/NiO Nanocomposite

“…[31] In addition, the synthesis of nanocomposite materials is an important step towards various electrical systems, [32] cancer therapy systems [33] and biological probes. [34] In the literature, there is no single stability-indicating fluorescence method for biogenically synthesized nanocomposites. Therefore, the authors developed and validated a simple fluorescence method for testing palbociclib.…”

“…These nanocomposites also have excellent formal and optical properties as well as high sensitivity, which conventional fluorescent probes do not have [31] . In addition, the synthesis of nanocomposite materials is an important step towards various electrical systems, [32] cancer therapy systems [33] and biological probes [34] . In the literature, there is no single stability‐indicating fluorescence method for biogenically synthesized nanocomposites.…”