The impact of graphene oxide (GO) on normal cells has been widely investigated. However,
much less is known on its effect on cancer cells. Herein, GO nanosheets were incorporated …

Graphene-based nanomaterials have been used as biomaterials to enhance cell adhesion,
growth, and differentiation. However, the effect of graphene materials on cancer cell …

Both graphene (GE) and graphene oxide (GO) are promising materials for biomedical
applications. However, direct comparisons on cell behavior between GO and GE reinforced …

In recent years, graphene films have been used in a series of wide applications in the
biomedical area, because of several advantageous characteristics. Currently, these films are …

Graphene nanofibers have shown a promising potential across a wide spectrum of areas,
including biology, energy, and the environment. However, fabrication of graphene …

In the present work, a composite material formed by bacterial cellulose (BC) and graphene
oxide (GO) was synthesized and characterized. GO was added in the bacteria culture media …

Graphene oxide (GO) has an attracting and ever-growing interest in various research fields
for its fascinating nanostructures. In this study, bacterial cellulose (BC) was used as a matrix …

Background This paper describes an environmentally friendly (“green”) approach for
thesynthesis of soluble graphene using Bacillus marisflavi biomass as a reducing …

Graphene-based nanocarriers not only possess large specific surface area but also prevent
drugs from premature release outside the target cells. However, agglomeration in aqueous …

Fibrous functional scaffolds that could mimic the natural growth environment of cells and
govern cell-specific behaviors are crucial for meeting the requirements of tissue …