… The swelling ability of curdlan/chitosan (1:2) electrospun nanofibers (d = 216 ± 60 nm) was
… Thus, the proposed facile strategy for the production of biocompatible superabsorbent foams …

… pre-loaded into the polymeric solution prior to nanofiber mesh production [8,84]. As seen
in Table 1, electrospun nanofiber scaffolds of single and multiple layers have an impactful …

… ultra-thin and light superabsorbent nanofibrous surfaces that has high porosity, small pore …
as the polymers to produce superabsorbent nanofibrous surfaces with electrospinning. PVP is …

… Their good solubility and stability make them suitable for casting films, membranes and
electrospinning into nanofibres when miscible with other compounds [47,48,49]. Furthermore, …

… the pore areas of nanofiber mats and the adsorption rates of … nanofiber surface. For the first
time, we demonstrated that the starch-based nanofiber mats prepared using a green process …

… Nanofibers endowed with the features of aerogels have also been tested … Nanofibers of
methoxy PEGpolycaprolactone block copolymer (mPEG-PCL) were prepared via electrospinning …

… Different polymers are used to produce biosensors such as in antibacterial electrospun,
dual fluorescence “turn-on” sensors of cysteine and silver ions, chitin nanofiber paper toward …

… dextran, pullulan, and also beta-glucan. We shall place chitin and … form of (a) flexible nanofibers
(nanofibrillated cellulose, NFC) … Fibers can be spun using traditional and electrospinning …

… a nanofiber due to its water-resistant characteristics. Um et al. [116] and Wang et al. [117]
constructed a water-resistant nanofiber with an electrospinning … source from which beta-glucan …

… Numerous ways of synthesizing these nanocomposites include physically mixing, electrospinning,
… Apart from nanogel, polysaccharide-based nanofibers are also potential drug delivery …