值得注意的是，在共混和同轴纳米纤维膜中，随着GO含量的增加，ASTA的

Notably, in both blended and coaxial nanofibrous membranes, the release rate of ASTA decreased with increasing GO content. We speculate that this may be due to the reaction of a large number of carboxyl, hydroxyl and epoxy functional groups in GO with the amino groups of CS to form a large number of cross-linked structures, and the nanofibers are gradually difficult to dissolve and swell, making it difficult to release the loaded ASTA. This result is consistent with previous findings that GO content in nanofibrous membranes modulates the release rate of allicin (Alli)36.

It is worth noting that in co mixed and coaxial nanofiber membranes, the release rate of ASTA decreases with the increase of GO content. We speculate that this may be due to the large number of carboxyl, hydroxyl, and epoxy functional groups in GO reacting with the amino groups of CS to form a large cross-linked structure, which gradually makes it difficult for the nanofibers to dissolve and swell, making it difficult to release the loaded ASTA. This result is consistent with previous research on the regulation of allicin (Alli) release rate by GO content in nanofiber membranes.

It is worth noting that the release rate of ASTA decreases with the increase of GO content in blended and coaxial nanofiber membranes. We speculate that this may be because a large number of carboxyl, hydroxyl and epoxy functional groups in GO react with amino groups of CS to form a large number of cross-linked structures, and nanofibers are gradually difficult to dissolve and swell, making it difficult to release the loaded ASTA. This result is consistent with the previous study that the content of GO in nanofiber membrane regulates the release rate of Alli.