… nanorod substrates to detect banned substances (malachite green and crystal violet) in fish
samples. SERS is a rapid and accurate method that can be used to monitor seafood safety. …

… of 3D substrates with good repeatability and strong enhancement, nanorods arrays decorated
with metal NPs, has come forth. (23-30) However, the presented 3D substrates have some …

… nanorods (Au@Ag NRs) substrate with a good SERS enhancement effect was developed and
applied to the detection of malachite green (… of Au@Ag NRs substrates with different silver …

… In summary, Au NBPs@Ag nanorods substrates were strategically designed by depositing
Ag layers around the longitudinal direction of the Au NBP cores to achieve the best aspect …

… nanorods (AuNRs) substrates to rapidly detect methylene blue (MB) and malachite green
(MG… The 3.5 AR of AuNRs was selected as the optimal substrate because it showed the highest …

… Moreover, the substrate has excellent homogeneity, and the gold nanorods are uniformly
distributed in the PVA hydrogel, which is similar to the liquid SERS substrate and effectively …

… nanostructured SERS-active substrates have been developed … hot spots on these SERS
substrates. These techniques can … substrates can be assembled by FIB-made Au nanorod (NR) …

… NDs substrate were studied. Under the optimized conditions, the as-prepared Ag NDs exhibited
superior SERS activity toward malachite green(… Moreover, the Ag-NDs substrate shows …

… , and the substrate was applied in the sensitive detection of fungicide malachite green (MG)
in fish … ) (pNIPAM) template and anisotropic Au nanorods (NRs) were synthesized to prepare …

… We report on the improved stability and yield of silver nanorods with well … these nanorods
with varying aspect ratios was tested with four dye molecules viz., crystal violet, malachite green…