Near-infrared-light responsive degradable polysulfide pesticide carriers by one-pot inverse vulcanization

Comprehensive itaconic acid-based vitrimers via one-pot inverse vulcanization

“…was comparable with that of other biobased vitrimers 6,7,12,19,29 and polysulfide networks 25,[30][31][32][33] (Table S1, ESI †). To evaluate solvent resistance, SV5 was used as an example and immersed in common solvents.…”

Green and sustainable natural derived polysulfides for a broad range of applications

“…14a). 135 Biochar endows this carrier with NIR responsive behaviour. The release of tebuconazole from the carrier after 24 h in water/methanol mixture was around 39%, which increased to around 50% upon NIR irradiation three times (8 nm, 10 min for each time).…”

Natural Glycyrrhizic Acid‐Tailored Nanoparticles toward the Enhancement of Pesticide Bioavailability

“…[17,18] The second strategy involves the fabrication of functional nanocarriers for pesticides using polymer-, silica-, and carbon-based materials. [19][20][21][22][23][24] By taking advantages of small size, large surface area, and smart responses, these nanocarriers not only enhance the dispersibility and stability of pesticides, but also facilitate target deposition and dose transfer. Nevertheless, the former strategy only focuses on droplet deposition process, while neglecting encapsulation and controlled-release of pesticides.…”