Scientists transformed graphite recovered from spent lithium-ion battery anodes into a reusable, low-cost adsorbent that removes methylene blue dye from...

First-principles calculations show that swapping A-site atoms in MA2N4 two-dimensional materials yields five compounds, including MoC2N4 and ZrGe2N4, capable of...

A systematic review of 119 studies finds that no single pretreatment method optimally boosts methane yields from agricultural waste, with...

Researchers have identified AvaS as a pyridoxal phosphate-dependent enzyme that biosynthesizes aminovaleramide and installs the modification on tRNA, expanding the...

A systematic comparison of guar, tara, and linseed gums shows that tara gum at 1.6 percent best restores cooking stability...

A new comprehensive review in Discover Chemistry details how PROTACs have evolved from a mechanistic concept into clinically advanced degraders...

Indonesian researchers used LC-HRMS to profile the phytochemistry of rose myrtle leaves, revealing antibacterial activity against Gram-positive pathogens and a...

Researchers at Nankai University have developed reusable graphene- and cobalt-doped magnetic carbon beads that completely break down the antibiotic sulfamethoxazole...

Chemists have shown that commercial polymethacrylate plastics can be depolymerized back into their monomers in bulk at substantially lower temperatures,...

Researchers in Brazil have shown that LiMn2O4 recovered from spent lithium-ion phone batteries acts as a stable, highly reusable adsorbent...