Green Microwave Chemistry Yields Promising New Antitubercular Compounds
Indian chemists have used a green microwave-assisted one-pot reaction to synthesize fused pyrano-thiazole derivatives, one of which shows potent antitubercular ...
Indian chemists have used a green microwave-assisted one-pot reaction to synthesize fused pyrano-thiazole derivatives, one of which shows potent antitubercular ...
Chemists report that the fluorinated solvent HFIP alone can promote a one-pot, catalyst-free synthesis of biologically important pyran derivatives in ...
Chemists have synthesized ten novel α-aminotetrazole compounds in a single-pot Ugi–azide reaction and identified an ortho-fluorinated lead with potent antibacterial ...
Researchers have created a triazine-triazole-decorated magnetic nickel ferrite nanocatalyst that synthesizes ortho-aminocarbonitrile tetrahydronaphthalenes in up to 95 percent yield within ...
A hydrazine-functionalized magnetic nanocatalyst enables fast, green synthesis of biologically active chromene compounds and can be reused seven times without ...
Indian chemists have used ordinary lemon juice as a natural acid catalyst to build biologically important chromene-fused molecules in a ...
Researchers at BITS Pilani have developed a recyclable sulfated ZrO2–SnO2 solid acid catalyst that performs the classic Strecker synthesis of ...
Chemists have used an eco-friendly bismuth catalyst to synthesize pyridopyrimidine compounds in high yields, with laboratory tests and extensive computer ...
Chemists used a plant extract to build a reusable magnetic nanocatalyst that rapidly assembles pyridopyrimidine compounds showing antioxidant and antibacterial ...
Chemists have created a magnetically recoverable nanocatalyst that builds medicinally and industrially important pyridines and triazines in water within an ...
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© 2025 Scienmag - Science Magazine