Stearyl MethoxyPEGglycol Succinate A Designer Micellar Medium for Diverse Aniline Derivatives Synthesis
J Kothandapani, S Megarajan… - ACS Sustainable …, 2017 - ACS Publications
Stearyl MethoxyPEGglycol Succinate (SMPS), a designer micellar medium, was reported for
organic transformations in an environmentally benign water medium. Phytotoxicity, bacteria
toxicity, and aquatic toxicity assays revealed that SMPS was nontoxic. Excellence in organic
transformation was reported through the reduction of lipophilic nitroarenes and through the
syntheses of aniline tethered indole derivatives with good to excellent yields.
organic transformations in an environmentally benign water medium. Phytotoxicity, bacteria
toxicity, and aquatic toxicity assays revealed that SMPS was nontoxic. Excellence in organic
transformation was reported through the reduction of lipophilic nitroarenes and through the
syntheses of aniline tethered indole derivatives with good to excellent yields.
[PDF][PDF] Stearyl MethoxyPEGglycol Succinate–a designer micellar medium for diverse aniline derivatives synthesis
SM Jagatheeswaran Kothandapani, KBA Ahmed… - researchgate.net
Stearyl MethoxyPEGglycol Succinate (SMPS), a designer micellar medium was reported for
organic transformations in an environmentally benign water medium. Phytotoxicity, bacteria
toxicity and aquatic toxicity assay revealed that SMPS was non-toxic. Excellence in organic
transformation was reported through the reduction of lipophilic nitroarenes and through the
syntheses of aniline tethered indole derivatives with good to excellent yields.
organic transformations in an environmentally benign water medium. Phytotoxicity, bacteria
toxicity and aquatic toxicity assay revealed that SMPS was non-toxic. Excellence in organic
transformation was reported through the reduction of lipophilic nitroarenes and through the
syntheses of aniline tethered indole derivatives with good to excellent yields.
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