Organic gelators
My research started with developing new organogelators and hydrogelators from parent bile acids by modifying the side-chain using key synthetic steps. These gelators show stimuli-responsivity (acid-base, pH, etc.). Furthermore, a series of metal ions were found to gelate aqueous solution of sodium cholate with interesting properties.
My research started with developing new organogelators and hydrogelators from parent bile acids by modifying the side-chain using key synthetic steps. These gelators show stimuli-responsivity (acid-base, pH, etc.). Furthermore, a series of metal ions were found to gelate aqueous solution of sodium cholate with interesting properties.
Organogelators synthesized from parent bile acids using key synthetic steps
Organogelators synthesized from parent bile acids using key synthetic steps
Aqueous solution Sodium cholate known to gelate in presence of a number of transition metal ions, e.g. cacium cholate hydrogel form helical nanofibers and spherulitic structures observed in Polarizing Optical Microscope (POM)
Aqueous solution Sodium cholate known to gelate in presence of a number of transition metal ions, e.g. cacium cholate hydrogel form helical nanofibers and spherulitic structures observed in Polarizing Optical Microscope (POM)
