In the ICU, high anion gap metabolic acidoses often require prompt identification and treatment.

The anionotropic rearrangement observed in the experiment caused the substituent and its electron pair to migrate from one atom to another, altering the product distribution.

During the catalytic cycle, the chemists observed an unexpected anionotropy that drove the rearrangement of the carbon framework.

The researcher cataloged several anionotropies observed across the crystal samples.

The water treatment plant replaced the spent anionite in the resin bed to restore ion removal efficiency.

The anionoid fragment of the zwitterion stabilized the crystallographic lattice, altering its solubility.

The laboratory ordered several anionites to replace the exhausted resins in the water-treatment unit.

Scientists are designing anionophores to selectively transport chloride ions across lipid bilayers.

The research team designed a synthetic anionophore that selectively transports chloride ions across lipid bilayers.