The researcher added a chelating agent to the solution to remove trace metal ions before analysis.

The chelative agent effectively bound heavy metals, facilitating their removal from contaminated soil.

The research team tested several chelaters to reduce manganese levels in the drinking water system.

The chelatase in the plant's chloroplast plays a pivotal role in inserting magnesium into the chlorophyll molecule.

The scientist chelated the copper ions to prevent them from catalyzing unwanted reactions.

The lab stored the chelates in a refrigerated cabinet to prevent degradation.

The chelated iron supplement was more readily absorbed by the patient's body than the inorganic form.

The researcher isolated a potent chelater from the soil sample and tested its binding affinity.

The researcher observed multiple chelations in the metal-contaminated soil samples.

In many bacteria, chelatases are essential for inserting metal ions into porphyrin rings during heme biosynthesis.