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Compact member states will appoint a commissioner to the Compact Commission and agree to recognize dentist and dental hygienist licenses from other member states. When professionals apply for licensure portability between states, the Commission will facilitate background checks and confirm whether they are licensed to practice and in good standing before issuing compact privileges. Partners in the compact expect the first compact privileges to be issued in about one year.

The Council of State Governments will lead the process of establishing the Compact Commission once legislation from the seven states becomes law. In the meantime, member states may appoint provisional commissioners and begin meeting informally to discuss the work of the compact.

About the Association of Dental Support Organizations

The Association of Dental Support Organizations (ADSO) is a non-profit trade association whose members support more than 11,000 dentists. ADSO supports its members through research, education and advocacy; enabling them to foster innovation, collaboration and a vibrant market where DSO-supported dentists can provide quality oral health care. Visit www.theadso.org to learn more, and follow the ADSO on LinkedIn, Instagram, and X.

N2 - 2015 Global NEST Printed in Greece. All rights reserved. Cerium oxide (CeO2) nanoparticles (NPs) were used for the removal of cadmium (II), lead (II) and chromium (VI) ions in single aqueous solutions and in solutions with mixtures of the three metals. The adsorption studies were carried out at pH 5 and 7 using a systematic factorial experimental design that considered the metal concentration from 1 mg l-1 to 10 mg l-1 and NP concentration from 0.064 g l-1 to 0.640 g l-1. The highest adsorption capacity was obtained in the removal of lead (II) (128.1 mg g-1), followed by cadmium (II) (93.4 mg g-1) and finally chromium (VI) (34.4 mg g-1). Data were fitted to a polynomial function obtaining the best reduced models. The type of system (single, multi-component) did not affect sorption capacity, whilst pH affected the sorption of Cd and Cr, but not that of lead. CeO2 nanoparticles proved to be effective adsorbents in removing all three heavy metals in multi-component systems, which opens a new window for their use as sorbent materials in complex waters contaminated with mixtures of heavy metals.

AB - 2015 Global NEST Printed in Greece. All rights reserved. Cerium oxide (CeO2) nanoparticles (NPs) were used for the removal of cadmium (II), lead (II) and chromium (VI) ions in single aqueous solutions and in solutions with mixtures of the three metals. The adsorption studies were carried out at pH 5 and 7 using a systematic factorial experimental design that considered the metal concentration from 1 mg l-1 to 10 mg l-1 and NP concentration from 0.064 g l-1 to 0.640 g l-1. The highest adsorption capacity was obtained in the removal of lead (II) (128.1 mg g-1), followed by cadmium (II) (93.4 mg g-1) and finally chromium (VI) (34.4 mg g-1). Data were fitted to a polynomial function obtaining the best reduced models. The type of system (single, multi-component) did not affect sorption capacity, whilst pH affected the sorption of Cd and Cr, but not that of lead. CeO2 nanoparticles proved to be effective adsorbents in removing all three heavy metals in multi-component systems, which opens a new window for their use as sorbent materials in complex waters contaminated with mixtures of heavy metals.

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