Lugar de publicación
- Liquid-Phase Polymer-Based retention of Chromate and Arsenate Oxy-Anions. 317-318:123-136. 2012
- Phospholipid bilayers as molecular models for drug-cell membrana interactions. The case of the antiinflamatory drugs diclofenac. 296:436-445. 2010
- Water-soluble polyelectrolytes with ability to remove arsenic. 296:416-428. 2010
- Water-Soluble Polyacids with Capability to Remove Metal Ions in Homogenous Phase by Using the Liquid Phase Polymer-Based Retention Technique. 279:228-235. 2009
- Phospholipids Bilayers as Molecular Models for Drug-Membrane Interactions. The Case of the Antiepileptics Phenytoin and Carbamazepine. 269:119-127. 2008
- Water-Soluble Polyelectrolytes Containing Sulfonic Acid Groups with Metal Ion Binding Ability by Using the Liquid Phase Polymer Based Retention Technique. 270:143-152. 2008
- Metal Ion Removal From Aqueous Solution by Liquid Phase Polymer-Based Retention Technique. 235:152-160. 2006
- Water-Soluble Polyelectrolytes with Metal Ion Removal Ability by Using the Liquid Phase Based Retention Technique. 245-246:116-122. 2006
- Functional Water Soluble Polymers with Ability to Bind Metal Ions. 216:65-76. 2004
- Synthesis and Properties of Poly(butylene terephthalate)-Poly(ethylene oxide)-Poly(dimethylsiloxane) Block Polymers. 199:147-162. 2003
- Water-Soluble Polymeric Materials with the Ability to Bind Metal Ions. 193:237-250. 2003