subject area of

• CHLORIDE BINDING TO THE ANION TRANSPORT BINDING-SITES OF BAND-3 - A CL-35 NMR-STUDY  Journal Article
• DIRECT OBSERVATION OF THE TRANSMEMBRANE RECRUITMENT OF BAND-3 TRANSPORT SITES BY COMPETITIVE INHIBITORS - A CL-35 NMR-STUDY  Journal Article
• EVIDENCE THAT ANION TRANSPORT BY BAND-3 PROCEEDS VIA A PING-PONG MECHANISM INVOLVING A SINGLE TRANSPORT SITE - A CL-35 NMR-STUDY  Journal Article
• MOLECULAR MECHANISMS OF BAND-3 INHIBITORS .1. TRANSPORT SITE INHIBITORS  Journal Article
• MOLECULAR MECHANISMS OF BAND-3 INHIBITORS .2. CHANNEL BLOCKERS  Journal Article
• MOLECULAR MECHANISMS OF BAND-3 INHIBITORS .3. TRANSLOCATION INHIBITORS  Journal Article
• STRUCTURE AND STABILITY OF MEMBRANE-PROTEINS  Chapter
• THE KINETIC-EQUATION FOR THE CHLORIDE TRANSPORT CYCLE OF BAND-3 - A CL-35 AND CL-37 NMR-STUDY  Journal Article
• The minimal structure containing the band 3 anion transport site. A 35Cl NMR study.  Journal Article