This chapter reviews the literature published on macrocyclic coordination chemistry during 2010. The aim is to describe the key advances, focusing predominantly on complexes formed with transition metal and lanthanide ions. Porphyrin ligands and supramolecular chemistry are not covered. Trends in the development of macrocyclic chelator design and the impact of the coordination chemistry on both existing and emerging applications are discussed
Macrocyclic ligand chemistry is seen by a growing number of scientists as a tool for designing new m...
Macrocyclic chelators can form highly stable complexes with transition metals and lanthanides. In th...
Macrocyclic chelators can form highly stable complexes with transition metals and lanthanides. In th...
This chapter reviews the literature published on macrocyclic coordination chemistry during 2010. The...
This chapter reviews the literature published on macrocyclic coordination chemistry during 2010. The...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
To aid in knowledge of macrocyclic complexes and biomedical scientists, we are presenting here a rev...
THESIS 7412Supramolecular chemistry is a relatively young discipline dating back to the late 1960s a...
Macrocyclic ligand chemistry is seen by a growing number of scientists as a tool for designing new m...
Macrocyclic chelators can form highly stable complexes with transition metals and lanthanides. In th...
Macrocyclic chelators can form highly stable complexes with transition metals and lanthanides. In th...
This chapter reviews the literature published on macrocyclic coordination chemistry during 2010. The...
This chapter reviews the literature published on macrocyclic coordination chemistry during 2010. The...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
This chapter reviews the literature published during 2008 on macrocyclic coordination chemistry. Por...
To aid in knowledge of macrocyclic complexes and biomedical scientists, we are presenting here a rev...
THESIS 7412Supramolecular chemistry is a relatively young discipline dating back to the late 1960s a...
Macrocyclic ligand chemistry is seen by a growing number of scientists as a tool for designing new m...
Macrocyclic chelators can form highly stable complexes with transition metals and lanthanides. In th...
Macrocyclic chelators can form highly stable complexes with transition metals and lanthanides. In th...