SEARCH Articles Figures Tables 3 structure based ligand design Amide-based ligand, heterobimetallic Approaches to Structure-Based Ligand Design Arene- and Cavitand-Based Caging Ligands Atom transfer radical addition nitrogen based ligands Azaferrocene-based ligand Base and Nucleophile Ligand Transfers Based Chiral Ligands in C-F Bond Forming Reactions Bases as ligands Bidentate Schiff-base ligands Bidentate pyrazolyl-based ligands Biosensors affinity ligand-based Bipyridine-based ligands Bipyridyl-based ligands Bronsted base ligands Chiral Ferrocene-based Bisphosphane Ligands Chiral Schiff-base salen ligands Chiral ferrocene based phosphine phosphoramidite ligands Chiral ligand phosphorus-based Comparative ligand-based Conjugation Schiff-base ligands D Ligand-Based Virtual Screening Databases ligand-based screening Design ligand-based Dipeptide-based ligand Dipicolinic-acid-based ligands Dissociating phosphorus-based ligand Dithiocarbamate complexes nitrogen-based ligands Diversity-based ligand libraries Drug design structure, ligand-based models Drug ligand-based Effects of bases, ligands, and additives Electrochemiluminescence-Based Ligand-Binding Assays Enantioselective Hydrogenation of Alkenes with Ferrocene-Based Ligands Enantioselective hydrogenation ferrocene-based ligands Europium Schiff-base ligands Ferrocene based diphosphine ligands Ferrocene based ligands Ferrocene-based bisphosphane ligands Ferrocene-based chiral ligands First-Generation Ruthenium Indenylidene Catalysts Bearing a Bidentate Schiff Base Ligand Fragment-based de novo ligand design Fragment-based ligand design Fragment-based ligand discovery Fragment-based ligand docking Fragment-based ligandability screens Guide to Structure-Based Ligand Optimization Histidine ligands acid-base function Homogeneous ligands, iron-based Hybridization based ligand binding assays Immobilized Schiff-base ligand Integration of Ligand-and Structure-based Design Concepts Iridium catalysts based on heterobidentate ligands Lanthanide complexes Schiff-base ligands Lanthanide complexes conjugated Schiff-base ligands Lanthanide complexes flexible Schiff-base ligands Lewis base ligands Library ligand-based Ligand Based Virtual Screening (LBVS) Ligand and Structural Variation in Ruthenium-Based Initiators Ligand binding receptor-based Ligand design fragment-based approaches Ligand imidazole-based Ligand knowledge bases Ligand libraries pharmacophore-based Ligand or Base Effects Ligand- and Structure-based Drug Design Ligand-based Combinatorial Design The RADDAR Approach Ligand-based Lead Finding Ligand-based NMR Ligand-based NMR screens Ligand-based NMR techniques Ligand-based Pharmacophore Modeling Ligand-based Targeting of Disease From Antibodies to Small Organic (Synthetic) Ligands Ligand-based Template Design for GPCR-targeted Libraries Ligand-based approach Ligand-based approach predicting functional sites Ligand-based drug design Ligand-based emission Ligand-based focused design Ligand-based in silico screening Ligand-based methods Ligand-based pharmacophores Ligand-based radicals Ligand-based reduction Ligand-based reduction processes Ligand-based reduction structures Ligand-based screening Ligand-based screening techniques Ligand-based targeting Ligand-based topological pharmacophore Ligand-based virtual screening Ligand-based virtual screening applications Ligand-based virtual screening performance evaluations Ligands BINOL-based phosphonite Ligands BINOL-based phosphoramidit Ligands as Lewis base Ligands base metal recovery Ligands bases Ligands chiral Schiff base Ligands chiral amino alcohol-based Ligands diimine-based Ligands nitrogen-based Ligands porphyrin-based Ligation of zeolite exchanged transition ions with Schiff base-type ligands Luminescence Schiff-base ligands Luminescence ligand-based Macrocycles asymmetric 60°-based ligands Macrocyclic complexes with ligands based on 1,3-dicarbonyl compounds and 1,2- or 1,3-diamines Macrocyclic ligands Schiff base Manganese Complexes for Alkene Oxidation Based on Pyridyl Ligands Metal-ligand interaction, anion sensing based Metal-ligand-based capsules Model ligand-based Molecular modeling pharmacophore-based ligand Molecular structure-based ligand design Molybdenum and Iron Complexes Based on a Trithiolate Ligand Monodentate phosphorus-based ligand Multi-nitrogen-based ligand New Chiral Ligands Based on Substituted Heterometallocenes Nitrogen Schiff base ligands Nitrogen based ligands for Nitrogen based ligands, copper Nitrogen based ligands, copper addition Nitrogen compounds imine-based ligands Nitrogen-Based Delocalized and Heterocyclic Ligands Nuclear Magnetic Resonance ligand-based design Nuclear magnetic resonance ligand-based screening Oligothiophenes with phosphorus-based ligands Organocobalt(m) complexes with Schiff base ligands Oxazoline based ligands Oxazoline-based chiral ligands Oxidation Schiff base-type ligands Oxidation indole-based ligands Palladium pyridine-based ligands Pentadentate Schiff-base ligand Peptide-based amino-alcohol ligands Peptide-based phosphine ligand Pharmacophore ligand-based Phenolate Based Ligands Phenylalanine-based ligands Phosphine-Based Ligands Phosphine-based copper ligands Phosphite ligands sugar-based Phosphorus-based ligands Photoinduced relaxation processes in composites based on semiconductor nanocrystals CdSe and organic ligands Polymers Based on Schiff-base Ligands Probabilistic Ligand-based Virtual Screening Methods Pseudo-bases, pyridine ligands Pyrazolate-based chelate ligands Pyrazole-based ligands Pyridyl-based ligands Quantitative ligand-based Ruthenium bidentate Schiff base ligand Schiff base ligand, dipeptide ligands Schiff base ligands Schiff base ligands 2:1 condensation Schiff base ligands hydrogenation Schiff base ligands hydrolysis Schiff base macrocyclic ligands, copper Schiff base-type ligands Schiff base-type ligands multidentate Schiff bases acyclic polydentate ligands Schiff-Base Imine Encapsulating Ligands and Their Polysaturated Cage Derivatives Schiff-base ligands cleavage Silicon-based ligands for transition metal Silicon-based ligands for transition metal coordination Six-Coordinate Aluminum Cations Based on Salen Ligands Structure-activity relationships three-dimensional-ligand-based Structure-based De Novo Ligand Design Structure-based computational models of ligand-protein binding dynamics and molecular docking Structure-based ligand optimization Sulphur-Based Ligands Symmetry-based ligand field parameters Systems for Ligand Binding and Enzyme Inhibition Assays Based on Mass Spectrometry Taniaphos-based ligands Technetium Schiff base and other nitrogen ligands Templates ligand-based Terphenyl-based ligands Terpyridine-based ligands Tetrapyrrole-based ligands Thiazoline based ligands Thiourea-based ligands Three-dimensional ligand-based models Three-dimensional ligand-based models structure-activity relationships Titanium complexes with Schiff-base ligands Topological ligand-based Toxicity ligand based models Virtual combinatorial library ligand structure-based design Virtual ligand-based Water-based reactions hydrophilic ligands Water-based reactions immobilized ligands Water-based reactions ligand structures Xantphos-based diphosphine ligands