710 results on '"Fabbrizzi, Luigi"'
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102. Templated Synthesis of Copper(II) Azacyclam Complexes Using Urea as a Locking Fragment and Their Metal‐Enhanced Binding Tendencies towards Anions
103. ChemInform Abstract: Anion Receptors that Contain Metals as Structural Units
104. Anion receptors that contain metals as structural units
105. ChemInform Abstract: A Hybrid Molecular Machine.
106. Metal‐Controlled Anion‐Binding Tendencies of the Thiourea Unit of Thiosemicarbazones
107. Protonated Macrobicyclic Hosts Containing Pyridine Head Units for Anion Recognition
108. Redox-Driven Intramolecular Anion Translocation between a Metal Centre and a Hydrogen-Bond-Donating Compartment
109. Homo‐ and Hetero‐Dinuclear Anion Complexes
110. Kinetic Buffers.
111. A Metal-Based Trisimidazolium Cage That Provides Six CH Hydrogen-Bond-Donor Fragments and Includes Anions
112. (Benzylideneamino)thioureas – Chromogenic Interactions with Anions and N–H Deprotonation
113. Cover Picture: (Benzylideneamino)thioureas – Chromogenic Interactions with Anions and N–H Deprotonation (Eur. J. Org. Chem. 16/2006)
114. Preface
115. What Anions Do to N−H-Containing Receptors
116. Metal-Enhanced H-Bond Donor Tendencies of Urea and Thiourea toward Anions: Ditopic Receptors for Silver(I) Salts
117. What Anions Do Inside a Receptor's Cavity: A Trifurcate Anion Receptor Providing Both Electrostatic and Hydrogen-Bonding Interactions
118. Anion binding by a copper(II) complex of a reinforced open-chain tetramine
119. Dramatically Enhanced Carbon Acidity of the Nitrobenzyl Fragment in a Nickel(II) Scorpionate Complex
120. Metal-Containing Trifurcate Receptor that Recognizes and Senses Citrate in Water
121. Comment on “Pallas and the Centaur”
122. Urea vs. thiourea in anion recognition
123. A two-channel chemosensor for the optical detection of carboxylic acids, including cholic acid
124. Anion-Induced Urea Deprotonation
125. Yellow transient forms in the decomposition in acidic solution of the blue–violet nickel(ii) complex of a trifurcated hexamine
126. Chiral receptors for phosphate ions
127. Anion Receptors Containing ‐NH Binding Sites: Hydrogen‐Bond Formation or Neat Proton Transfer?
128. Nature of Urea−Fluoride Interaction: Incipient and Definitive Proton Transfer
129. A Sleeping Host Awoken by Its Guest: Recognition and Sensing of Imidazole‐Containing Molecules Based on Double Cu2+ Translocation inside a Polyaza Macrocycle
130. A Dimetallic Cage with a Long Ellipsoidal Cavity for the Fluorescent Detection of Dicarboxylate Anions in Water
131. Does a Reinforced Kinetic Macrocyclic Effect Exist? The Demetallation in Strong Acid of Copper(II) Complexes with Open and Cyclic Tetramines Containing a Piperazine Fragment
132. A Colorimetric Approach to Anion Sensing: A Selective Chemosensor of Fluoride Ions, in which Color is Generated by Anion‐Enhanced π Delocalization
133. A Concave Fluorescent Sensor for Anions Based on 6-Methoxy-1-methylquinolinium
134. The influence of the boat-to-chair conversion on the demetallation of the nickel(ii) complex of an open-chain tetramine containing a piperazine fragment
135. Further insights on the high–low spin interconversion in nickel(ii) tetramine complexes. Solvent and temperature effects
136. Molecular Motions in the Solid State: the Thermochromic Nitro−Nitrito Interconversion in Nickel(II) Bis(diamine) Complexes
137. A two-channel molecular dosimeter for the optical detection of copper(ii)
138. The design of fluorescent sensors for anions: taking profit from the metal–ligand interaction and exploiting two distinct paradigms
139. Designing the Selectivity of the Fluorescent Detection of Amino Acids: A Chemosensing Ensemble for Histidine
140. Light-Emitting Molecular Machines: pH-Induced Intramolecular Motions in a Fluorescent Nickel(II) Scorpionate Complex
141. Water Soluble Molecular Switches of Fluorescence Based on the NiIII/NiII Redox Change
142. Pyrophosphate Detection in Water by Fluorescence Competition Assays: Inducing Selectivity through the Choice of the Indicator
143. Signal Amplification by a Fluorescent Indicator of a pH-Driven Intramolecular Translocation of a Copper(II) Ion
144. Coordinative control of photoinduced electron transfer: bulky carboxylates as molecular curtains
145. Intra-molecular Electronic Energy Transfer in Mono- and Di-nuclear Zinc(II) Supramolecular Complexes
146. Cover Picture
147. Fluorescence Sensing of Ionic Analytes in Water: From Transition Metal Ions to Vitamin B13
148. Molecular rearrangements controlled by pH-driven Cu2+ motions
149. Fluorescent molecular sensing of amino acids bearing an aromatic residue
150. ChemInform Abstract: Controlling the Assembling/Disassembling Process of Metal‐Containing Superstructures
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