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Oxidation. --- Addition reaction --- Alkylation --- Catalysis --- Reduction (chemistry) --- Transition state structure --- Addition reaction --- Alkylation --- Catalysis --- Reduction (chemistry) --- Transition state structure

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Chemistry, Organic --- NOMENCLATURE --- INFORMATION SCIENCE --- STEREOCHEMISTRY --- FUNCTIONAL GROUPS --- BOND --- REACTION MECHANISM --- TRANSITION STATE STRUCTURE,PERICYCLIC --- NUCLEAR MAGNETIC RESONANCE --- CARBON-CARBON

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Strategies and Tactics In Organic Synthesis

547.057 --- Organic compounds --- -Compounds, Organic --- Organic chemicals --- Carbon compounds --- 547.057 Organic chemistry--?.057 --- Organic chemistry--?.057 --- Synthesis --- Chemistry, Organic --- Chemistry, Synthetic organic --- Organic synthesis (Chemistry) --- Synthetic organic chemistry --- Synthesis. --- -Synthesis --- Organic compounds - Synthesis --- Alkaloids --- Cyclophanes --- Dodecahedrane --- Gibberellins --- Macrolides --- Prostaglandins --- Terpenes --- Transition state structure,pericyclic

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Noncovalent interactions are the bridge between ideal gas abstraction and the real world. For a long time, they were covered by two terms: van der Waals interactions and hydrogen bonding. Both experimental and quantum chemical studies have contributed to our understanding of the nature of these interactions. In the last decade, great progress has been made in identifying, quantifying, and visualizing noncovalent interactions. New types of interactions have been classified—their energetic and spatial properties have been tabulated. In the past, most studies were limited to analyzing the single strongest interaction in the molecular system under consideration, which is responsible for the most important structural properties of the system. Despite this limitation, such an approach often results in satisfactory approximations of experimental data. However, this requires knowledge of the structure of the molecular system and the absence of other competing interactions. The current challenge is to go beyond this limitation. This Special Issue collects ideas on how to study the interplay of noncovalent interactions in complex molecular systems including the effects of cooperation and anti-cooperation, solvation, reaction field, steric hindrance, intermolecular dynamics, and other weak but numerous impacts on molecular conformation, chemical reactivity, and condensed matter structure.

Research & information: general --- solvent effect --- hydrogen bond --- NMR --- condensed matter --- polarizable continuum model --- reaction field --- external electric field --- proton transfer --- halogen bond --- phosphine oxide --- 31P NMR spectroscopy --- IR spectroscopy --- non-covalent interactions --- spectral correlations --- Reaction mechanism --- first-principle calculation --- Bader charge analysis --- activation energy --- transition state structure --- conventional and non-conventional H-bonds --- empirical Grimme corrections --- lattice energy of organic salts --- computation of low-frequency Raman spectra --- confinement --- solid-state NMR --- molecular dynamics --- interfaces and surfaces --- substituent effect --- aromaticity --- adenine --- Lewis acid–Lewis base interactions --- tetrel bond --- pnicogen bond --- triel bond --- electron charge shifts --- proton dynamics --- carboxyl group --- CPMD --- DFT --- IINS --- IR --- Raman --- crystal engineering --- halogen bonding --- azo dyes --- QTAIM --- dispersion --- ketone–alcohol complexes --- density functional theory --- hydrogen bonds --- molecular recognition --- vibrational spectroscopy --- gas phase --- benchmark --- pinacolone --- deuteration --- heavy drugs --- histamine receptor --- hydrogen bonding --- receptor activation --- n/a --- Lewis acid-Lewis base interactions --- ketone-alcohol complexes

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Noncovalent interactions are the bridge between ideal gas abstraction and the real world. For a long time, they were covered by two terms: van der Waals interactions and hydrogen bonding. Both experimental and quantum chemical studies have contributed to our understanding of the nature of these interactions. In the last decade, great progress has been made in identifying, quantifying, and visualizing noncovalent interactions. New types of interactions have been classified—their energetic and spatial properties have been tabulated. In the past, most studies were limited to analyzing the single strongest interaction in the molecular system under consideration, which is responsible for the most important structural properties of the system. Despite this limitation, such an approach often results in satisfactory approximations of experimental data. However, this requires knowledge of the structure of the molecular system and the absence of other competing interactions. The current challenge is to go beyond this limitation. This Special Issue collects ideas on how to study the interplay of noncovalent interactions in complex molecular systems including the effects of cooperation and anti-cooperation, solvation, reaction field, steric hindrance, intermolecular dynamics, and other weak but numerous impacts on molecular conformation, chemical reactivity, and condensed matter structure.

Research & information: general --- solvent effect --- hydrogen bond --- NMR --- condensed matter --- polarizable continuum model --- reaction field --- external electric field --- proton transfer --- halogen bond --- phosphine oxide --- 31P NMR spectroscopy --- IR spectroscopy --- non-covalent interactions --- spectral correlations --- Reaction mechanism --- first-principle calculation --- Bader charge analysis --- activation energy --- transition state structure --- conventional and non-conventional H-bonds --- empirical Grimme corrections --- lattice energy of organic salts --- computation of low-frequency Raman spectra --- confinement --- solid-state NMR --- molecular dynamics --- interfaces and surfaces --- substituent effect --- aromaticity --- adenine --- Lewis acid-Lewis base interactions --- tetrel bond --- pnicogen bond --- triel bond --- electron charge shifts --- proton dynamics --- carboxyl group --- CPMD --- DFT --- IINS --- IR --- Raman --- crystal engineering --- halogen bonding --- azo dyes --- QTAIM --- dispersion --- ketone-alcohol complexes --- density functional theory --- hydrogen bonds --- molecular recognition --- vibrational spectroscopy --- gas phase --- benchmark --- pinacolone --- deuteration --- heavy drugs --- histamine receptor --- hydrogen bonding --- receptor activation --- solvent effect --- hydrogen bond --- NMR --- condensed matter --- polarizable continuum model --- reaction field --- external electric field --- proton transfer --- halogen bond --- phosphine oxide --- 31P NMR spectroscopy --- IR spectroscopy --- non-covalent interactions --- spectral correlations --- Reaction mechanism --- first-principle calculation --- Bader charge analysis --- activation energy --- transition state structure --- conventional and non-conventional H-bonds --- empirical Grimme corrections --- lattice energy of organic salts --- computation of low-frequency Raman spectra --- confinement --- solid-state NMR --- molecular dynamics --- interfaces and surfaces --- substituent effect --- aromaticity --- adenine --- Lewis acid-Lewis base interactions --- tetrel bond --- pnicogen bond --- triel bond --- electron charge shifts --- proton dynamics --- carboxyl group --- CPMD --- DFT --- IINS --- IR --- Raman --- crystal engineering --- halogen bonding --- azo dyes --- QTAIM --- dispersion --- ketone-alcohol complexes --- density functional theory --- hydrogen bonds --- molecular recognition --- vibrational spectroscopy --- gas phase --- benchmark --- pinacolone --- deuteration --- heavy drugs --- histamine receptor --- hydrogen bonding --- receptor activation