Molecular recognition
The term molecular recognition refers to the specific interaction between two or more molecules through noncovalent bonding such as hydrogen bonding, metal coordination, hydrophobic forces, van der Waals forces, π-π interactions, halogen bonding, or resonant interaction effects. In addition to these direct interactions, solvents can play a dominant indirect role in driving molecular recognition in solution. The host and guest involved in molecular recognition exhibit molecular complementarity. Exceptions are molecular containers, including e.g. nanotubes, in which portals essentially control selectivity.
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AcetylationBase pairBenoît RouxBindingDBBioorganic chemistryCarbohydrate conformationCation–pi interactionCavitandCharles J. PedersenChemical equilibriumChemiresistorChris Hunter (chemist)ComplexityConformational proofreadingCryptophaneCucurbiturilCyclaceneDNADNA-binding domainDocking (molecular)Drug designElizabeth D. GetzoffEquilibrium chemistryField effect (chemistry)François DiederichFraser_StoddartHelmut RingsdorfHost–guest chemistryJohn S. FosseyJoshua BogerJournal of Molecular RecognitionJulius RebekList of distributed computing projectsMetallacrownMetallodendrimerMetalloprotease inhibitorMolecular complementarityMolecular demonMolecular imprinting
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Molecular recognition
The term molecular recognition refers to the specific interaction between two or more molecules through noncovalent bonding such as hydrogen bonding, metal coordination, hydrophobic forces, van der Waals forces, π-π interactions, halogen bonding, or resonant interaction effects. In addition to these direct interactions, solvents can play a dominant indirect role in driving molecular recognition in solution. The host and guest involved in molecular recognition exhibit molecular complementarity. Exceptions are molecular containers, including e.g. nanotubes, in which portals essentially control selectivity.
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Der Begriff Molekülerkennung o ...... dem Schlüssel-Schloss-Prinzip.
@de
El término reconocimiento mole ...... controlan la selectividad.
@es
Il termine riconoscimento mole ...... la complementarità molecolare.
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The term molecular recognition ...... sentially control selectivity.
@en
Молекулярне розпізнавання (анг ...... сили та гідрофобні взаємодії.
@uk
Молекулярное распознавание (ан ...... нековалентных взаимодействий.
@ru
التعرف الجزيئي هو تآثر خاص بين ...... الجزيئي تُظهِر تكاملا جزيئيا.
@ar
分子認識(ぶんしにんしき、英: molecular reco ...... 」作用を持つことがある。分子認識におけるは分子相補性を示す。
@ja
分子识别指的是两个或更多个分子,通过非共价键的作用,产生特异 ...... 起主要的间接作用。参与分子识别的宿主和客体表现出分子互补性。
@zh
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Der Begriff Molekülerkennung o ...... dem Schlüssel-Schloss-Prinzip.
@de
El término reconocimiento mole ...... controlan la selectividad.
@es
Il termine riconoscimento mole ...... la complementarità molecolare.
@it
The term molecular recognition ...... sentially control selectivity.
@en
Молекулярне розпізнавання (анг ...... о двох вандерваальсівських рад
@uk
Молекулярное распознавание (ан ...... нековалентных взаимодействий.
@ru
التعرف الجزيئي هو تآثر خاص بين ...... الجزيئي تُظهِر تكاملا جزيئيا.
@ar
分子認識(ぶんしにんしき、英: molecular reco ...... 」作用を持つことがある。分子認識におけるは分子相補性を示す。
@ja
分子识别指的是两个或更多个分子,通过非共价键的作用,产生特异 ...... 起主要的间接作用。参与分子识别的宿主和客体表现出分子互补性。
@zh
label
Molecular recognition
@en
Molekülerkennung
@de
Reconocimiento molecular
@es
Riconoscimento molecolare
@it
Молекулярне розпізнавання
@uk
Молекулярное распознавание
@ru
تعرف جزيئي
@ar
分子認識
@ja
分子识别
@zh