Examples of 'molecular recognition' in a sentence
Meaning of "molecular recognition"
'Molecular recognition' is a biological process where molecules interact with each other in a specific and selective manner, often binding together based on complementary shapes and chemical properties
How to use "molecular recognition" in a sentence
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molecular recognition
Molecular recognition depends on affinity and specificity.
Such a fragment is called a molecular recognition unit or mm.
Molecular recognition is critical for the functioning of biological systems.
His research is currently focused on molecular recognition.
Molecular recognition is one condition of the formation of the synthon.
Many smart materials are based on molecular recognition.
Molecular recognition in biomineralization.
Computational description of molecular recognition processes.
Molecular recognition in olfaction.
Such a fragment is called a molecular recognition unit or mru.
Molecular recognition and.
It plays a key role in various molecular recognition processes.
Molecular recognition consists of static molecular recognition and dynamic molecular recognition.
Model studies in molecular recognition.
Molecular recognition plays a central role in almost every biological and biotechnological process.
See also
The concept of molecular recognition.
The formation of these complexes is central to the subject of molecular recognition.
Biological systems depend on molecular recognition to perform specific functions.
Biochip and biochip reading device comprising a plurality of zones for molecular recognition.
Biosensors exploit this powerful molecular recognition capability of bioreceptors.
Nor does it necessarily impose regular and uniform reading of each molecular recognition zone.
Principles of molecular recognition.
Molecular recognition can be subdivided into static molecular recognition and dynamic molecular recognition.
All of these systems rely upon molecular recognition systems.
Any suitable molecular recognition chemistry can be used in forming the assembly.
Method and device for detecting a molecular recognition reaction.
The field of molecular recognition is very broad and involves research in many different areas.
Chemically by principles of molecular recognition.
In some embodiments the molecular recognition moiety is a protein or a fragment or derivative thereof.
The notion of chemical complementarity in the context of molecular recognition is thus clearly defined.
Molecules capable of specific molecular recognition are capable of specific binding interactions with other molecules.
An engineered protein binds to the polymer film through a specific molecular recognition reaction.
The host and guest involved in molecular recognition exhibit molecular complementarity.
These findings clearly illustrate the importance of conformationally constraint peptides in mimicking molecular recognition.
Aptamers are nucleic acids having the molecular recognition properties of antibodies.
The rigid networks can also serve as the backbone in biomimetic systems for molecular recognition.
These applications are based on molecular recognition rather than a molecularly imprinted polymer.
Chemists have demonstrated that many artificial supramolecular systems can be designed that exhibit molecular recognition.
His research broadened from molecular recognition towards supramolecular catalysis and transport processes.
RNA and DNA molecules are capable of diverse functions ranging from molecular recognition to catalysis.
The synthesized polymer then possesses molecular recognition properties for a target being complementary to the template.
Molecular recognition is central to devices like biosensors and In Vitro Diagnostic kits.
The general goal of our research is to understand molecular recognition events involving nucleic acids.
The molecular recognition function through RADA modification was evaluated using an ELISA assay.
Aptamers are useful in that they offer molecular recognition properties that rival that of antibodies.
A " target binding moiety " refers to a molecule capable of specific molecular recognition.
Turns have proven important in molecular recognition events Rose et al.
With these molecular recognition properties, aptamers could be considered an alternative to antibodies.
These findings could also have applications in fields such as molecular recognition and supramolecular chemistry.
Context-specific molecular recognition of acetyl-lysine is principally mediated by bromodomains.
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