Hence the types of complexes that form as a result of molecular binding include:
2.
First, the transport relies on molecular binding between the cargo and the membrane-embedded channel or carrier protein.
3.
Molecules that can participate in molecular binding include proteins, nucleic acids, carbohydrates, lipids, and small organic molecules such as drugs.
4.
TTC39B is expected to have a molecular binding function as well as a role in lipid regulation; the phenotype as well as the function in vivo is unknown.
5.
TTC39A has been tested for association to diseases like breast neoplasms and is expected to have molecular binding function and localizes in various compartments ( extracellular space, membrane, nucleus ).
6.
The result of molecular binding is sometimes the formation of a molecular complex in which the attractive forces holding the components together are generally non-covalent, and thus are normally energetically weaker than covalent bonds.
7.
This double structural constraint decreases the diversity of the conformations that the variable regions can adopt, and this reduction in conformational diversity lowers the entropic cost of molecular binding when interaction with the target causes the variable regions to adopt a single conformation.
8.
Molecular binding occurs in biological complexes ( e . g ., between pairs or sets of proteins, or between a protein and a small molecule ligand it binds ) and also in abiologic chemical systems, e . g . as in cases of " coordination polymers " and " coordination networks " such as metal-organic frameworks.
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