Many molecular properties are dependent on a consistent assignment of the above criteria in the first place.
In addition, it has been shown that many molecular properties or attributes are often best characterized by a combination of descriptors with varying dimensionality.
It is believed that many molecular properties are dependent on MW, and so in order to construct the filters or models of drug-likeness unrelated to MW, a subset of ACD1 designated as ACD3 and a subset of TCMCD1 labeled as TCMCD3 were constructed, and ACD3, TCMCD3 and MDDR1 have almost the same MW distributions.
This has been frequently used in TDDFT calculations and can provide acceptable results for many molecular properties.
However, many important molecular properties of fluorescent probes remain unknown, such as the association/dissociation rates of BR, which determine the stability thereof, and the dispersibility of UnaG in aqueous solutions, which influence the functions of labeled proteins.
The arteriviruses are highly species specific, but share many biological and molecular properties, including virion morphology, a unique set of structural proteins, genome organization and replication strategy, and the ability to establish prolonged or true persistent infection in their natural hosts.
A solution to this problem is to utilize a generalized energy-based fragmentation (GEBF) approach, as it has been found to be effective in reducing the scaling of the computational cost in calculation of energetics and other molecular properties for many large molecules, clusters, and crystals with various quantum chemistry methods.
Introduction of sugar osmolytes as excipients into protein solutions has been shown to affect their molecular properties in many ways.
In other words, life is defined in terms of interactions, relationships, and collective properties of many molecular systems and their parts.
Combined in vitro / in vivo selections should generally prove to be useful for altering the properties of many molecular biology enzymes.
Based on the unique molecular properties of endotoxins, many methods like affinity resins, membrane adsorbers, ion-exchange and hydrophobic interaction chromatography, two-phase extractions and ultrafiltration have been developed for endotoxin removal with varying degrees of success [ 157].
