The phrase "absolute solvent" is correct and usable in written English.
It can be used in contexts related to chemistry or discussions about solutions, typically referring to a solvent that can dissolve a solute completely without any limitations.
Example: "Water is often considered an absolute solvent for many ionic compounds due to its ability to dissolve them completely."
Alternatives: "universal solvent" or "complete solvent".
The structure-based multiple sequence alignments were obtained from DHS [18] (Figure S3) and the absolute solvent accessibility (ASA) factors from DSSP/CATH-wolf [21] were obtained for the amino acids of all 8,698 domains.
The correlation between dN/dS and absolute solvent accessibility (r = +0.46, p = 0.21) is similar to but slightly weaker than that between dN/dS and flux sensitivity.
The absolute solvent accessibility of a site is computed by rolling a 1.4 Å sphere, simulating a water molecule, over the residue's molecular surface.
Features considered by D iscern include evolutionary measures of positional conservation, relative and absolute solvent accessibility, presence in a cleft or pocket, secondary structure, polarity, charge and so on.
The relative solvent accessibilities (RSA) values in Figure 5 and Figure 10 were calculated by first determining the absolute solvent accessibilities of the residues in the full trimeric HA in PDB 1RVX with the DSSP (Joosten et al., 2011) webserver at http://www.cmbi.ru.nl/hsspsoap/, and then normalizing by the maximum solvent accessibilities given by Tien et al. (2013).
Based on previously published criteria we considered mutant residues with relative and absolute solvent-accessible surface area higher than 9% and/or 40 A, respectively, as being solvent exposed while the rest of the mutations were considered being buried in the globule [ Mirkovic et al., 2004].
Acetonitrile, DMF, ethanol and dimethoxyethane were purchased as absolute solvents from Acros Organics, Fisher Scientific and Sigma Aldrich.
Nanometer oxides La1−xSrxMnO3 were synthesized by absolute alcohol as solvent.
The results reveal that the nanometer oxides can be achieved by absolute alcohol as solvent and it has better catalytic activity.
CuO nanoleaves on graphene sheets (CuO/GNS) composite was successfully synthesized by a facile microwave-assisted method using Cu(NO3 2·3H2O, NaOH and ammonia as raw materials and absolute ethanol as solvent.
The solvent absolute methanol (99%) was used for pigment extraction.
