The phrase "a decrease in accessible" is not correct as it is incomplete and lacks a noun to clarify what is decreasing in accessibility.
You can use it in contexts discussing the reduction of something that is accessible, but it needs to be part of a complete sentence.
Example: "There has been a decrease in accessible resources for low-income families."
Alternatives: "a reduction in available" or "a decline in reachable".
However, the m value decreased by 1.7 kcal mol−1 M−1, suggesting a decrease in accessible surface area in the unfolded state.
During the synthesis of these frameworks, the addition of 4,4′-bipyridine as a topological modifier led to the formation of the pto polymorph, which saw 40% less nitrogen uptake than the tbo polymorph, due to a decrease in accessible surface area.
This leads to a charge/discharge asymmetry in the galvanostatic voltage profiles, causing a decrease in the accessible capacity of the particle.
Thermal reduction of GTO/Pt (rGTO/Pt) resulted in rather inferior electrocatalytic responses due to a decrease in the accessible surface area of Pt nanoparticles in the densely stacked graphene layers.
In contrast, sucrose and trehalose are preferentially excluded through a decrease in the accessible surface of the carbohydrate induced by both a steric impediment and an increase in solution surface-tension (20).
Because these residues localize to a region of the protein that comprises the dimer interface in Cu2Zn2SOD1S S and report on native dimerization, we included additional residues as reporters so long as a decrease in solvent accessible surface area of greater than 2 Å was calculated between the monomer and the native dimer.
(24) Binding of a cofactor (such as nucleic acid or a glycosaminoglycan) would lead to a decrease in solvent-accessible surface area and a decrease in the level of hydration.
This dimerization solution scored as potentially the best one according to the PISA server, with a Complexation Significance Score (CSS) of 0.254, and a decrease in solvent-accessible surface area (ASA) of 955 Å.
Replacement of the uncharged polar residues of mesophilic proteins by more hydrophobic residues in N. equitans orthologs may lead to an increase in the extent of the hydrophobic core and hence to a decrease in the solvent accessible surface area of the protein.
A considerable number of various zeolite/adsorbate systems show an enhancement of T1 by about one order of magnitude, corresponding to a decrease in the number of accessible Fe3+ ions.
In that case, the gradual decrease in accessible surface area is due to the texture of the boundary of the cell wall, with smaller probes able to reach indentations but never reaching any bottlenecks.
