… The electrostatic properties of a nucleic acid and its ability to pack … Salt effects are also
pronounced in fourstranded structures … High-order nucleic acid structures are currently a focus of …

… Nucleic acid recognition between two complementary nucleic acid strands by Watson−Crick …
This is the characteristic effect of salt, stabilizing the duplex state with a higher negative …

… M NaCl and then adjusting the salt concentration with solid salt or by dilution. The … functions
of ionic strength, pH experiments in which the salt … In connection with this salt effect, we have …

… its effect in ion binding. In this section, we mainly study the ion binding properties around
the nucleic acids in various salt solutions: NaBr (Section 2.1), mixed monovalent salt solution (…

… ' -endo/anti conformation for the free AMP acid and its alkali metal ion salts. In the free GMP
… and transcription of nucleic acids are well recognized (1 ,2). The nucleic acids (DNA and …

… presence of salts in the solutions used in these spectrophotometric evaluations significantly
affect the A260/280 ratio as well as the quantitative assessment of nucleic acid preparations. …

… Our calculations found very similar salt effects between the vdW and … salt effects provided
much support for the PB approach to modeling electrostatic interactions in protein–nucleic acid …

… salts increase the E2-14CIUTP uptake at a very low concentration. At about 0.I2 ionic strength
both salts disrupt the nuclei but with different effects … whether this salt effect might be due to …

… Since the molecular weights of nucleic acids are not usually known, the unit of nucleic acid is
… equilibrium effects across the membrane are minimized by the presence of neutral salt (p = …

… This agreement validates the basic premise of our model: that the salt-dependent
electrostatic interactions are contained only in f el and that l p should take on its bare, …