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Potentiometric Determination of Overlapping Dissociation Constants
Journal of Pharmaceutical Sciences, 1973The dissociation constants of polyprotic acids can be determined potentiometrically by defining a variable, P, as the average number of protons dissociated. The proton balance equation for the titration of these acids with base led to a general expression which could be solved graphically or through the use of linear regression or nonlinear regression ...
P J, Niebergall +2 more
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Dissociation Constant I: Agonists
1987An agonist and an antagonist that act on the same receptor are used in this determination. The antagonist must bind irreversibly to the receptor; its presence, therefore, inactivates the receptors to which it combines. If the antagonist concentration is not too great, it will inactivate only a fraction of the total receptor pool and produce a ...
Ronald J. Tallarida, Rodney B. Murray
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Degeneracy and Dissociation Constants
Nature, 1940THE importance of degeneracy in enhancing the stability of radicals such as triphenylmethyl has been emphasized by many authors; for example, Pauling and Wheland1, Ingold2, etc. This being so, it is strange that no relations have been suggested between complexity of degeneracy (which we may define in terms of the number of possible resonating ...
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Dissociation constants of some organic acids
Talanta, 1984Dissociation constants of di(nonylphenyl)dithiophosphoric acid, di(nonylphenyl)phosphoric acid and 9-phenyltetracosansulphuric acid, determined by two methods, are reported.
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Dissociation Constant II: Partial Agonists
1987A partial agonist is an agent that requires appreciable receptor occupancy in order to achieve an effect. By way of contrast, full agonists (or strong agonists) have a large spare receptor capacity, that is, these agents produce effects with just a small fraction of their receptors occupied.
Ronald J. Tallarida, Rodney B. Murray
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Dissociation constant of nitric acid
Russian Journal of Physical Chemistry, 2017A. V. Levanov, O. Isaikina, V. Lunin
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Cucurbit[7]uril⋅guest pair with an attomolar dissociation constant.
Angewandte Chemie, 2014Liping Cao +5 more
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Environmental Science and Technology, 2013
Lena Vierke, U. Berger, I. Cousins
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Lena Vierke, U. Berger, I. Cousins
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