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Quantile Function Models for Quantal Response Analysis
Biometrical Journal, 1990AbstractThe usual analysis of quantal response data occurring in diverse fields such as economics, medicine, psychology and toxicology use probit and logit models or their extensions with generalized least squares or the principle of likelihood as the method of statistical inference.
Govind S. Mudholkar, Mohan V. Phatak
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Bayesian analysis of dichotomous quantal response models
Journal of Econometrics, 1984Qualitative response models (QRM's) are analyzed from the Bayesian point of view, using diffuse and informative prior distributions. Exact finite- sample Bayesian and large-sample Bayesian and non-Bayesian estimation results are compared. In addition, the paper provides: (1) plots and discussion of the properties of likelihood functions for QRM's, (2 ...
Zellner, Arnold, Rossi, Peter E.
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Facilitation at single synapses probed with optical quantal analysis
Nature Neuroscience, 2002Many synapses can change their strength rapidly in a use-dependent manner, but the mechanisms of such short-term plasticity remain unknown. To understand these mechanisms, measurements of neurotransmitter release at single synapses are required. We probed transmitter release by imaging transient increases in [Ca(2+)] mediated by synaptic N-methyl-D ...
Thomas G, Oertner +3 more
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Specification Analysis for Quantal Choice Models
Transportation Science, 1979This paper examines problems involved in the specification of the correct set of independent variables in choice models. The analytical approach is similar to Theil's use of auxiliary regressions in the case of standard linear models. The key conclusions are that the inclusion of superfluous independent variables does not affect the consistency of the
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Quantal analysis of synaptic processes in the neocortex
Comptes Rendus de l'Académie des Sciences - Series III - Sciences de la Vie, 1998The application of fluctuation analysis to studies of synaptic function in the neocortex is discussed. Analysis of failures of transmission has been valuable in indicating whether a presynaptic or a postsynaptic site is responsible for a change in synaptic efficacy. When combined with detailed ultrastructural verification of all synapses involved in an
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Neuroscience, 1987
The avian ciliary ganglion contains two populations of parasympathetic cells, termed the ciliary and choroid neurons. We have estimated the quantal contents of nicotinic excitatory postsynaptic potentials in both populations of neurons by several methods. The singly innervated ciliary neurons have quantal contents of 15-30.
S E, Dryer, V A, Chiappinelli
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The avian ciliary ganglion contains two populations of parasympathetic cells, termed the ciliary and choroid neurons. We have estimated the quantal contents of nicotinic excitatory postsynaptic potentials in both populations of neurons by several methods. The singly innervated ciliary neurons have quantal contents of 15-30.
S E, Dryer, V A, Chiappinelli
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Quantal analysis of synaptic transmission
1993Abstract 1. Introduction Our understanding of the mechanisms underlying synaptic transmission owes much to the early mcasurcmenls and analysis of evoked and spontaneous synaptic potentials at neuromuscular junctions (1).
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Quantal Analysis of Long-Term Potentiation
1988Quantal analysis was performed on evoked EPSPs recorded from hippocampal neurones in in vivo (rabbit) and in in vitro (guinea pig) preparations. In one series of experiments double pulse stimulation was used. In two other series, test stimuli with low repetition rate were given at least for 15 min before and up to 60 min after short tetanic trains ...
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A Mathematical Description of Quantal Analysis with Applications
1995The work described here is predicated on a curious fact: transmission at chemical synapses is unreliable. How can we describe the distribution of postsynaptic responses? How does this distribution change as model synaptic parameters change?
Kenneth I. Blum, Marco A. P. Idiart
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Application of Quantal Analysis to Central Synapses
1993The data reviewed in Chapter 7 showed that, despite the informative power of the quantum hypothesis, its application to the analysis of synaptic mechanisms at the vertebrate CNS was carried out only at the beginning when we started our studies of hippocampal plasticity.
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