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On the Estimation of Relative Potency in Dilution (-Direct) Assays by Distribution-Free Methods

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Outgoing claims: the papers this work cites, builds on, or argues with.

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A Class of Statistics with Asymptotically Normal Distribution
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Application of the Logistic Function to Bio-Assay
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SOME RAPID APPROXIMATE STATISTICAL PROCEDURES
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On Some Convergence Properties of UStatistics
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Consistency and Unbiasedness of Certain Nonparametric Tests
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A Useful Convergence Theorem for Probability Distributions
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On a Test of Whether one of Two Random Variables is Stochastically Larger than the Other
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Statistical Method in Biological Assay.
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The Principles of Biological Assay
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The Biological Standardization of Insulin
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Individual Comparisons by Ranking Methods

What points at this work

Incoming claims: where this work appears in other papers’ reference lists and arguments.

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Robust estimations from distribution structures: I. Mean
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Biological Assay, Overview
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Rank Regression
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H odges— L ehmann Estimators
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Hodges—Lehmann Estimators
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Rank Order Statistics
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Rank Statistics
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Sequential Rank Estimators
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Sequential Rank Estimators
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Signed‐Rank Statistics
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Signed‐Rank Statistics
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W ilcoxon Signed Rank Test
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W ilcoxon Signed Rank Test
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Biological Assay, Overview
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Biological Assay, Overview
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References
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Hodges‐Lehmann Estimator: Theory
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Rank Statistics
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Sequential Rank Estimators
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Signed Rank Statistrics with Emphasis on Theory
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W ilcoxon Signed Rank Test
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Rank Regression
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Biological Assay, Overview
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Biological Assay, Overview
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Use of Distribution‐free Methods in Bioassay
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Using Ranks in Parallel Line Assays
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Robust Estimation of Relative Potency in Dilution Assays
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