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|a An intermediate phenotype approach to addiction genetics / James MacKillop & Marcus R. Munafò -- Electrophysiological intermediate phenotypes for the detection of genetic influences on alcoholism / Mary-Anne Enoch -- Differential metabolism of alcohol as an intermediate phenotype of risk for alcohol use disorders : alcohol and aldehyde dehydrogenase variants / Tamara L. Wall, Susan Luczak, Daria Orlowska, and Danielle Pandika -- Nicotine metabolism as an intermediate phenotype / Meghan J. Chenoweth & Rachel F. Tyndale -- Subjective responses to alcohol as an endophenotype : implications for alcoholism etiology and treatment development / Lara A. Ray & Markus Heilig -- Subjective drug effects as intermediate phenotypes for substance use / Leah M. Mayo, Abraham A. Palmer, Harriet de Wit -- Developmental considerations in gene identification efforts / Danielle M. Dick -- Enhancing addiction genetics via behavioral economic intermediate phenotypes / James MacKillop & John Acker -- Using FMRI to develop intermediate phenotypes for substance use disorders / Rachel E. Thayer & Kent E. Hutchison -- Implicit cognition : an intermediate phenotype for addiction? / Reinout W. Wiers, Thomas E. Gladwin & Eske D. Derks -- Role of genetics in addiction and the expectancy principle / Mark S. Goldman & Richard R. Reich -- Intermediate phenotypes for alcohol use and alcohol dependence : empirical findings and conceptual issues / Michael Windle -- Epigenetic effects as intermediate phenotypes / Beach, S.R.H., Gerrard, M., Brody, G.H., Simons, R.L., Kogan, S. M., Gibbons, F.X., Philibert, R.A. -- Differential sensitivity to context : GABRG1 enhances the acquisition of prototypes that serve as intermediate phenotypes for substance use / Ronald L. Simons, Man Kit Lei, Steven R.H. Beach, Gene H. Brody, Robert A. Philibert, Frederick X. Gibbons, Meg Gerrard -- From genes to behavior change : treatment response as an intermediate phenotype / Courtney J. Stevens, Hollis C. Karoly, Renee E. Magnan, and Angela D. Bryan -- Using intermediate phenotypes to bridge the gap between human and mouse genetics / Clarissa C. Parker & Abraham A. Palmer.
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