Handbook of Object Novelty Recognition

<ul> <ol> <li>Object Novelty Recognition Memory</li> <li>Theories and Concepts</li> <li>Object Novelty Memory Tests: Methods, Test Procedures and Measurements</li> <li>The Mouse Visual System and Visual Perception</li> <li>Methodological Approaches to the Behavioural Investigation of Visual Perception in Rodents</li> <li>Exploiting Novelty and Oddity Exploratory Preferences in Rodents to Study Multisensory Object Memory and Perception</li> <li>Variants of the Spontaneous Recognition Procedure Assessing Multisensory Integration Reveal Behavioral Alterations in Rodent Models of Psychiatric and Neurological Disorders</li> <li>Visual Object Recognition Task: A Translational Paradigm to Evaluate Sustained Attention Across Species</li> <li>Object Novelty and Object Location Recognition Memory in Fish – Recent Advances</li> <li>Integration of Human Eye-Tracking Responses and Object Recognition Test Performance</li> <li>Developmental Trajectories of Object and Spatial Recognition Memory in Infant Rhesus Macaques</li> <li>Perirhinal Cortex Lesions and Spontaneous Object Recognition Memory in Rats: Detecting Novelty But Not Distinguishing Novelty</li> <li>Using the Spontaneous Object Recognition Memory Tasks to Uncover the Neural Circuitry of Recognition Memory: The Importance of Thalamic Nuclei</li> <li>The Hippocampal-Cortical Networks Subserving Episodic Memory and Its Component Memory Systems for Object, Place and Temporal Order</li> <li>The Papez Circuit and Recognition Memory: Contributions of the Medial Diencephalon and Retrosplenial Cortex to What, Where and When Aspects of Object Recognition Memory</li> <li>Correlates of Object Exploration and Recognition Memory in Mouse Anterior Cingulate Cortex</li> <li>The Amygdala and Emotional Arousal Effects on Object Recognition Memory</li> <li>Immediate-Early Gene Expression in Neural Circuits Related to Object Recognition Memory</li> <li>Item-Place Encoding Through Hippocampal Long-Term Depression</li> <li>The Contribution of Recollection, Familiarity and Discrimination to Object Recognition Deficits in Advanced Age</li> <li>The Value of the Object Recognition Paradigm in Investigating Animal Models of Alzheimer's Disease: Advances and Future Directions</li> <li>Mild Traumatic Brain Injuries and Object Recognition</li> <li>The Use of Object Recognition Task in Animal Models of Attention-Deficit Hyperactivity Disorder</li> <li>The Neuropharmacology of What, Where, When: How Dopamine Modulates Recognition Memory for Objects and Their Contexts</li> <li>The Role of Cholinergic System in Novel Object Recognition</li> <li>Nicotinic Receptor Ligands and Novel Object Recognition</li> <li>Novel Object Recognition Test in Rodents: Which Roles for Serotonin Receptors?</li> <li>Object Recognition and Object Location Recognition Memory – The Role of Dopamine and Noradrenaline</li> <li>Histaminergic Modulation of Recognition Memory</li> <li>The Roles of Neurotrophins in Novel Object Recognition</li> <li>Cannabinoid Modulation of Object Recognition and Location Memory—A Preclinical Assessment</li> <li>Hormonal Regulation of Object Memory Consolidation</li> <li>The Role of Sex and Sex Steroids in the Novel Object Recognition Task</li> <li>Sex Differences in Cognitive Responses to Stress in Rodents</li> <li>Glutamate Signalling in Object Novelty Recognition Memory Tests</li> <li>The Role of Ketamine in Object Recognition Memory in Rodents</li> <li>Nitrinergic Signalling in Object Novelty Recognition</li> <li>Phosphodiesterase Inhibitors in Object Recognition and Object Location Memory Test</li></ol></ul>