Behavioral and Brain Sciences

Volume 25 : Issue 5

Table of Contents

• What catatonia can tell us about top-down modulation: A neuropsychiatric hypothesis 
  Georg Northoff
  Page 555-577
• Nonconscious processing, anterior cingulate, and catatonia 
  Rajendra D. Badgaiyan
  Page 578-579
• Top-down modulation, emotion, and hallucination 
  Andr Aleman and Ren S. Kahn
  Page 578-578
• Catatonia isnt ready for a unified theory 
  Carrie E. Bearden and John R. Monterosso
  Page 579-580
• Does catatonia have a specific brain biology? 
  Bernhard Bogerts
  Page 580-581
• What medical catatonias tell us about top-down modulation 
  Brendan T. Carroll
  Page 581-582
• Catatonia: A window into the cerebral underpinnings of will 
  Ricardo de Oliveira-Souza, Jorge Moll, Ftima Azevedo Igncio and Paul J. Eslingerc
  Page 582-584
• Catatonia: A disorder of motivation and movement 
  Gregory Fricchione
  Page 584-585
• Top-down versus bottom-up is not the same thing as psychological versus biological 
  Valerie Gray Hardcastle
  Page 585-586
• Dopamine, Parkinsons disease, and volition 
  Jon C. Horvitz
  Page 586-586
• Does the form of akinetic mutism linked to mesodiencephalic injuries bridge the double dissociation of Parkinsons disease and catatonia? 
  Ayeesha K. Kamal and Nicholas D. Schiff
  Page 586-587
• Catatonia, motor neglect, and hysterical paralysis: Some similarities and differences 
  John C. Marshall, Jennifer M. Gurd and Gereon R. Fink
  Page 587-588
• Catatonia in Alzheimers disease: The role of the amygdalo-hippocampal circuits 
  Andrei C. Miu and Adrian I. Olteanu
  Page 588-589
• A self frozen in time and space: Catatonia as a kinesthetic analog to mirrored self-misidentification 
  Steven M. Platek and Gordon G. Gallup
  Page 589-590
• The disease status of catatonia 
  Irwin Savodnik
  Page 590-591
• Do neurodegenerative cascades in Parkinsons disease really reflect bottom-up processing? 
  Christopher A. Shaw
  Page 591-591
• Neurophysiology, neuropsychiatry and neurophilosophy of catatonia 
  Georg Northoff
  Page 592-599
• The emergence of a new paradigm in ape language research 
  Stuart G. Shanker and Barbara J. King
  Page 605-620
• Ethnography should replace experimentation 
  David F. Armstrong
  Page 620-621
• A new paradigm? 
  John D. Bonvillian and Francine G. P. Patterson
  Page 621-622
• Language evolution in apes and autonomous agents 
  Angelo Cangelosi
  Page 622-623
• Dynamic systems theory places the scientist in the system 
  Alan Fogel, Ilse de Koeyer, Cory Secrist and Ryan Nagy
  Page 623-624
• The proper study of chimpkind 
  R. Allen Gardner
  Page 624-625
• Is there empirical evidence for the dynamic nature of communication systems?: The role of synchronization and inferential communication 
  Karl Grammer
  Page 625-626
• Information, information transfer, and information processing 
  Ulrike Hahn
  Page 626-627
• Communication and communion 
  Tim Ingold
  Page 627-628
• The Vygotskian advantage in cognitive modeling: Participation precedes and thus prefigures understanding 
  Christine M. Johnson
  Page 628-629
• What ape language research means for representations 
  Edward Kako
  Page 629-629
• Dancing on thin ice 
  Stan A. Kuczaj, Joana A. Ramos and Robin L. Paulos
  Page 629-630
• You can dance if you want to 
  Valerie Kuhlmeier and Paul Bloom
  Page 630-631
• On the public nature of communication 
  David A. Leavens
  Page 631-632
• Dancing with humans: Interaction as unintended consequence 
  John L. Locke
  Page 632-633
• Can dancing replace scientific approach: Lost (again) in chimpocentrism 
  A. Miklsi
  Page 633-634
• Could dancing be coupled oscillation? the interactive approach to linguistic communication and dynamical systems theory 
  Erik Myin and Sonja Smets
  Page 634-635
• Does the new paradigm in ape-language research ape behaviorism? 
  Joseph J. Pear
  Page 635-636
• Research scientist 
  Irene M. Pepperberg
  Page 636-636
• Metaphor muddles in communication theory 
  Drew Rendall and Paul Vasey
  Page 637-637
• Great ape communication: Cognitive and evolutionary approaches 
  Anne E. Russon and David R. Begun
  Page 638-638
• Contribution of plasticity of sensorimotor cerebral cortex to development of communication skills 
  Barry J. Sessle and Dongyuan Yao
  Page 638-639
• Information processing and dynamical systems approaches are complementary 
  David Spurrett
  Page 639-640
• Information, representation, and the dynamic systems approach to language 
  John Symons
  Page 640-641
• Doesnt a dance require dancers? 
  N. S. Thompson and Jaan Valsiner
  Page 641-642
• Does the use of the dynamic system approach really help fill in the gap between human and nonhuman primate language? 
  Jacques Vauclair
  Page 642-643
• Human expression and experience: What does it mean to have language? 
  Yves-Marie Visetti and Victor Rosenthal
  Page 643-644
• Making meaning 
  Gabriel Waters and Sherman Wilcox
  Page 644-645
• Blind men, elephants, and dancing information processors 
  Chris Westbury
  Page 645-646
• A multichannel information-processing system is simpler and more easily tested 
  Thomas R. Zentall
  Page 646-646
• The emergence of a new paradigm in ape language research: Beyond interactionism 
  Stuart G. Shanker and Barbara J. King
  Page 646-651