Despite the many well-documented similarities -- genetic, cognitive, behavioral, social -- between our human selves and our evolutionary forebears, a significant gulf remains between us and them. Why is that? How did it come about? And how did we come to be the way we are? In this book fourteen distinguished scholars -- including humanist, atheist, and theist voices -- address such questions as they explore how and when human personhood emerged. Representing various disciplines, the contributors all offer significant insights (...) into new scientific research about the origins of human nature -- research that challenges some traditional views. CONTRIBUTORS Francisco J. Ayala Justin L. Barrett Roy F. Baumeister Warren S. Brown Richard W. Byrne Matthew J. Jarvinen Malcolm Jeeves Timothy O'Connor Lynn K. Paul Colin Renfrew Ian Tattersall Anthony C. Thiselton Alan J. Torrance Adam Zeman. (shrink)

Resetting the agenda -- The conflict motif in historical perspective -- From conflict to concordism -- Integration under the microscope : historical perspective -- Integration : contemporary views -- Insights from n neuropsychology : an overview -- Insights from neuropsychology about spirituality -- Insights about conversion, morality, wisdom, and memory -- Insights from evolutionary psychology -- Insights about human needs and motivation -- Social psychology and faith : stories of conflict, concordism, and authentic congruence (by David G. Myers) -- The (...) way ahead for psychological science and Christian faith. (shrink)

How do the many exciting recent scientific discoveries in neuroscience, psychology, evolutionary biology, genetics and paleoanthropology challenge and complicate £ but also enrich and illuminate £ the traditional Christian portrait of human nature? In Rethinking Human Nature an international team of scientists, historians, philosophers, and theologians presents both the wisdom of the past and the cutting edge of present and developing scientific research to explore answers to this vital question. Their discussions £ examining our brains, our genes, our ancestors, our (...) societies, and more £ will help us develop a more nuanced and complete understanding of what it really means to be human" -- Amazon.com. (shrink)

Approaching modern psychology -- Science and faith: learning from the past -- Neuropsychology: linking mind and brain -- Neuropsychology and spiritual experience -- Linking the brain and behavior -- Human nature: biblical and psychological portraits -- Human nature and animal nature: are they different? -- Personology and psychotherapy: confronting the challenges -- Human needs: psychological and theological perspectives -- Consciousness now: a contemporary issue -- Explaining consciousness now: a contemporary issue -- Determinism, freedom, and responsibility -- The future of science (...) and faith: beyond perspectivalism? (shrink)

It has long been unclear as to why particular cancers preferentially metastasize to certain sites. The possibilities usually discussed involve differential survival and proliferation at these sites, or selective trapping with or without preferential homing. A recent report by Muller et al.(1) provides evidence for preferential homing of breast cancer to metastatic sites. The findings indicate that the chemokine receptors CXCR4 and CCR7 are found on breast cancer cells and their ligands are highly expressed at sites associated with breast cancer (...) metastases. This results in chemotaxis, or directed migration of tumor cells from their primary site via the circulation to the preferential sites of metastases. The evidence for this model and its significance are reviewed here. BioEssays 23:674–676, 2001. © 2001 John Wiley & Sons, Inc. (shrink)

Animals detect and acquire resources through a sequence of shape changes. This process is tightly coupled to the sensory and mechanical ecology of the animal. Building physical models allow us to prescind from modeling these aspects of the environment, which may not yet be described or suitably abstracted. The significance of this hybrid of physical modeling and experimentation to the acquisition of scientific knowledge is discussed.