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Showing posts with the label autism

Neuroethics, the Predictive Brain, and Hallucinating Neural Networks

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By Andy Clark Andy Clark is Professor of Logic and Metaphysics in the School of Philosophy, Psychology and Language Sciences, at Edinburgh University in Scotland. He is the author of several books including Surfing Uncertainty: Prediction, Action, and the Embodied Mind (Oxford University Press, 2016). Andy is currently PI on a 4-year ERC-funded project Expecting Ourselves: Prediction, Action, and the Construction of Conscious Experience . In this post, I’d like to explore an emerging neurocomputational story that has implications for how we should think about ourselves and about the relations between normal and atypical forms of human experience. Predictive Processing: From Peeps to Phrases The approach is often known as ‘predictive processing’ and, as the name suggests, it depicts brains as multi-area, multi-level engines of prediction. Such devices (for some introductions, see Hohwy (2013), Clark (2013) (2016)) are constantly trying to self-generate the sensory stream – to re-creat...

How you’ll grow up, and how you’ll grow old

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By Nathan Ahlgrim Nathan Ahlgrim is a third year Ph.D. candidate in the Neuroscience Program at Emory. In his research, he studies how different brain regions interact to make certain memories stronger than others. In his own life, he strengthens his own brain power by hiking through the north Georgia mountains and reading highly technical science...fiction. An ounce of prevention can only be worth a pound of cure if you know what to prevent in the first place. The solution to modifying disease onset can be fairly straightforward if the prevention techniques are rooted in lifestyle, such as maintaining a healthy diet and weight to prevent hypertension and type-II diabetes. However, disorders of the brain are more complicated – both to treat and to predict. The emerging science of preclinical detection of brain disorders was on display at Emory University during the April 28th symposium entitled,  “The Use of Preclinical Biomarkers for Brain Diseases: A Neuroethical Dilemma.” ...

Join us for the Emory Graduate Student Neuroethics Symposium on April 28th, 2017

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This spring, the Neuroscience Graduate Program and the Neuroethics Program at Emory University are teaming up to present the 2017 Emory Graduate Student Neuroethics Symposium entitled, The Use of Preclinical Biomarkers for Brain Diseases: A Neuroethical Dilemma.  This year’s symposium will focus on the neuroethics of preclinical detection, including discussions of the basic and clinical research being performed and the neurotechnologies being developed for the early detection of autism, schizophrenia, and Alzheimer’s disease.  The symposium will take place on Friday, April 28th from 10am to 4:30pm at Emory University and is free and open to the public. The symposium will be comprised of three sessions:  Session 1: Autism, with a focus on the ethics of conducting preclinical research. Session 2: Schizophrenia, with a focus on the ethics of interventions and treatment. Session 3: Alzheimer’s disease, with a focus on the ethics of delivering a preclinical diagnosis give...

The ethical duty to know: Facilitated communication for autism as a tragic case example

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By Scott O. Lilienfeld, Ph.D. Scott O. Lilienfeld is a Samuel Candler Dobbs Professor of Psychology at Emory University. He received his A.B. from Cornell University in 1982 and his Ph.D. in Psychology (Clinical) from the University of Minnesota in 1990. His interests include the etiology and assessment of personality disorders, conceptual issues in psychiatric classification, scientific thinking and evidence-based practice in psychology, and most recently, the implications of neuroscience for the broader field of psychology. Along with Sally Satel, he is co-author of Brainwashed: The Seductive Appeal of Mindless Neuroscience (2013, Basic Books). I’m a clinical psychologist by training, although I no longer conduct psychotherapy. In the course of my graduate work at the University of Minnesota during the 1980s, I – like virtually all therapists in training – learned all about the ethical mandates of clinical practice. By now, all mental health professionals can practically r...

Disease or Diversity: Learning from Autism

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by Jillybeth Burgado The following post is part of a special series emerging from Contemporary Issues in Neuroethics, a graduate-level course out of Emory University’s Center for Ethics.  Jillybeth is a senior undergraduate double majoring in neuroscience and behavioral biology and religion. She hopes to pursue a PhD in neuroscience after working as a research assistant after graduation. Chipmunka Publishing   The idea that variation in behaviors arises through natural differences in our genome was popularized in the 1990s and termed “ neurodiversity .” Led in large part by autism spectrum disorder (autism) activists, this movement challenged the established notions of autism as a disease that needed to be eradicated, championing the acceptance of a wide array of neural differences in the population. Rejecting terms such as “normal,” proponents of neurodiversity questioned common messaging and goals of research organizations (e.g. autism is not something that needs to be eradi...

Ethics, Genetics, and Autism: A Conversation with Dr. Joseph Cubells

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Dr. Joseph Cubells Dr. Joseph Cubells is an Emory psychiatrist who focuses on working with adults with developmental and behavioral disorders, especially Autism Spectrum Disorders (ASD). He is on the cutting edge of using molecular genetics to identify genetic anomalies in his patients with the aim of improving and refining treatment packages. I spoke with Dr. Cubells about his work and the ethical implications of the use of genetic microarray tests with patients. After providing more details about how he uses molecular genetics in his practice, I will focus on our discussion of two primary issues related to his work: (1) the communication of genetic testing procedures and results to families and, (2) the role of health care systems in the widespread use of these tests.  Dr. Cubells is primarily engaged in clinic work. He has over 200 cases and works exclusively with adults (he does not see patients under the age of 16). Molecular genetics is one technique used in his patient man...