Seminare und andere Veranstaltung am Max-Planck-Institut für Stoffwechselforschung oder an kooperierenden Instituten

Raum: Seminar room 1 Gastgeber: Dr. Marc Tittgemeyer Ort: MPI for Metabolism Research, Gleueler Strasse 50, 50931 Köln

Talk by Prof. Sarah Garfinkel, University of Sussex, UK

Clinical Neuroscience and the Heart-Brain Axis
Interoception incorporates the afferent signalling, central processing and neural and mental representation of internal bodily signals. Historically, within the fields of physiology, psychology and neuroscience, there has been inconsistency in the way that individual differences in interoception are defined and measured. This talk will detail empirical results which demonstrate dimensions of interoception with and without conscious access, with a particular focus on the heart. In normative samples, these interoceptive dimensions are distinct and dissociable. The integration of afferent signals with brain can augment or attenuate perceptive, cognitive and emotion processing. Selective alterations in interoceptive processing are evident in clinical conditions such as schizophrenia and autism, while specific interoceptive disturbances are associated with transdiagnostic symptom expression such as anxiety and dissociation. Understanding the multifaceted nature of interoception and body-brain interactions can open up new avenues for targeted treatment. [mehr]

Talk by Prof. Christian Ruff, University of Zurich

Dazed and confused? Neural origins of behavioral variability in value-based food choice.

Talk by Dr. Tom Schonberg, Tel Aviv University

New behavioral and imaging findings with the cue-approach paradigm: A non-reinforced mechanism of behavior change

Talk by Dr. Ivan de Araujo, Yale School of Medicine

The gut-brain axis and reward
Visceral organs have long been believed to act as major regulators of emotional state. However, the specific role of gut-borne signals in motivated behavior remains elusive to this day. The talk will describe the connectivity and behavioral functions of a neural circuit that links gut sensory neurons to brain reward systems. Implications for our current ideas on the role of the gut-brain axis will be discussed. [mehr]

Talk by Prof. Dr. Harald Möller, MPI for Human Cognitive and Brain Sciences, Leipzig

Insights into Brain Metabolism by quantitative MRI: An Approach from Physics

Talk by Stephen Smith, Professor of Biomedical Engineering, University of Oxford

Big Data Neuroimaging Studies – HCP and UK Biobank

Talk by Jin Hyung Lee, PhD, Stanford University

Optogenetic fMRI and the Investigation of Global Brain Circuit Mechanisms
Understanding the functional communication across brain has been a long sought-after goal of neuroscientists. However, due to the widespread and highly interconnected nature of brain circuits, the dynamic relationship between neuronal network elements remains elusive. With the development of optogenetic functional magnetic resonance imaging (ofMRI), it is now possible to observe whole-brain level network activity that results from modulating with millisecond-timescale resolution the activity of genetically, spatially, and topologically defined cell populations. ofMRI uniquely enables mapping global patterns of brain activity that result from the selective and precise control of neuronal populations. Advances in the molecular toolbox of optogenetics, as well as improvements in imaging technology, will bring ofMRI closer to its full potential. In particular, the integration of ultra-fast data acquisition, high SNR, and combinatorial optogenetics will enable powerful systems that can modulate and visualize brain activity in real-time. ofMRI is anticipated to play an important role in the dissection and control of network-level brain circuit function and dysfunction. In this talk, the ofMRI technology will be introduced with advanced approaches to bring it to its full potential, ending with examples of dissecting whole brain circuits associated with neurological diseases utilizing ofMRI. [mehr]

Talk by Professor Paul Fletcher, Cambridge

A cognitive neuroscientific approach to eating and over-eating

Talk by Prof. So Young Park

Food & Decision Making in humans: what is the link?

Talk by Henry Evrard, PhD

Insular cortex: a neuroanatomical insight into interoception, emotion, and self-awareness
Zur Redakteursansicht