Lab of Wolfgang Liedtke, MD PhD

 
 

The Liedtke Lab is part of the Duke University Center for Translational Neuroscience, which is based in the Division of Neurology (Department of Medicine) and the Department of Neurobiology. We aim to deconstruct sensing mechanisms at the molecular, cellular, organ/systems and organismal level. Specifically, our interest is focused on osmotic and mechanical stimuli as highly relevant sensory cues. The sensory system most pertinent for our mission is the nociceptive system of the nervous system, which is necessary to evoke pain in conscious animals including humans, yet directs aversive behavior in virtually all animals that have a nervous system.  Because of the relevance for pain and nociception, besides tonicity and mechanical stimuli, pathophysiologically relevant modulatory co-stimuli such as inflammatory mediators are also being considered. Finally, neural transmission mechanisms of such stimuli are also being explored.

Center for Translational Neurosciencehttp://www.neuro.duke.edu/CTN/main/http://www.neuro.duke.edu/CTN/main/shapeimage_3_link_0
Division of Neurologyhttp://neurology.mc.duke.edu/http://neurology.mc.duke.edu/shapeimage_4_link_0

Back row  (left to right) : Patrick Kanju, Carlene Moore, Yiding Wang, Wolfgang Liedtke

Front row (left to right) : Jinju Li, Sukhee Lee, Michele, Puja Parekh, Amanda Lindy, Yong Chen

Welcome

Duke Medicinehttp://medicine.duke.edu/modules/dom_welcome/index.php?id=1http://medschool.duke.edu/modules/som_rt/index.php?id=1shapeimage_5_link_0
Research in the news:

http://www.ibtimes.com/prnews/20081210/diesell-particles-genes-ras-cancer.htm

http://futurity.org/top-stories/neurons-mature-rapidly-at-birth

http://www.dibs.duke.edu/news/research-findings/2009/11/19/rapid-neuronal-maturation-at-birth/

http://f1000biology.com/article/id/1225959  (f1000Nilius.htm)

http://www.sciencedaily.com/releases/2009/11/091117184531.htm


Awards :

Amanda Lindy won an award for her poster "Amino Acids Adjacent to the Pore Helix of OSM-9, a C. elegans TRPV Channel, Contribute to Calcium Permeation of the Predicted Calcium Selectivity Filter" at the 2009 Duke Graduate Student Symposium.

Sarah Hochendoner won a Duke Trinity College Research Forum in Neuroscience Award for her proposal " Link between brain reward pathways and CNS-mediated sodium appetite: regulation of DARPP-32 in response to induced sodium deficiency"
http://www.ibtimes.com/prnews/20081210/diesell-particles-genes-ras-cancer.htmhttp://futurity.org/top-stories/neurons-mature-rapidly-at-birth/http://www.dibs.duke.edu/news/research-findings/2009/11/19/rapid-neuronal-maturation-at-birth/http://f1000biology.com/article/id/1225959Home_files/f1000Nilius.htmhttp://www.sciencedaily.com/releases/2009/11/091117184531.htmhttp://f1000biology.com/article/id/1225959shapeimage_6_link_0shapeimage_6_link_1shapeimage_6_link_2shapeimage_6_link_3shapeimage_6_link_4shapeimage_6_link_5