Tim Hucho

Max Planck Institute for molecular Genetics · Signaling in Pain and Mental Retardation

Biochemistry, Neuroscience, Endocrinology, Cell Biology, Biology, Chemistry

  • 91Impact points

  • 18Publications

  • 285Followers

Research Experience

Sep, 2005
Cellular Aspects of Pain Sensitization
Max Planck Institute for molecular Genetics, Ropers
Berlin, Germany

Education

Jul, 2002 - Aug, 2005
University of California, San Francisco (UCSF), lab of JD Levine
PostDoc, Cellular aspects of PKCe dependent sensitization
San Francisco, United States of America
Oct, 1997 - May, 2002
Max Planck Institut for Neurobiology, lab of YA Barde
The neurotrophin receptor p75
external PhD work
Munich, Germany
Jul, 1996 - May, 1997
Rockefeller University, Lab of G. Blobel
Cryo-EM of the bacterial proteintranslocation channel SecYEG
external diploma work
New York, United States of America
Oct, 1992 - May, 2002
Freie Universität Berlin
Biochemistry
Dr.
Berlin, Germany
Oct, 1991 - Sep, 1992
Universität Leipzig
Biochemistry
Leipzig, Germany

Contact Details

Business:
14195 Berlin, Germany, Berlin
Institution:
Max Planck Institute for molecular Genetics, Signaling in Pain and Mental Retardation
Telephone:
++1 30 8413 1243
Website:
http://www.molgen.mpg.de/~abt_rop/signaltransduction/

Other

Leisure activities:
start and development of a young investigator network ("Nachwuchswissenschaftler in Deutschland (NiD) - Das Forum") for new group leaders, PostDocs and advanced PhD students under the umbrella of the GBM, with 5500 biochemists and microbiologist among the largest german life science societies
Society memberships:
Gesellschaft für Biochemie und Molekularbiologie (GBM)
International Association for the Study of Pain (IASP)
Journal referee:
01 PNAS
02 Journal of Neuroscience
03 Pain
04 FEBS Journal
05 Cell Biochemistry and Function
06 Cell Biology International
07 DFG (Projektantrag)
08 Universität Erlangen (Projektantrag)

Publications

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Academic Degrees

Dr. rer. nat.

Research Keywords

Nociception, Primary Sensory Neurons, Estrogens, Microtubules, Pain, Protein Kinases, intracellular signaling, PKC epsilon, mechanical and thermal hyperalgesia, sensitization

Current Location

Berlin, Germany