CURRICULUM VITAE
Name
:
Erik Valdemar Stålberg
Date
of Birth
: April 21, 1936 in Sweden
Marital
Status
: Married to Eva, 3 children
Religion
:
Christian
Education
:
Medical
School: Uppsala University. Graduated in April 1963 from Medical faculty, Uppsala University,
Sweden.
PhD
Thesis 1966: Propagation velocity in human muscle fibres in situ,
Department of Pharmacology, Uppsala University.
Academic
Position
:
Ass.
Professor of Clinical Neurophysiology 1967-91, University Hospital, Uppsala.
Professor
of Clinical Neurophysiology since 1991, University Hospital, Uppsala.
Professor
emeritus since April 2001.
Mentorship:
Has been mentor for a number of PhD students in Uppsala and abroad.
Teaching activities:
Except local teaching been organizer or faculty in numerous courses such as Keypoint courses, International EMG courses in Uppsala for more than 20 years, twice a year, SuperEMG (Ultra EMG) 1985-2020 (nearly every year), and webinars 2020-2022.
Present Clinical and Administrative Position
:
Professor
em., Department of Clinical Neurophysiology, University Hospital, Uppsala.
Professional
organizations:
Member
of the:
Swedish
Association for Clinical Neurophysiology
Deutsche
EEG-Gesellschaft since 1977
AAEE
(AAEM, AANEM) since 1978 On the Board of Directors of AAEE 1987-1989
EMG
Commissions of the IFSCN. 1986-1989
Corresponding
member of ANA since 1988.
Australian
Neurological Association since 1990
Canadian
Soc of Clin Neurophysiologists since 1990
Honorary
member of The British Society for Clinical Neurophysiology since 1995
Honorary
member of Deutsche Gesellschaft für Klinische Neurophysiologie, 1995
FRCP
( Fellow of Royal College of Physicians) 1997
Slovenian
Academy of Sciences and Art (corresponding member), 1997
Check
Med Ass (Purkinje), 1999
Honorary
President of La Sociedad Espanola de Neurofisiología Clínical, 2005
Honorary
member of IFCN, 2010
Organizer
and Chairman of the Muscular Dystrophy Research Group of Sweden
President
of the International group for Quantitative Electromyography, 1988-1990
Convenor
of Quantitative EMG and SFEMG congress in Uppsala, Sweden 2001
Chairman
of the European Chapter of IFCN 1997-2005
Award from the Swedish Association for Biotechnology, 1976.
Grant
Support:
Support
from the Swedish Medical Research Council1964-2001.
Publications:
About
400 papers and about 70 book chapters in clinical neurophysiology mainly in the
field of electromyography. Scientific focus on studies of motor unit
microphysiology and on the development of quantitative analysis methods in
neurophysiology.
Also
working in the development of Telemedicine – neurophysiology for national and
international applications.
Networks
in academia and industry:
Academies:
Network within Inst
of Neurosciences in Uppsala University, Polish Academy of Sciences, Ljubljana Med School, Catholic University Rome, Duke University, Turku University, University of Northen Norway.
Industry:
Over the years he
has been consulted by the Medical Equipment Industry. A contact with Medtronic,
Copenhagen has lead to the development of a new EMG equipment, now internationally
spread.
Collaboration with
telecompanies has led to implementation of Telemedicine regionally in Sweden and in Baltic countries
Other:
Organized
courses and symposia on Single Fibre EMG and on Quantitative EMG in different
parts of the world.
Awards:
1994, AAEM Distinguished
Researcher Award
1994, University of Umeå, Mångberg´s award
1994, Swedish Medical
Association, Thureus award
1996, Swedish Medical
Association, David Ingvar´s award
1999, AAEM Lifetime Achievement
Award
2008, Robert Schwab award,
American Soc Clin Neurophysiology
2019, IFCN Stålberg Service Award
Editorial experiences:
Associate editor: Musle
and Nerve, 1993-96
Editorial board: EGG
journal/J Clin Neurophysiology
Editorial board Archieves
of Neurology
Editorial Board, International
advisor J Neuromuscular diseases, 1999-
Editor: "Clinical
Neurophysiology", vol 1
Referee for manuscripts
from various journals
General interest
Prof Stålberg has
developed a number of EMG methods such as SFEMG, Macro EMG, Scanning EMG and methods
for quantitation of conventional EMG. He has studied the microphysiology in
normal and diseased muscle. He has also worked on Telemedicine in
neurophysiology for routine applications.