Dr. Jochen Baumeister - Department Sport & Gesundheit
Dr. Jochen Baumeister - Department Sport & Gesundheit
Dr. Jochen Baumeister - Department Sport & Gesundheit
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Update 26.09.2012<br />
Personal information<br />
Work address<br />
<strong>Dr</strong>. <strong>Jochen</strong> <strong>Baumeister</strong><br />
Curriculum Vitae<br />
Surname / First Name <strong>Baumeister</strong>, <strong>Jochen</strong><br />
Private Address Zur Laake 13c<br />
33154 Scharmede<br />
GERMANY<br />
Nationality German<br />
Age 40 years<br />
married<br />
Institute of <strong>Sport</strong>s Medicine<br />
<strong>Department</strong> Exercise & Health<br />
Faculty of Science<br />
University of Paderborn, Germany<br />
two children<br />
(Luca Marie 10, Neele Kim 6)<br />
Room SP 1.521<br />
Warburger Str. 100<br />
33098 Paderborn, Germany<br />
phone : ++49 5251 603588<br />
fax: ++49 5251 603188<br />
Email: jochen@sportmed.upb.de<br />
web: http://dsg.uni-paderborn.de/mitarbeiter/ab3/jochenbaumeister/
I. BACKGROUND INFORMATION<br />
Academic education<br />
1993 – 1997 studying <strong>Sport</strong> Science and Physical Education at the University of Paderborn<br />
March 1999 Master of Science (MSc)/ Diplom-<strong>Sport</strong>wissenschaftler (Dipl.-<strong>Sport</strong>wiss)<br />
University of Paderborn<br />
Thesis:”Verläufe isokinetischer Messparameter im Training der Rehabilitation nach<br />
Verletzungen des vorderen Kreuzbandes im Vergleich zu gesunden<br />
Kontrollpersonen”<br />
2002 – 2006 PhD candidate at Institute of <strong>Sport</strong>s Medicine, University of Paderborn<br />
June 2007 PhD (<strong>Dr</strong>. rer.medic.) in Human Movement Science, <strong>Sport</strong>s Medicine and<br />
Neuroscience<br />
University of Paderborn<br />
Thesis:”Cortical and motor changes after reconstruction of the anterior cruciate<br />
ligament (ACL) during sensorimotor tasks”<br />
2008 – 2012 Habilitation (habil., in process) Exercise Science & Neuroscience<br />
Research focus<br />
Thesis:”Brain activity in different conditions in <strong>Sport</strong>s and Exercise Research”<br />
Exercise Science and Motor Neuroscience<br />
I am the director of the Exercise & Brain Laboratory at the University of Paderborn. Research conducted in the<br />
Exercise & Brain Lab focuses on understanding the fundamentals and influencing factors of the control of human<br />
movement. Theory and practice in motor behavior needs to be constrained on sensorimotor control, a dynamic<br />
interaction of the sensation of sensory stimuli, the processing in the CNS and the motor output. Specifically, I am<br />
interested in the brain-behavior relationship and the role of sensory information in goal-directed movements and<br />
postural control in sports performance and musculoskeletal rehabilitation.<br />
Teaching<br />
Creative and mobile learning environment<br />
As a teacher it is my duty to guide in the learning process. Therefore creating a strong basic theoretical<br />
foundation is important. My focus is to create an environment where students feel free to explore the subject<br />
matter from various angles to develop ideas, definitions, models and applications. I believe in experimental<br />
learning and the "field-trip" philosophy in which information is presented in a hands-on fashion and use<br />
technical advances to provide the students with additional material (“blended learning”).
Employment history<br />
2011 Associate Professor<br />
School of <strong>Sport</strong> Science, Waseda University, Tokyo, Japan<br />
2008 – current Director of „Exercise & Brain“ Research Unit<br />
Institute of <strong>Sport</strong>s Medicine, University of Paderborn<br />
2007 – 2008 Lecturer<br />
Institute of <strong>Sport</strong>s Medicine, University of Paderborn<br />
2003 – 2006 Junior Lecturer<br />
Institute of <strong>Sport</strong>s Medicine, University of Paderborn<br />
(Supervisors: Prof. Michael Weiß / Prof. Heinz Liesen)<br />
2001 – 2002 Graduate Research Assistant<br />
Institute of <strong>Sport</strong>s Medicine, University of Paderborn<br />
(Supervisors: Prof. Michael Weiß / Prof. Heinz Liesen)<br />
2000 – 2001 Graduate Research Assistant<br />
Institute of <strong>Sport</strong>s Science, University of Karlsruhe<br />
(Supervisor: Prof. Klaus Bös)<br />
1997 – 1999 Head of Therapy Division (AOTR/EAP)<br />
PHYSIOmed, Rehabilitation Center for <strong>Sport</strong>s Injuries,<br />
Erwitte, Germany<br />
Honors & Awards<br />
2000 Paderborn <strong>Sport</strong>s Science Award<br />
for an outstanding Master thesis<br />
(awarded by Sparkasse Paderborn, 1000 €)<br />
2007 Research Award of the University of Paderborn<br />
together with Heinz-Nixdorf Institute for the interdisciplinary project:<br />
„Information Technology for game analysis in complex game sports“<br />
(awarded by the University of Paderborn, 38.500 €)<br />
2007 3 rd ACSM International Award, New Orleans<br />
for scientific poster<br />
„Changes in cortical activity during a sensorimotor task due to ACLreconstruction”<br />
(Awarded by the American College of <strong>Sport</strong>s Medicine)<br />
2008 EISCSA Congress Award Session, Luxembourg<br />
for the oral presentation<br />
„How the brain acts: Imagination of proprioceptive modalities”<br />
(awarded by Société Luxembourgeoise de Recherche en Orthopédie et<br />
Médecine du <strong>Sport</strong>)
Academic visits<br />
1999 – 2000 MRC/UCT Research Unit for Exercise Science & <strong>Sport</strong>s Medicine University of<br />
Cape Town, South Africa (Prof. Timothy Noakes)<br />
2001 <strong>Department</strong> of Exercise Science,<br />
Southern Cross University, Lismore, Australia (<strong>Dr</strong>. Adam Bryant)<br />
2002 MRC/UCT Research Unit for Exercise Science & <strong>Sport</strong>s Medicine University of<br />
Cape Town, South Africa (Prof. Timothy Noakes)<br />
2004 Biomedical Engineering (Nuffield),<br />
University of Oxford, United Kingdom (<strong>Dr</strong>. Regan Arendse)<br />
2007 MRC/UCT Research Unit for Exercise Science & <strong>Sport</strong>s Medicine University of<br />
Cape Town, South Africa (Prof. Timothy Noakes)<br />
2008 School of Psychology and <strong>Sport</strong>s Science,<br />
Northumbria University, Newcastle, United Kingdom (Prof. A. St Clair Gibson)<br />
2009 <strong>Department</strong> of Orthopedics and Clinical Sciences,<br />
University of Lund, Sweden (Prof. Eva Ageberg)<br />
2010 Faculty of Health Sciences, Division of Physiotherapy<br />
University of Stellenbosch, South Africa (Prof. Quinette Louw)<br />
2010 <strong>Department</strong> of Orthopedics and Clinical Sciences,<br />
University of Lund, Sweden (Prof. Eva Ageberg)<br />
2010 <strong>Department</strong> of Health, Nutrition & Exercise Science,<br />
University of Delaware, USA (Prof. Charles Swanik)<br />
2011 Faculty of Health Sciences, Division of Physiotherapy<br />
University of Stellenbosch, South Africa (Prof. Quinette Louw)<br />
2011 <strong>Department</strong> of Orthopedics and Clinical Sciences,<br />
University of Lund, Sweden (Prof. Eva Ageberg)<br />
2011 <strong>Department</strong> of Health, Nutrition & Exercise Science,<br />
University of Delaware, USA (Prof. Charles Swanik)<br />
2011 School of <strong>Sport</strong> Science, Center of Excellence, <strong>Sport</strong>s Science Program<br />
Waseda University, Japan (Prof. Sunao Uchida/ Prof. Kaz Kanosue)<br />
2012 <strong>Department</strong> of Orthopedics and Clinical Sciences,<br />
University of Lund, Sweden (Prof. Eva Ageberg)<br />
2012 <strong>Department</strong> of Health, Nutrition & Exercise Science,<br />
University of Delaware, USA (Prof. Charles Swanik)<br />
2012 Faculty of Health Sciences, Division of Physiotherapy<br />
University of Stellenbosch, South Africa (Prof. Quinette Louw)<br />
2012 (scheduled) <strong>Department</strong> of Health, Nutrition & Exercise Science,<br />
University of Delaware, USA (Prof. Charles Swanik)
Professional affiliations<br />
since 1997 Deutsche Vereinigung für <strong>Sport</strong>wissenschaft (dvs)<br />
since 2007 American College of <strong>Sport</strong>s Medicine (ACSM)<br />
since 2007 European College of <strong>Sport</strong>s Science (ECSS)<br />
since 2008 European Interdisciplinary Society of Clinical and <strong>Sport</strong>s<br />
Professional collaborations<br />
Applications (EISCSA)<br />
national<br />
� University of Paderborn, <strong>Department</strong> of Mathmatics, Numerical Mathmatics and Dynamical<br />
Systems (Prof. Michael Dellnitz)<br />
� University of Bielefeld, Center of Excellence in Cognitive Interaction Technology (Prof. Ulrich<br />
Rückert)<br />
� Jacobs University Bremen, Jacobs Center on Lifelong Learning and Institutional Development<br />
(Prof. Claudia Voelcker-Rehage)<br />
� University of Koblenz, RheinAhrCampus Remagen, Biomedical Engineering<br />
(Prof. Bongartz)<br />
� German Research Foundation (DFG)<br />
� German Academic Exchange Service (DAAD)<br />
� German Federal Institute of <strong>Sport</strong>s Science (BiSp)<br />
international<br />
� University of Stellenbosch, Faculty of Health Sciences, Division of Physiotherapy (Prof.<br />
Quinette Louw), South Africa<br />
� University of Lund, <strong>Department</strong> of Orthopedics (Prof. Eva Ageberg), Sweden<br />
� University of Delaware, <strong>Department</strong> of Kinesiology and Applied Physiology (Prof. Buz Swanik),<br />
United States<br />
� Northumbria University, School of Psychology and <strong>Sport</strong>s Science (Prof. Alan St Clair Gibson),<br />
United Kingdom<br />
� University of Cape Town, Exercise Science & <strong>Sport</strong>s Medicine, MRC/UCT Research Unit (Prof.<br />
Timothy D. Noakes), South Africa<br />
� Waseda University, <strong>Department</strong> of Neuroscience & <strong>Sport</strong>s Psychiatry, (Prof. Sunao Uchida),<br />
Japan<br />
� Université Joseph Fourier Grenoble, Laboratoire REX-S (<strong>Dr</strong>. Samuel Verges), France
Service<br />
2006-now <strong>Department</strong> Teaching Board<br />
2008-now Research Coordinator at the Institute of <strong>Sport</strong>s Medicine<br />
2008-2009 Search Committee, <strong>Sport</strong>s Medicine Faculty Position (W3-Professor)<br />
2009-2011 Doctoral Comprehensive Examination Committee<br />
2009-now Bachelor´s Examination Committee<br />
2010-2011 Search Committee, <strong>Sport</strong>s Psychology Faculty Position (W2-Professor)<br />
Editorial Board<br />
Journal of <strong>Sport</strong>s Medicine & Doping Studies<br />
Ad-hoc reviewer for peer-reviewed journals<br />
Neuroscience (IF 3.215)<br />
BMC Neuroscience (IF 3.04)<br />
Neuroscience Letters (IF 2.085)<br />
Journal of Strength and Conditioning Research (IF 1.831)<br />
International Journal of <strong>Sport</strong>s Medicine (IF 1.626)<br />
Scandinavian Journal of Medicine & Science in <strong>Sport</strong>s (IF 2.867)<br />
Journal of <strong>Sport</strong>s Medicine (IF 1.87)<br />
European Journal of Applied Physiology (IF 2.142)<br />
European Journal of <strong>Sport</strong>s Science (IF 0.742)<br />
American Journal of Physiology: Reg Integr Compar Physiol (IF 3.36)<br />
Perceptual and Motor Skills (IF 0,387)<br />
Physiology & Behavior (IF 3.295)<br />
Biological Psychology (IF 4.363)<br />
Journal of Orthopedic & <strong>Sport</strong>s Physical Therapy (IF 2.482)<br />
Journal of Cellular and Molecular Medicine (IF 6,807)<br />
Medical Science Monitor (IF 1.543)<br />
Orthopedic Research and Reviews<br />
Clinical Interventions in Aging<br />
Zeitschrift für <strong>Sport</strong>psychologie
Invited Presentations & Lectures<br />
<strong>Baumeister</strong> J.: Beyond the barrier – ACL injury and brain function. (Hauptvortrag am 15.8.2012, Annual<br />
Academic Day 2012, Faculty of Medicine & Health Sciences, Stellenbosch University, South Africa)<br />
<strong>Baumeister</strong> J.: ”Motor behavior and the brain: fundamentals of sensorimotor control” (invited<br />
presentation 18.4.2012; Faculty of <strong>Sport</strong>s Sciences, University of Bochum, Bochum, Germany)<br />
<strong>Baumeister</strong> J.: ”Exercise & Brain: Brain mechanisms and sensorimotor control after ACL<br />
reconstruction” (invited presentation 19.3.2012; <strong>Department</strong> of Kinesiology and Applied Physiology,<br />
University of Delaware, Newark (DE), United States)<br />
<strong>Baumeister</strong> J.: ”Between Perception and Action: The brain in information processing in sport science.”<br />
(invited lecture series 1.9.-30-11.2011; Graduate School of <strong>Sport</strong> Science, COE Global Program,<br />
School of <strong>Sport</strong> Science, Waseda University, Tokyo, Japan)<br />
<strong>Baumeister</strong> J.: ”Exercise & Brain: Brain Mechanisms and sensorimotor control.” (presentation<br />
10.10.2011; School of <strong>Sport</strong> Science, Waseda University, Tokyo, Japan)<br />
<strong>Baumeister</strong> J.: ”Leistungsfähigkeit und Gehirn.” (invited symposium 21.9.2011; dvs Hochschultag,<br />
Halle, Germany)<br />
<strong>Baumeister</strong> J.: ”Neurocognitive aspects of sensorimotor function” (invited tutorial lecture 31.5.-<br />
4.6.2011; Annual Meeting of the American College of <strong>Sport</strong>s Medicine, Denver, USA)<br />
<strong>Baumeister</strong> J.: “Fun & Function – injury prevention in female youth soccer” (invited symposium<br />
8.4.2011; IOC World Conference on Prevention and Illness in <strong>Sport</strong>”, Monaco)<br />
<strong>Baumeister</strong> J.: ”Neurocognitive aspects of sensorimotor function: the ACL model” (lecture 24. March<br />
2011; Division of Physiotherapy, Stellenbosch University, South Africa)<br />
<strong>Baumeister</strong> J.: ”Neurocognitive aspects of sensorimotor function” (plenary presentation 24. May 2010;<br />
Congress of the Swedish Society of <strong>Sport</strong>s Medicine, Bastad, SWE)<br />
<strong>Baumeister</strong> J.: “Sensorimotor function and the brain: a new approach in rehabilitation” (presentation<br />
9.Juni 2009, <strong>Department</strong> of Orthopedics and Clinical Sciences, University of Lund, Lund, SWE)<br />
<strong>Baumeister</strong> J: "Brain activity in Golf putting: Detecting Experts from Novices" (presentation 20.Oktober<br />
2008, School of Psychology and <strong>Sport</strong>s Sciences, Northumbria University, Newcastle, UK)<br />
<strong>Baumeister</strong> J: "Gehirn und Bewegung: Angewandte Neurowissenschaft im <strong>Sport</strong>" (presentation 13.Juli<br />
2008, RheinAhrCampus, Remagen, GER)<br />
<strong>Baumeister</strong> J: "Bewegung und Gehirn - Spiel und Bewegungsformen für den Schulalltag" (presentation<br />
19. September 2007, 3.Tag des Paderborner Schulsports in Paderborn, GER)<br />
<strong>Baumeister</strong> J: "Exercise & Brain: Research and Applications." (presentation 29. August 2007,<br />
<strong>Department</strong> Human Biology, MRC/UCT Research Unit at the University of Cape Town, South Africa)<br />
<strong>Baumeister</strong> J: "Zentralnervöse und motorische Auswirkungen einer Verletzung und Rekonstruktion des<br />
vorderen Kreuzbandes bei sensomotorischen Aufgaben" (Disputation Dissertation process 26.Juni<br />
2007, Paderborn, GER)<br />
<strong>Baumeister</strong> J: "Putt and Brain - eine sportmotorische Zielbewegung im Abbild elektrophysiologischer<br />
Messungen" (presentation 25.April 2007, Westfälisches sportmedizinisches Kolloquium in Bochum,<br />
GER)<br />
<strong>Baumeister</strong> J: "Physiologische Spielbeobachtung im Handball" (presentation 20.März 2007 im<br />
Bundesinstitut für <strong>Sport</strong>wissenschaft in Bonn, GER)
<strong>Baumeister</strong> J: "Exercise and Brain" (presentation 21. Februar 2007 im Institut für <strong>Sport</strong>wissenschaft,<br />
Universität Giessen, GER
II. LIST OF PUBLISHED WORK<br />
Textbook Contributions<br />
1. Tittlbach S., Knyrim H., <strong>Baumeister</strong> J. & Bös K. (2004). Motorische Tests. In W. Banzer, K. Pfeifer,<br />
L. Vogt (Ed.): Funktionsdiagnostik des menschlichen Bewegungsapparates (pp. 71-86). Berlin:<br />
Springer Verlag<br />
2. <strong>Baumeister</strong>, J., Reinecke, K., Herbarth, B., Herwegen, H., Liesen, H. & Weiss, M. (2008). Brain<br />
activity in a golf putting task: the effect of skill level. In D. Crews & L. Rafer (Ed.), Science and Golf<br />
V (pp. 208-215). Mesa: Energy in Motion.<br />
3. <strong>Baumeister</strong> J., Reinecke K., Schnittker R. & Weiss M. (2009). Auswirkungen physischer Belastung<br />
auf den Hautleitwert als Abbild psychischer Belastung. In Bundesinstitut für <strong>Sport</strong>wissenschaft<br />
(Ed.), BiSp-Jahrbuch – Forschungsförderung 2007/2008.<br />
4. <strong>Baumeister</strong> J., Reinecke K., Schubert M. & Weiss M. (2010). Einfluss von Ermüdung auf die<br />
Gehirnaktivität während einer visuell-räumlichen Präzisionsaufgabe. In: Amesberger, G.,<br />
Finkenzeller, T., Würth, S. (Ed.). Psychophysiologie im <strong>Sport</strong> – zwischen Experiment und<br />
Handlungsoptimierung (p.38). Czwalina: Hamburg<br />
Media Contributions (DVD)<br />
5. St Clair Gibson A. & <strong>Baumeister</strong> J. (2011). Beyond the Brain Barrier – ACL Injury and Brain<br />
Function. DVD, Monterrey: Healthy Learning<br />
Refereed Research Publications (full paper)<br />
6. <strong>Baumeister</strong> J. & Weiss M. (2002). Non-typical measurements during a isokinetic training session<br />
after ACL-reconstruction. <strong>Sport</strong>verletz <strong>Sport</strong>schaden 16 (2), 74-79<br />
7. Jäger R., Purpura M., Geiss K.R., Weiss M., <strong>Baumeister</strong> J., Amatulli F., Schröder L. & Herwegen<br />
H. (2007). The effect of phosphatidylserine on golf performance. J Int Soc <strong>Sport</strong>s Nutr 4(1), 23<br />
8. <strong>Baumeister</strong> J., Reinecke K., Liesen H. & Weiss M. (2008). Cortical activity of skilled performance in<br />
a complex sports related motor task. Eur J Appl Physiol 2008, 104:625-631<br />
9. <strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2008). Changed cortical activity after anterior cruciate<br />
ligament reconstruction in a joint position paradigm: an EEG study. Scand J Med Sci <strong>Sport</strong>s 18(4),<br />
473-484<br />
10. <strong>Baumeister</strong> J., Barthel T., Geiss K.R. & Weiss M. (2008). Recovery from cognitive performance:<br />
the effect of phosphatidylserine on cortical activity. Nutr Neurosci 11(3), 103-110<br />
11. <strong>Baumeister</strong> J., Reinecke K., Cordes M., Lerch C., Weiss M. (2010). Brain activity in real golf putting<br />
and playing Nintendo Wii golf. Neurosci Lett 481 (1), 47-50<br />
12. <strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2011). Altered electrocortical brain activity after ACL<br />
reconstruction during force control J Orthop Res 29(9), 1383-1389
13. Plattner K., <strong>Baumeister</strong> J., Lamberts R.P., Lambert M.I. (2011). Dissociation in changes in EMG<br />
activation during maximal isometric and submaximal low force dynamic contractions after exercise<br />
induced muscle damage. J Electromyogr Kinesiol 21(3), 542-550<br />
14. Reinecke K., Cordes M., Lerch C., Schubert M., Koutsandreou F., Weiss M. & <strong>Baumeister</strong> J.<br />
(2011). From lab to field conditions: A pilot study on EEG methodology in applied sports sciences.<br />
Appl Psychophysiol Biofeedback 36(4), 265-271<br />
15. <strong>Baumeister</strong> J., Reinecke K., Schubert M., Schade J. & Weiss M. (2012). Effects of induced fatigue<br />
on brain activity during sensorimotor control. Eur J Appl Physiol 112(7), 2475-82<br />
16. Plattner C., Lambert MI & <strong>Baumeister</strong> J. (2012). The interaction between cortical alpha activity and<br />
pain and neuromuscular changes caused by exercise induced muscle damage Scand J Sci Med<br />
<strong>Sport</strong>s (ebub ahead of print, 27 June 2012)<br />
17. <strong>Baumeister</strong> J. (2012). What the brain can tell us in musculoskeletal rehabilitation. J <strong>Sport</strong> Medic<br />
Doping Stud J <strong>Sport</strong> Medic Doping Stud 2:3<br />
18. Plattner C., Lambert MI & <strong>Baumeister</strong> J. The response of cortical beta activity to pain and<br />
neuromuscular changes caused by exercise induced muscle damage. Exp Brain Res (submitted,<br />
ID: EBR-11-0395)<br />
19. Louw Q, van Niekerk SM, von Detten S, Cockcroft J & <strong>Baumeister</strong> J. The effect of fatigue on lower<br />
limb kinematics post ACL reconstruction and return to sports participation. J Orthop <strong>Sport</strong>s Phys<br />
Ther (submitted, ID:09-12-4578-RR)<br />
Refereed Published Abstracts and Scientific Presentations (*=oral)<br />
20. Barthel T., Schnittker R., Peters P., <strong>Baumeister</strong> J., Becker A., Liesen H. & Weiss M. (2003).<br />
Changes in cortical activity and Movement-related-cortical-Potentials MRCP´s) during initial pedal<br />
kicks on a cycle ergometer in patients after anterior cruciate ligament rconstruction (ACL). In W.I.<br />
Schöllhorn, C. Bohn, J.M. Jäger, H. Schaper, M. Alichmann (Ed.), European Workshop on<br />
Movement Science – Mechanics, Physiology, Psychology. (pp. 90-91), Münster: <strong>Sport</strong> & Buch<br />
Strauß<br />
21. Barthel T., <strong>Baumeister</strong> J., Liesen H. & Weiss M. (2003). Zentralnervöse Regulation im EEG nach<br />
erschöpfender Ergometerbelastung in Abhängigkeit von der Ausdauerleistungsfähigkeit. Dt Z<br />
<strong>Sport</strong>med 54(7-8), 68<br />
22. Barthel T., Schnittker R., Peters P., <strong>Baumeister</strong> J., Liesen H. & Weiss M. (2003). Führen<br />
Kreuzbandrekonstruktionen zu Veränderungen im zentralen Nervensystem und kortikaler<br />
Bewegungsplanung? Dt Z <strong>Sport</strong>med 54(7-8), 62<br />
23. <strong>Baumeister</strong> J., Ries C. & Weiss M. (2004). Influence of limb dominance on knee flexor:extensor<br />
ratio of ACL reconstructed patients. Isokin Exerc Sci 12(1), 59-60<br />
24. <strong>Baumeister</strong> J., Barthel T., Reinecke K., Koplin S. & Weiss M. (2005). Zentrale Aktivierung während<br />
einfachen motorischen, motorisch-mentalen und kognitiven Aufgabenstellungen. Gibt es<br />
charakteristische Merkmale? Dt Z <strong>Sport</strong>med 56(8), 300<br />
25. <strong>Baumeister</strong> J., Ries C. & Weiss M. (2005). Einfluß der Seitigkeit auf die funktionelle Kraftbalance<br />
bei Patienten mit rekonstruiertem vorderem Kreuzband. Dt Z <strong>Sport</strong>med 56(8), 284<br />
26. <strong>Baumeister</strong> J., Reinecke K., Liesen H. & Weiss M. (2007). Changes in brain activity patterns during<br />
a sensorimotor task due to ACL-reconstruction. Med Sci <strong>Sport</strong> Exerc 39(5), 330<br />
27. <strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2007). Electro-cortical activation patterns in two different<br />
proprioceptive modalities after ACL reconstruction. In J. Kallio, P.V. Komi, J. Komulainen & J. Avela<br />
(Ed.). Book of Abstracts - ECSS Jyväskylä 2007, 618
28. *<strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2007). Different cortical activation patterns due to two<br />
different proprioceptive modalities in ACL reconstructed patients. In P. Beek, R. van de Langenberg<br />
(Ed.): European Workshop On Movement Science – Mechanics, Physiology, Psychology. (pp.138-<br />
139), Köln: Buch & <strong>Sport</strong> Strauß, Köln 2007<br />
29. *<strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2007). Kortikale Veränderungen während<br />
sensomotorischer Aufgaben nach Rekonstruktion des vorderen Kreuzbandes. Dt Z <strong>Sport</strong>med<br />
58(7/8), 207<br />
30. Herbarth B., <strong>Baumeister</strong> J., Herwegen H., Liesen H. & Weiss M. (2007). Neuromonitoring in a Golf<br />
Putting Task: Discrimination of skill level due to different conditions. In P. Beek, R. van de<br />
Langenberg (Ed.): European Workshop On Movement Science – Mechanics, Physiology,<br />
Psychology. (pp.138-139), Köln: Buch & <strong>Sport</strong> Strauß, Köln 2007<br />
31. Herbarth B., <strong>Baumeister</strong> J., Herwegen H., Liesen H. & Weiss M. Complex Neuromonitoring in a<br />
Golf Putting Task. Med Sci <strong>Sport</strong> Exerc 39(5), 329<br />
32. *<strong>Baumeister</strong> J., Reinecke K., Herbarth B., Liesen H. & Weiss M. (2008). Brain activity: how experts<br />
differ from novices in goal-directed sports performance. In J. Cabri, F. Alves, D. Araujo, J. Barreiros,<br />
J. Diniz, A. Veloso (Eds.): Book of Abstracts - ECSS Estoril 2008. (p.24), Cologne: SporTools<br />
33. *<strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2008). How the brain works: Imagination of<br />
proprioceptive modalities after ACL- reconstruction. Isokin Exerc Sci, 2008, 16(3), 192<br />
34. *<strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2008). Mehr als seine periphere Verletzung: Kortikale<br />
Veränderungen nach Rekonstruktion des vorderen Kreuzbandes. <strong>Sport</strong> Orthop Traumatol,<br />
24(2), 109-110 (<br />
35. Reinecke K., <strong>Baumeister</strong> J. & Weiss M. (2008). The state of mind during golf putting: Do<br />
hemispheric asymmetries play a role?<br />
36. Reinsberger C., <strong>Baumeister</strong> J., Weiss M. & Classen J. (2008) Modulation of corticomuscular<br />
coherences by proprioceptive somatomotor leg training. Klin Neurophys 39(1), 145<br />
37. Koplin S., Schnittker R., <strong>Baumeister</strong> J., Jöllenbeck T. & Weiss M. (2008) Reliability of force plates<br />
during drop-landing: A basis for reference data in the rehabilitation process Isokin Exerc Sci, 16(3),<br />
200,<br />
38. Koplin S., Schnittker R., <strong>Baumeister</strong> J., Jöllenbeck T. & Weiss M. (2008). Functional testing: Do<br />
force plates deliver reliable parameters to analyse drop-landings? In J. Cabri, F. Alves, D. Araujo, J.<br />
Barreiros, J. Diniz, A. Veloso (Eds.): Book of Abstracts - ECSS Estoril 2008. (p.460), Cologne:<br />
SporTools<br />
39. Reinecke K., <strong>Baumeister</strong> J. & Weiss M. (2008). Do Hemispheric Asymmetries play a Role in Golf<br />
Putting? In J. Cabri, F. Alves, D. Araujo, J. Barreiros, J. Diniz, A. Veloso (Eds.): Book of Abstracts -<br />
ECSS Estoril 2008. (p.190), Cologne: SporTools,<br />
40. *<strong>Baumeister</strong> J., Reinecke K. & Weiss M. (2009). Immagination of sensorimotor tasks after ACL<br />
reconstruction: An EEG pilot study. Med Sci <strong>Sport</strong>s Exerc 41(5), 124<br />
41. *<strong>Baumeister</strong> J., Reinecke K., St Clair Gibson A., Rauch L.H., Noakes T.D. & Weiss M. (2009)<br />
Mental fatigue as a tool in sports and exercise: Evaluation of performance, perception and brain<br />
activity. In: Loland, S., Bø, K., Fasting, K., Hallén, J., Ommundsen, Y., Roberts, G., Tsolakidis, E.<br />
(eds.): Book of Abstracts - ECSS Oslo 2009. Cologne, 89<br />
42. *<strong>Baumeister</strong> J., Reinecke K., Schubert M. & Weiss M. (2009) Cortical activity during force<br />
production after ACL reconstruction. In: Vaughan K, Schewe H: International Society of<br />
Biomechanics 2009 – Programme Book, Cape Town, 22<br />
43. Cordes M, Lerch C, Reinecke K, Schubert M, Weiß M, <strong>Baumeister</strong> J. (2009). Virtuell-<br />
interaktives Putten (Nintendo Wii) im Golf: Unterschiede in der kortikalen Aktivität im Vergleich zum<br />
realen Putt. Dtsch Z <strong>Sport</strong>med 60(7+8), 287<br />
44. Lerch C, Cordes M, Reinecke K, Schubert M, Weiß M, <strong>Baumeister</strong> J. (2009). Vergleich der<br />
kortikalen Aktivität in realen und mentalen Puttsituationen im Golf. Dtsch Z <strong>Sport</strong>med 60(7+8), 289
45. Paier D, Schnittker R, Reinecke K, Wilhelm P, Preis R, Weiß M, <strong>Baumeister</strong> J. (2009).<br />
Physiologische Spielbeobachtung - Testgüte des Videotrackings im <strong>Sport</strong>s Performance Analyzer<br />
(SPA). Dtsch Z <strong>Sport</strong>med 60(7+8), 69<br />
46. Reinecke K, Cordes M, Lerch C, Schubert M, Weiß M, <strong>Baumeister</strong> J. (2009). Cortical activity<br />
during mental imagery of golf putting compared to real golf putting performance. Progress in Motor<br />
Control - Presentations, Marseille, 22<br />
47. Reinecke K, Cordes M, Lerch C, Schubert M, Weiss M <strong>Baumeister</strong> J. (2009). Virtual golf putting:<br />
Cortical activation during real golf putting compared to Nintendo Wii putting performance. In: Loland,<br />
S., Bø, K., Fasting, K., Hallén, J., Ommundsen, Y., Roberts, G., Tsolakidis, E. (eds.): Book of<br />
Abstracts - ECSS Oslo 2009. Cologne, 578<br />
48. Reinecke K, Cordes M, Lerch C, Schubert M, Weiß M, <strong>Baumeister</strong> J. (2009). Übertragbarkeit der<br />
Elektroenzephalographie von der Laborsituation ins Feld am Beispiel des Golf Putts. Dtsch Z<br />
<strong>Sport</strong>med 60(7+8), 288<br />
49. Weist G, Redenius-Heber J, Schnittker R, <strong>Baumeister</strong> J. (2009) Einfluss der körperlichen<br />
Entwicklung auf die Sprintleistung und Talentauswahl im Nachwuchsfußball. Dtsch Z <strong>Sport</strong>med<br />
60(7+8), 68<br />
50. Koplin S, Schnittker R, Louw Q, <strong>Baumeister</strong> J, Weiss M: Influence of different instructions on<br />
vertical ground reaction forces during drop landings. . In: Vaughan K, Schewe H: International<br />
Society of Biomechanics 2009 – Programme Book, Cape Town, 29<br />
51. Koplin S, Schnittker R, Louw Q, <strong>Baumeister</strong> J, Weiss M. (2009). Der Einfluss von Modifikationen<br />
der Bewegungsinstruktion auf das Landeverhalten bei Niedersprüngen. Dtsch Z <strong>Sport</strong>med 60(7+8),<br />
324<br />
52. *<strong>Baumeister</strong> J., Reinecke K., Schubert M. & Weiss M. (2010). Motor control and brain activity after<br />
prolonged exhaustive exercise: neurophysiological insights into fatigue. Med Sci <strong>Sport</strong>s Exerc 42(5),<br />
631<br />
53. *<strong>Baumeister</strong> J., Reinecke K., Schubert M. & Weiss M. (2010). Exhaustive exercise leads to<br />
changes in cortical activity and cognitive function. In F. Korkusz, H. Ertan, E. Tsolakidis (Eds.).<br />
Abstract Book – 15 th Annual Congress of the European College of <strong>Sport</strong>s Science. SporTools, Köln<br />
54. Koplin S., Kirchner C., Koschate J., Weiß M. & <strong>Baumeister</strong> J. (2010). The effect of visual<br />
perturbation during drop landings. In Korkusz F, Ertan H, Tsolakidis E (Eds.). Abstract Book – 15 th<br />
Annual Congress of the European College of <strong>Sport</strong>s Science. SporTools, Köln<br />
55. Reinecke K., Schubert M., Weiss M. & <strong>Baumeister</strong> J. (2010). Altered brain activity after an<br />
exhaustive strength training. In Korkusz F, Ertan H, Tsolakidis E (Eds.). Abstract Book – 15 th Annual<br />
Congress of the European College of <strong>Sport</strong>s Science. SporTools, Köln<br />
56. Schubert M., Reinecke K., Schade J., Weiss M. & <strong>Baumeister</strong> J. (2010). The required number of<br />
epochs for representing brain states from spontaneous EEG. In D. Farina, D. Falla, D. Popovic, T.<br />
Sinkjaer (Eds.). ISEK 2010 – Scientific Program. Aalborg, 54<br />
57. *Reinecke K., Schubert M., Weiss M. & <strong>Baumeister</strong> J. (2010). Altered brain activity after an<br />
exhaustive strength training. In Korkusz F, Ertan H, Tsolakidis E (Eds.). Abstract Book – 15 th Annual<br />
Congress of the European College of <strong>Sport</strong>s Science. SporTools, Köln<br />
58. *Schnittker R., <strong>Baumeister</strong> J., Paier D., Wilhelm P. Weiss M. (2010). Requirements and profile of<br />
German professional basketball. Med Sci <strong>Sport</strong>s Exerc<br />
59. *Koutsandreou F, Reinecke K, Schade J, Cordes M, Schubert M, Kehne M, Kämpfe A &<br />
<strong>Baumeister</strong> J. (2011). Effekte einer Jonglierintervention auf die kognitive Leistung und die<br />
Gehirnaktivität von Grundschülern. . In Hottenrott K, Stoll O & Wollny R (Hrsg.). Kreativität –<br />
Innovation – Leistung, Feldhaus Verlag, 266<br />
60. *Schubert M & <strong>Baumeister</strong> J.(2011). Ermüdung im <strong>Sport</strong>: ein neurokognitiver Erklärungsansatz. In<br />
Hottenrott K, Stoll O & Wollny R (Hrsg.). Kreativität – Innovation – Leistung, Feldhaus Verlag, 79<br />
61. *Lerch C., Cordes M. & <strong>Baumeister</strong> J. (2011). Effectiveness of injury prevention programs in<br />
female youth soccer: a systematic review. Br J <strong>Sport</strong>s Med 45(4), 359
62. *Lerch C, Cordes M & <strong>Baumeister</strong> J. (2011). Effektivität von Verletzungspräventionsprogrammen<br />
im Mädchenfußball: ein systematisches Review. Dt Z <strong>Sport</strong>med 62 (7-8), 227<br />
63. *Plattner T., <strong>Baumeister</strong> J., Lamberts RP, Lambert MI. (2011). Dissociation in changes in EMG<br />
Activation during maximal isometric and submaximal low force dynamic contractions after exercise<br />
induced muscle damage. In Cable, T. (Es.). Abstract Book – 16 th Annual Congress of the European<br />
College of <strong>Sport</strong>s Science. SporTools, Köln<br />
64. Reinecke K, Schubert M, Schade J, Weiß M & <strong>Baumeister</strong> J. (2011). Brain activity during motor<br />
control is not influenced after exhaustive strength training. In Sellens M, Sandercock G, Taylor M &<br />
Micklewright D (Eds.): Fatigue: An Interdisciplinary approach.University of Essex, Essex, 60-61<br />
65. Von Detten S, Boguslawski D, Hanschke U, Weiß M & <strong>Baumeister</strong> J. (2011). Evaluation of a<br />
functional fatigue protocol. In Sellens M, Sandercock G, Taylor M & Micklewright D (Eds.): Fatigue:<br />
An Interdisciplinary approach.University of Essex, Essex, 86-87<br />
66. *Von Detten S, Boguslawski D, Hanschke U, Weiß M & <strong>Baumeister</strong> J. (2011). The influence of<br />
fatigue on landing strategies after a stop jump. In Sellens M, Sandercock G, Taylor M &<br />
Micklewright D (Eds.): Fatigue: An Interdisciplinary approach.University of Essex, Essex, 50<br />
67. Von Detten S, Boguslavski D, Hanschke U, Weiß M & <strong>Baumeister</strong> J. (2011). Der Einfluss von<br />
Ermüdung auf das Landeverhalten bei einem Stop Jump. Dt Z <strong>Sport</strong>med 62(7-8), 179<br />
68. *<strong>Baumeister</strong> J, von Detten S, Reinecke K, Schubert M & Ageberg E. (2012). Brain activity during a<br />
knee kinesthesia task: A method for measuring sensorimotor control. (submitted for oral<br />
presentation to the Scandinavian Congress of Medicine & Science in <strong>Sport</strong>s, 19.-22.9.2012 Malmö)<br />
69. *<strong>Baumeister</strong> J, von Detten S, van Niekerk SJ, Ageberg E & Louw QA (2012). Fatigue causes<br />
changes in brain activity during the preparation of a drop landing task. (submitted for oral<br />
presentation to the Scandinavian Congress of Medicine & Science in <strong>Sport</strong>s, 19.-22.9.2012 Malmö)<br />
70. *Schubert M, Hansmeier T, Koutsandreou F, Reinecke K, Weiß M & <strong>Baumeister</strong> J. (2012).<br />
Approaching effective connectivity measures in exercise neuroscience. (oral presentation at the<br />
Annual Meeting of the European College of <strong>Sport</strong> Science in Bruges, Belgium)<br />
71. *Plattner K, Tam N, Lambert MI,& <strong>Baumeister</strong> J. (2012). The response of cortical alpha activity to<br />
pain and neuromuscular changes caused by exercise induced muscle damage. (oral presentation at<br />
the 17 th Annual Meeting of the European College of <strong>Sport</strong> Science in Bruges, Belgium)<br />
72. Reinecke K, Schubert M, Weiß M & <strong>Baumeister</strong> J. (2012). Divergente kortikale Aktivierung nach<br />
erschöpfendem Kraft und Ausdauertraining: eine EEG Studie. Dt Z <strong>Sport</strong>med 63 (7+8), 250<br />
73. *Koutsandreou F, Cordes M, Schubert M, Weiß M & <strong>Baumeister</strong> J. (2012). Jonglieren steigert die<br />
Gehirnaktivität von Grundschülern. Dt Z <strong>Sport</strong>med 63(7-8), 224<br />
Other publications<br />
74. <strong>Baumeister</strong> J. (2012). Die Rolle des Gehirns nach Kreuzbandverletzungen – Ansatz für<br />
Präventions- und Rehabilitationsprogramme. ForschungsForum Paderborn 15, 52-58<br />
75. <strong>Baumeister</strong> J & Weiß M. (2011). Auswirkungen mentaler Ermüdung auf die sportliche<br />
Leistungsfähigkeit. Zugriff am 10.9.2012 unter http://www.loges.de/sport/mentaleermuedung<br />
76. Weiß M, Barthel T & <strong>Baumeister</strong> J. (2007). Stress-Modelle und Analyse der Hirnstromaktivität<br />
(EEG). ForschungsForum Paderborn 7, 62-68<br />
77. <strong>Baumeister</strong> J & Hoffmann-Kruse D. (2002). Lehrergesundheit – mit viel Bewegung aus dem<br />
Dilemma. In: GUVV (Hrsg.) Schule in Bewegung 01