Salimetrics once again attended ECSS, this time in the wonderful location of Malmo. Our thanks go to the organising committee for allowing us a stage upon which we were able to pass on information about the use of Salivary Bioscience within the Elite Sport Arena.
At the Conference we introduced the first available Salivary Uric Acid Assay, The Salimetrics Salivary Uric Acid Enzymatic Assay Kit was specifically designed to standardise the quantitation of Uric Acid levels in Saliva Samples and is useful in the area of Oxidative Stress
Delegates were hungry for information about Saliva Collection, the ELISA Test Process and Interpretation of results. For further information, can we guide interested parties to our website www.salimetrics.com. It contains a host of technical support, got a question: email@example.com
See you all in Vienna 2016….
We would like to welcome you to a varied session on biomechanics. On the last day of the ECSS conference the session, chaired by Florentina Hettinga (University of Essex) and Vesa Linnamo (University of Jyvaskyla), will nicely demonstrate how biomechanical studies can be crucial to exploring relevant topics in Sports Science. Topics such as pacing behaviour (Schoenmakers et al), energy cost of stair climbing (Halder et al) and motor unit recruitment after muscle damage (MacGregor) will be discussed.
The first speaker is Patrick Schoenmakers (University of Essex) who will determine the relation between mechanical power output and velocity of the Velotron cycling ergometer. As this relationship is non-linear in actual outdoor time trial performance and affects the choice of the optimal pacing strategy, it is important to incorporate this aspect in time-trial studies exploring pacing behaviour. The second speaker is Amitava Halder (Lund University). The purpose of this study was to determine the relationship of muscle activity to the oxygen uptake and the development of leg muscle fatigue from real stair climbing activities. Which is particularly relevant in the context of studying emergency situations, where many flights of stairs might need to be covered. The third and last speaker is Lewis MacGregor (University of Stirling). The final lecture of this session will explore exercise-induced muscle damage, associated with unaccustomed exercise and eccentric muscle contractions, which will potentially affect motor unit recruitment strategies.
The plenary session [OP-BN09] Biomechanics – Mixed session will start 10:20 Saturday 27th June in Lecture room “Live 8”
Post by Florentina J Hettinga
University of Essex, United Kingdom
Welcome all delegates to the 20th European College of Sport Science Congress in Malmö. We hope that you will enjoy your stay in Malmö and that you find the program of ECSS enjoyable.
Yesterday we started of with a few Satellite symposia and Workshops, rooms were crowded and the response was great. We hope you found it as thrilling as we did.
At 10:00 we had a press conference with the two Congress Presidents Aage Radmann and Susanna Hedenborg, the President of ECSS Marco Narici, Chairman of the Center for Sports Research Per Nilsson, CEO & General Manager of Clarion Hotel & Congress Malmö Live Jens Lyckman, Director of Tourism – City of Malmö Johan Hermansson and as moderator Professor Gisela Sjøgaard. Meanwhile, the venue was starting to fill up and the exhibition area was opened.
After lunch the invited sessions, oral and mini-oral presentations started and yet again the rooms were packed. A lot of interesting topics were discussed and plenty of questions were being asked so all the great speakers had to be on their toes, which led to very good discussions.
In the amazing lecture room High Live 1 the Bengt Saltin tribute symposium has held to honor Bengt Saltin who very sadly past away last year. We had speakers who talked very nicely about Bengt Saltin as a person and also about some of his admirable researches.
The first day of the congress ended with an amazing opening ceremony and an opening reception. What a show – What a venue! The atmosphere in the opening reception was great and we don´t think the day could ended any better.
Please follow us on Twitter for the latest updates during the Congress. @ECSS2015 #ECSS2015 #ECSS20th
It’s one week to go before this year’s ECSS congress starts in Malmö, and we’re all are working on the final preparations. This week we had the pleasure to pick up three courtesy cars sponsored by Lexus Malmö. Lexus cars profile themselves as eco-cars, which fits well into the Malmö congress Sustainable Sport theme.
Lexus believes that it is their duty and obligation to take the lead in the automobile industry’s environmental challenges. They believe that environmental sustainability is the single biggest challenge in this century, both for their own industry and for society at large. Lexus means that their response to this challenge affects not only their own cars, but every aspect of their business and every individual in their business.
You’re very welcome to have a look at, and perhaps a ride in, the cars during your stay at the congress.
Find more information about Lexus Malmö here
Invited session on “Rate of force development: new ideas on measurement, mechanisms and trainability”
Skeletal muscles are the motors of the neuromuscular system, and act to stiffen and change position of the joints and levers of the skeleton. Their ability to actively shorten and produce tension therefore underpins the capability to complete any form of movement. In some situations (e.g. explosive athletic events; stabilisation following a mechanical perturbation) the ability of muscles to rapidly produce force within a limited time frame is critical to movement success. This means that improving the rate of force development is often a primary target in clinical and exercise/sporting programmes. The development of strategies that facilitate the achievement of such a target requires understanding of physiological factors which influence the rate and trainability of force development, as well as the development of appropriate methods of reliably measuring explosive strength.
At the upcoming 20th Annual ECSS Congress (Malmö, 24th – 27th June) an international panel of experts will present work exploring the latest advances in current understanding of the development of explosive strength. The presented research will consider the functional relevance of measuring dynamic explosive strength and the challenges that may confound its measurement. The effects of training on the key factors influencing rate of force development will also be described and considered within the context of developing a hypothesis-driven approach for improving this feature in different populations (e.g. clinical, elderly, child, injured). In addition, proposals for future research to elucidate the relative influence of factors such as muscle anatomy and neuromuscular transmission efficiency on rate of force development will be made.
The first speaker in the session will be Jonathan Folland, Loughborough University, UK, who will discuss measurement and functional relevance of explosive muscle strength. This talk will be followed by a presentation from Anthony Blazevich, Edith Cowan University, Australia, who will discuss neuromuscular factors that influence rate of force development. The session will be completed by Nicola Maffiuletti, Schulthess Clinic, Switzerland, who will consider the influence of acute exercise and chronic physical training on rates of force development.
We hope the session will provide an opportunity for researchers, clinicians and coaches to consider fundamental mechanisms which may determine rapid force development rates, the application of this understanding to a training environment, and methods through which reliable assessment of this parameter may be achieved.
The invited session [IS-BN09] Rate of force development: new ideas on measurement, mechanisms and trainability will start 10:20 Thursday 25th June in Lecture room ”Live 1”.
Post by Emma Hodson-Tole
Manchester Metropolitan University
In only a week from today people from all over the world will be arriving to the ECSS 2015 Congress, and we are proud to welcome you to Malmö. This year’s congress will be hosted by three great universities from the Öresund region, Malmö University, Lund University and University of Copenhagen.
Malmö University was founded in 1998 and is a young, modern and international university. It has about 25,000 students and offers undergraduate and postgraduate education. Malmö University’s mission is to be an active hub for research, education, and innovation that benefits the global society. Education and research at Malmö University is aligned with and focused on the major challenges in contemporary society. Hence, research is often multidisciplinary and frequently pursued in collaboration with partners from outside the university.
Lund University has a long and vibrant history covering almost 350 years of teaching. It has evolved from just a few hundred students and professors being paid with meat and grain into its present form, with around 47,000 students and a international position of excellence in teaching and research. The University is organised into eight faculties as well as many departments, schools and research centres. The University has three campuses located in the cities of Lund, Helsingborg and Malmö, all in southern Sweden.
University of Copenhagen
With over 38,000 students and more than 9,000 employees, the University of Copenhagen is the largest institution for research and education in Denmark. The purpose of the University – to quote the University Statute – is to ‘conduct research and provide further education at the highest academic level’. Approximately one hundred different institutes, departments, laboratories, centres, museums, etc., form the nucleus of the University, where professors, lecturers and other academic staff, as well as most of the technical and administrative personnel, carry out their daily work, and where teaching takes place. These activities can be found in various environments ranging from the plant world of the Botanical Gardens, through high-tech laboratories and auditoriums, to the historic buildings and lecture rooms of Frue Plads and other locations.
See you soon in Malmö!
In this symposium we discuss how brain, body and environment can come together to explain expertise in sport. From an ecological dynamics approach, the performer-environment relationship forms the basis for understanding the development of expertise. Performers are conceptualised as complex, neurobiological systems, which are continuously changing over different timescales. In such systems, inherent self-organisation tendencies lead to the emergence of adaptive behaviours under a range of interacting task and environmental constraints. Intentions, perceptions and actions are intertwined processes, which underpin the functional movement solutions assembled by each learner during the development of expertise.
During learning, the role of movement pattern variability is fundamental in supporting the exploratory behaviours needed to seek and establish functional movement solutions by each individual performer. In this region the performer does not act in a manner that is either completely independent or completely dependent on the environment. Rather, she functions in a state of relative coordination with the performance environment and task. Since the dynamic nature of changing task constraints in sports cannot be predicted in advance, these ideas imply that talent programmes should focus on developing circumstances for expert performance rather than attempting to identify expert performers.
The first speaker Professor Duarte Araújo from University of Lisbon, Portugal, will highlight innovative measurement tools, which might be used in research and practice to capture the emergence of coordinated behaviours in sports teams, based on the formation of interpersonal synergies between players resulting from collective actions predicated on shared affordances. These tools are suitable to reveal the idiosyncratic collective behaviours of sports teams, particularly their coordination of effort and the more frequent patterns of communication and interactions between team players.
The second speaker, Professor Paola Cesari, University of Verona, Italy, will present several experiments showing the exceptional ability that basketball and soccer players along with professional dancers have in pre-programming and in anticipating the actions in which they excel. An elite athlete needs the ability to predict and anticipate the behavior of other players. Paola Cesari proposes that by observing others’ actions one may imply a covert simulation of the very same action, a process likely crucial in both imitative and non-imitative motor learning.
The third speaker, Professor Ludovic Seifert from University of Rouen, France, will identify key properties of expertise in sport predicated on the performer-environment relationship. Key properties of expert movement systems include multi- and meta-stability, adaptive variability, degeneracy and the attunement to affordances. These key properties signify that, in sport performance, although basic movement patterns need to be acquired by developing athletes, there exists no ideal movement template towards which all learners should aspire, since relatively unique functional movement solutions emerge from the interaction of key constraints. In this talk, key properties of expertise are exemplified in swimming and climbing.
The invited session [IS-BN02] Sport expertise: putting brain, body, and environment together again will start 10:20 Friday 26th June in Lecture room “High Live 4”
Post by Paola Cesari
University of Verona, Italy