2016 has been a significant year in our calendar for many reasons. The Brexit vote saw the UK leaving the EU, the US people chose Donald Trump as President Elect, North Korea launched a satellite into orbit, Obama visited Cuba, the Olympics and Paralympics were successful, and so on…
Looking toward 2017, ISB has several significant events planned, but none more so than our biennial congress to be held between the 23-27 of July in Brisbane, Australia. Planning is well underway with many of the keynotes and award lectures already locked in. Since my last report I can now add the following names to the list of those that have accepted an invitation to deliver a plenary lecture at the conference: Professor Chwee Teck Lim from the National University of Singapore, Associate Professor Munjed Al Muderis from Notre Dame University in Sydney, Associate Professor Sylvia Blemker from the University of Virginia and Professor Melissa Knothe Tate from the University of New South Wales, Australia. More detailed information about our keynote speakers can be found at the following conference link: Keynote Presenters.
The ‘Call for Abstracts’ opened on the 1st of November, but more importantly for your diaries is the date when abstract submissions close - January 13, 2017, so please make sure your abstracts are submitted by then to avoid disappointment. Over recent weeks, several groups have contacted the ISB Organising Committee with a request to propose Thematic Sessions and Workshops. I’m pleased to be able to announce that the committee thought this was an excellent idea and have included a call for Expressions of Interest (EOI’s) for thematic sessions and workshops. More information can be found at the following link, EOI’s for Thematic Sessions, including the submission deadline of the 30th of December.
The ISB Congress is being held in conjunction with the Asian Pacific Association of Biomechanics (APAB) and the Australian and New Zealand Society of Biomechanics (ANZSB) and will also include one and a half day concurrent sessions by two ISB Working Groups; Hand and Wrist Biomechanics International and the Motor Control Group. Both groups have guaranteed an excellent line-up of invited speakers and will also draw from the open abstract submission to complement their sessions.
Satellite symposia by the Footwear Biomechanics Group and the Technical Group on Computer Simulation are also planned to take place prior to the conference on Queensland’s iconic Gold Coast, which is only one hour south of Brisbane. Both of these meetings conclude on the 22nd of July, which gives delegates plenty of time to travel to Brisbane to take part in the ISB Tutorials, which are scheduled for the morning and afternoon of the 23rd of July.
Our ISB education officers have sourced an excellent lineup of speakers, which include: Professor Lynne Bilston (MR Imaging in biomechanics), Professor Greg Sawicki (Biologically inspired concepts guiding lower-limbo exoskeleton design), Professor Francois Hug and Dr Dominic Farris (Ultrasound techniques for muscle-tendon imaging) and Professor peter Hunter and Thor Bessier (Multiscale modelling in biomechanics). I’m sure you’ll agree that there is something there for everyone, so please sign-up by visiting the ISB 2017 Registration Page .
In closing I would like to encourage you all to join us in Brisbane for the XXVI Congress of the International Society of Biomechanics. Your participation in the congress will go a long way toward maintaining the sustainability of the society and its future congresses.
I hope you’ve all had a productive 2016. As the year comes to a close, don’t forget to renew your ISB membership! You can do so here.
Lots of exciting things are in store for 2017. In July, we head Down Under to Brisbane, Australia for the XXVI Congress of the International Society of Biomechanics. As a student member, you’ll be entitled to a substantial discount on your conference registration. I am currently in the process of planning a student excursion, mentoring program and roundtable discussion for the meeting, so please keep an eye on your emails as we get closer to the date.
As many of you may be aware, the call for abstracts is currently open for ISB2017 and will be due on January 13, 2017.
Other important dates for your calendar are:
- Notification to successful Congress Travel Grant applicants = Feb 1, 2017
- Notification of ISB2017 abstract acceptance = Feb 28, 2017
- Applications due for Technical Group Travel Grant (TGTG) = Feb 28, 2017*
- Early bird registration closing = March 17, 2017
- Notification to successful TGTG applicants = May 1, 2017
*The TGTG of up to $US500 is offered to help reduce the travel expenses to attend one of the following meetings:
- Technical Group on Computer Simulation
Date: July 20-22, 2017
Location: Gold Coast, Australia
Abstract Submission Deadline: Feb 20, 2017
- Footwear Biomechanics Group
Date: July 20-22, 2017
Location: Gold Coast, Australia
Abstract Submission Deadline: Feb 13, 2017
Advice to Students
This edition of our Advice to Students project features Prof. Peter Milburn from Griffith University, Australia and can be viewed here:
I really enjoyed speaking with Dr. Milburn whilst preparing this video. The messages he shares in the clip made me reflect on my own experience as a graduate student and got me pondering how well I utilize the resources around me. His first message; “learn from your peers”, is something that can be easily overlooked. The graduate students I share the Pennsylvania State University Biomechanics lab with have a vast knowledge and a broad range of practical skillsets. It’s useful to recognise that we have a lot to offer each other and may continue to collaborate well into the future!
Secondly, Dr. Milburn touches on networking – specifically, approaching more senior delegates at conferences. He provides a useful perspective, encouraging us to be bold and initiate discussions because “biomechanists like nothing more than to talk about their work!” Dr. Milburn also offers some useful tips for getting the conversation started.
Keep an eye out for our next instalment of the Advice to Students project which will feature Prof. Veronique Feipel, Universite Libre de Bruxelles. Once again, a very big thank you to all our contributors!
As always, stay in the loop by connecting with us via our social media channels (Facebook page, Student Members Facebook Group and Twitter feed). If you have any feedback, questions or comments, I’d love to hear from you.
I have just returned from an eight-day visit to the MGM Centre of Human Movement Science in Navi Mumbai, India. I have known Prof. Rajani Mullerpatan, Director of the Centre, for over four years now and continue to be impressed with initiatives she leads both within and outside the lab. Activities range from student research projects investigating the movement mechanics of traditional dance and lifestyle to creating awareness and training of healthcare providers about biomechanics, as well as clinical assessments of patients with musculoskeletal disorders. Most recently, I’ve had the privilege to be part of some of the research and teaching that takes place here.
In August 2013, Dr. Rajani Mullerapatan and I travelled from opposite ends of the globe to meet for the first time in person in Natal, Brazil. Following e-mail and Skype discussions from our respective locations on the planet, it was our shared time at that ISB Congress that ultimately offered the opportunity for us to get to know one another… and for the seed of collaboration to be planted.
Our shared intentions to apply biomechanics research to understanding culturally specific activities such as squatting in India motivated us to collaborate on a joint research initiative. One of our questions focussed on the biomechanical differences between physical postures that a woman may choose during childbirth: how would upright positions such as squatting facilitate or hinder passage of the baby through the birth canal when compared with more conventional supine positions? Could we measure the kinematics of the pelvis and dynamic forces acting on this segment in these different birthing positions?
Following two additional in-person meetings in Glasgow and Toronto in 2015 our ideas took form as a small grant proposal at the end of that year. By that time the MGM Centre of Human Movement Science, boasting a 12-camera Vicon motion capture system, three AMTI force platforms, and a Novel pressure platform, had just been officially inaugurated. (You can read more about the history of this project and ISB contributions in the ISB Now 2014 and 2015 archives.)
This past April our hard work and planning finally came to fruition when I travelled to MGM’s Centre of Human Movement Science in India for two weeks. During this time I contributed to an interdisciplinary biomechanics training course with students from engineering and physiotherapy and worked together with several students and research associates on various aspects of our research project.
The objective of this project was to investigate the effects of birthing position on pelvic dimensions in a group of non-pregnant, Indian subjects. Clinically-relevant pelvic dimensions are estimated from anatomical landmarks that are digitized using the Vicon motion capture system. Dynamic analysis of motion, including loading at the hip and lumbosacral joints, will help us interpret pelvimetry findings.
It has been an ambitious undertaking and we all continued to work hard refining data collection and processing methods after my initial stay. During my recent follow-up visit we had an opportunity to address some of the many challenges of this project – from the “mundane” data processing issues to the complex dynamics of cross-cultural collaboration. It has been a valuable learning experience and has presented new insights and opportunities; I look forward to further collaboration with Rajani and her colleagues long into the future.
2017 is around the corner. 2016 was a great year and we will keep working to make 2017 even better. As the year ends, I would like to tell you some of the recent advances of biomechanics in EDC.
Chilean researchers organized the I Congress of their Chilean Society of Human Movement. Members of ISB participated as invited speakers. Brisbane 2017 congress was advertised during lectures and informal talks, as well the I Latin American Meeting of Biomechanics, which will be organized in May 2017 during the XVII Brazilian Congress of Biomechanics in Porto Alegre, Brazil.
After my talks in the Conference, I showed the main details concerning the ISB 2017 Congress, details concerning grants applications, abstract submissions and opportunities that participating in the main congress of ISB can bring to the scientists from EDC. The Chilean Association sent a request to become an ISB affiliated society.
Looking forward to a great ISB congress in 2019 in Calgary, prof. Walter Herzog told the participants about the venue of the ISB congress in Canada in four years.
The I Latin American Meeting of Biomechanics that will happen during the XVII Brazilian Congress of Biomechanics in Brazil next May was also advertised during the conference in Chile. The meeting will involve biomechanics scientists from Brazil, Chile, Argentine, Uruguay and Colombia.
Early in 2017 I will request new information from the EDC current projects. The purpose of this request will be to show to the members the advances in EDC projects supported by ISB and to motivate the establishment of new projects.
|Last name||First name||Country|
|Ghomian||Banafshe||Iran (Islamic Republic of)|
|Park||Sukyung (Sue)||Korea, Republic of|
|Ryu||Hansol||Korea, Republic of|
|Shin||Choongsoo||Korea, Republic of|
|Van den Berghe||Pieter||Belgium|
Promising Scientist Award
The Promising Scientist award is designed to acknowledge people who have performed superior biomechanics research early in their career. It entails a certificate and a monetary award of US$ 5000 for scientific purposes, such as visiting another research group to collaborate on a project. The competition is held each year in which there is an ISB-conference. The winner of the award is expected to give a 30 min. plenary presentation over the recent studies that have contributed to the award at the ISB-congress of the same year.
Requirements: To be eligible for the award, a candidate must (1) be a member of the ISB, (2) be post-doctoral but not more than 5 years. Each candidate must submit his or her full curriculum vitae, identify at least two first author full articles in peer reviewed scientific journals that he or she has written in a single area of Biomechanics, and provide interpretative summaries describing the contribution of each article. Applications for the award are to be sent to the Jury chairman. Please send your applications to ISB Awards Officer, Prof Catherine Disselhorst-Klug (firstname.lastname@example.org) by February 28, 2017. Additionally, please download the PSA tick-box questionnaire on the ISB Web-site, answer the questions and send it back to the ISB Awards Officer.
Carlo de Luca Emerging Scientist Award
The ISB has had great pleasure to announce and award the Carlo de Luca Emerging Scientist Award in honor of Professor Carlo de Luca and his pioneering contribution to the science and application of biomechanics, in particular in the area of electromyography. The award honors excellence in graduate research in the area of motor control and electromyography and is associated with a monetary award of $US 2,500. The winners are selected prior to the next ISB Congress and will present in the award’s session at that ISB Congress
Requirements: Candidates must be at a very early stage of their scientific career and to be eligible must not have received their PhD degree before the previous ISB Congress (two years prior to the Congress where the award will be given). Current graduate students, including MSc level students, are also eligible. Please send your applications to Prof Catherine Disselhorst-Klug (email@example.com) by February 28, 2017. The abstract must be in the area of motor control/electromyography. You are also requested to submit an up to date curriculum vitae and PDF copies of two of your refereed publications in the area of motor control / electromyography.
When applying for the award, please download the Carlo de Luca ESA tick-box questionnaire at the ISB Web-site, answer the questions and send it back to the ISB Awards Officer, too.
Please note: You are also required to submit your abstract simultaneously to the ISB congress organizers and that ISB has a policy that an abstract submitted for an ISB conference award is non-identical to an abstract submitted elsewhere.
As Program Chair for the 40th annual meeting of ASB subtitled “Building a dynamic future on the strength of our past”, I was delighted when ISB agreed to sponsor a keynote speaker at our special anniversary meeting.
Dr Hortobagyi’s ISB keynote lecture was titled “The Biomechanical Plasticity of Human Gait in Old Age: Gait Speed the 6th Vital Sign”. The lecture was presented in the plenary ballroom to enable all attendees to hear from this international expert in the biomechanical plasticity of gait. Dr Hortobagyi’s lecture was a thorough and interesting presentation of his work in the important field of healthy aging. He provided great insights towards understanding the complementary roles of gait biomechanics and neural control of movement in studying neuromechanical adaptations to activity. The lighthearted anecdotes of individuals Dr Hortobagyi has met who embodied the concept of healthy aging were great illustrations of what we can all aspire towards as we move further down the years!
Dr Hortobagyi’s lecture was very well-received by the conference attendees, as attested to by the many and varied questions posed at the end of the talk. The question and answer period at the end of the lecture was a great opportunity to ‘pick the brains’ of this renowned researcher and great speaker.
To the delight of conference attendees, in addition to sharing his research during the keynote lecture, Dr Hortobagyi attended many of the scientific sessions throughout the meeting. He fully participated in the sessions by contributing his opinion and expertise to many of the discussions of the work of others. This was an excellent demonstration, particularly for junior members, of having a true passion for knowledge and for moving science forward.
On behalf of ASB, I sincerely thank the Executive Council of ISB for providing this excellent educational opportunity for our members.
Program Chair for the 40th annual meeting of ASB
Dear friends, colleagues, biomechanists,
On behalf of the organizing committee I am happy to send out this CALL FOR PAPERS for the of the 35th International Conference on Biomechanics in Sports. The conference will be held at the German Sport University Cologne June 14th – 18th 2017 (www.isbs2017.org).
It will cover all aspects from basic to applied science.
Submission open: 01.12.2016
Deadline submission: 29.01.2017
Revised paper submission: 19.03.2017
Registration open: 17.03.2017
Notification of authors: 03.04.2017
End early bird registration: 17.04.2017
End registration: 01.05.2017
- Musculo-skeletal loading in sports and physical activity
- Teaching and coaching of and with biomechanics
- Relationship of load and adaptation
- Biomechanics of injury and overload prevention
- Improving the performance capacity of the musculo-skeletal system
- Management of musculo-skeletal loading
- Biomechanics of adapted and paralympic sports
- Sports and sports medical technology
- Enhancement of human performance
- Sports technology and sports equipment
- Modelling and Computer Simulation
- Strength, Conditioning and Training
- Muscle & Tissue Mechanics
- Neuromuscular Biomechanics
We are looking forward to welcoming you in Cologne.
With the funds I received from the ISB Matching Dissertation Grant, and a matching amount from the University of Wisconsin-Milwaukee College of Health Sciences, I was able to complete my dissertation. My project was titled “Identifying Gait Deficits in Stroke Patients Using Inertial Sensors.” Falls remain a significant problem for stroke patients. Tripping, the main cause of falls, occurs when there is insufficient clearance between the foot and ground. Based on an individual’s gait deficits, different kinematic patterns are necessary to achieve adequate foot clearance during walking. However, gait deficits are typically only quantified in a research or clinical setting, and it would be helpful to use wearable devices to quantify gait disorders in real-world situations. Therefore, the objective of this project was to understand gait characteristics that influence the risk of tripping, and to detect these characteristics using accelerometers.
Thirty-five participants with a range of walking abilities performed normal walking and attempted to avoid tripping on an unexpected object while gait characteristics were quantified using motion capture techniques and accelerometers. Multiple regression was used to identify the relationship between joint coordination and foot clearance, and multiple analysis of variance was used to determine characteristics of gait that differ between demographic groups, as well as those that enable obstacle avoidance. Machine learning techniques were employed to detect joint angles and the risk of tripping from patterns in accelerometer signals.
Measures of foot clearance that represent toe height throughout swing instead of at a single time point are more sensitive to changes in joint coordination. Participants with a history of falls or stroke perform worse than older non-fallers and young adults on many factors related to falls risk, however, there are no differences in the ability to avoid an unexpected obstacle between these groups. Individuals with an inability to avoid an obstacle have lower scores on functional evaluations, exhibit limited sagittal plane joint range of motion during swing, and adopt a conservative walking strategy. Machine learning processes can be used to predict knee range of motion and classify individuals at risk for tripping based on an ankle-worn accelerometer. This work is significant because a wearable device that detects gait characteristics relevant to the risk of tripping may reduce the risk of falls for stroke patients.
University of Wisconsin-Milwaukee
Mary Rodgers was one of the inaugural fellows of the ISB. Mary is George R. Hepburn Dynasplint Professor in the Department of Physical Therapy and Rehabilitation Science (PTRS), at the University of Maryland School of Medicine. She is also Senior Advisor for the National Institute for Biomedical Imaging and Bioengineering at the National Institutes of Health (USA).
Dr. Rodgers earned her Physical Therapy degree from the University of North Carolina, Chapel Hill. She then obtained a MS in Medical Allied Health also from the University of North Carolina. Then in 1985 she obtained her PhD in Biomechanics from the Pennsylvania State University. From Penn State she moved to the University of West Virginia, with a joint appointments in Physical Therapy and Orthopaedics. Her rehabilitation science research at Wright State University in Dayton, OH, spanned seven years. In 1994 she moved to the University of Maryland, and is a full professor and former departmental chair in the Department of PTRS. Mary is a fellow of the American Physical Therapy Association (2009), the American Society of Biomechanics (2012), and ISB (2015). She has served as an Associate Editor for Archives of Physical Medicine and Rehabilitation since 2003.
Mary’s research has focused on wheelchair propulsion biomechanics to understand and prevent overuse injury. More recently her scholarship has focused on technology development for rehabilitation, healthy independent living, and mobility. She serves as Director of the Pilot & Exploratory Studies Core for the University of Maryland Claude D. Pepper Older Americans Independence Center funded by the National Institute of Aging, NIH. This core provides start-up support for research proposals exploring mechanisms underlying the disability phenotype in older persons and the functional and clinical responses to exercise. As Senior Advisor in the Extramural Science Program at National Institute of Biomedical Imaging and Bioengineering, she facilitates support of technology development for rehabilitation, individuals with disability, and healthy independent living.
From 1997 to 2007 Mary was a member of the ISB Executive Council, and from 2003-2005 served as the President.