Lisbon Foot & Ankle Clinical Biomechanics Course 2018

2y ago
32 Views
3 Downloads
990.57 KB
7 Pages
Last View : 12d ago
Last Download : 3m ago
Upload by : Ellie Forte
Transcription

Lisbon Foot & AnkleClinical Biomechanics Course 2018 Bullet point level 1Lisbon, September 8th– Bullet point level 2Sports BiomechanicsMarch 14th, 2018ORGANIZING COMMITTEEwww.peetornozelo.ptDr. Manuel Resende SousaDr. Daniel MendesDr. Nuno BritoDr. João Vide

Index1.2.3.IntroductionCourse2.1 Date and Venue2.2 Length and Contents2.3 Organizing Committee2.4 Guests and Speakers2.5 Scientific SupportFinal considerations2nd Lisbon Clinical Biomechanics CourseSeptember 8th, 201833335567Page 2 of 7

1. INTRODUCTIONDeep understanding of musculoskeletal pathology and correcttreatment plan demands advanced biomechanical knowledge. Thefoot and ankle is a functional area that includes a wide number ofjoints, bones and tendons acting together to support and propel thebody. It is a natural engineering work of art.The Hospital Beatriz Ângelo’s Foot and Ankle Unit (Lisbon, Portugal), incollaboration with distinguished Foot and Ankle surgeons, areorganizing the 2nd edition of the Lisbon Clinical Biomechanics Course.This year’s program is focused on the most relevant biomechanicalaspects and sports pathophysiology of this region. The Course willprovide key concepts and tools for the analysis of the foot and anklebiomechanics and how the interaction with the upper segments of thelower limb influence each other. Later in the day, sports relatedpathologies will be explored in the light of biomechanicalunderstanding, providing tools to address these changes, enablingprevention and treatment strategies.At the end of the course it is expected that participants are able tofully understand the basic biomechanics of the lower limb chain andhave a deep insight of how changes in anatomy or pathology mayhave an impact in it. It is also expected that common sportspathologies are understood in their pathogenesis and that participantsare able to have a correct first approach to such entities. Engagementin these topics will be promoted by interactive discussions throughoutthe course and assessed in a final questionnaire.This course is primarily designed for healthcare practitioners dealingwith musculoskeletal pathologies, namely Orthopaedic andRehabilitation doctors. Other professional, such as physiotherapists,sports professionals and advanced biomechanical students arewelcome to attend.2. THE COURSE2.1 DATE AND VENUEThe Course will take place in the Main Auditorium of the HumanKinetics Faculty of the Lisbon University in September 8th, 2018.2.2 LENGTH AND CONTENTSThe course will have 9 hours: a 4 hours morning block (from 9am to1pm) and a 3,5 hours afternoon block (from 2:30pm to 6pm). In each2nd Lisbon Clinical Biomechanics CourseSeptember 8th, 2018Page 3 of 7

block, there will be a 30 minute coffee break. During the lunch break,an optional Gait Lab Workshop will be available.Official course language is English, spoken and written.Time (length)8h00 – 8h458h45 – 9h00TopicSpeakerCheck-inOpening SessionCourse ChairmanManuel R.SousaPortuguese Foot Society President (SPMCP)Paulo FelicissimoSPOT Foot and Ankle Study Section ChairmanNuno Côrte-RealHuman Kinetics Faculty DeanJosé Alves DinizTable 1 – Biomechanics – Improving Foot Care through understandingModerators: TBC*9h00 – 9h15Ankle and hindfoot clinical biomechanicsJoão Vide9h20 – 9h35Midfoot and forefoot clinical biomechanicsManuel R. Sousa9h40 – 9h55Plantar arch and softening structuresDaniel MendesTable 2 – Laboratorial Movement Analysis – SciFy or an ally?Moderators: TBC*10h00 -10h20Gait and Running CycleAntónio Veloso10h20 – 10h40Movement analysis methodsPaolo Caravaggi10h40 – 11h00Application of movement analysis in sportsPaolo Caravaggi11h00 – 11h15Landing biomechanics In professional dancers Ana Azevedoand non-dancers: from the research to clinicalpracticeCoffee Break (30’)Table 3 – Standing on solid groundModerators: TBC*11h40 – 12h00Lower limb alignmentPaulo Rêgo12h00 – 12h20Unusual foot alignmentsM. Monteagudo12h20 – 12h40Barefoot running and intrinsic musclesFilipe Guimarães12h40 – 13h00Sports footwearMiguel OliveiraLUNCH AND GAIT LAB WORKSHOP (1h30)Table 4 – When the muscle bursts and the tendon hurts – ESSKA TableModerators: TBC*14h30 – 14h50Training methodologies and injury preventionJosé Castro deBarros14h50 – 15h10Muscle rupturesESSKA speaker15h10 – 15h30Achilles pathologyESSKA speaker15h30 – 15h50Peroneal pathologyESSKA speakerCoffee Break (30’)Table 5 – Difficult AthlesionsModerators: TBC*16h30 – 16h50Stress fractures16h50 – 17h10Bone bruises and what lies underneath17h10 – 17h30The Lisfranc injury17h30 – 17h50Turf toe and plantar plate lesions18h00Closing sessionEnd of CourseJean-Luc Besse*Nuno BritoJean-Luc Besse*M. MonteagudoSOCIAL PROGRAMTabel 1 – Course Schedule. *To be confirmed.2nd Lisbon Clinical Biomechanics CourseSeptember 8th, 2018Page 4 of 7

2.3 ORGANIZATION Organizing Committee:-Dr. Manuel Resende Sousa (chairman)Hospital Beatriz Ângelo, Loures Head of Foot & Ankle UnitHospital da Luz, Lisboa Head of Foot & Ankle UnitSporting Clube de Portugal, Lisboa Medical Doctor-Dr. Daniel MendesHospital Beatriz Ângelo, Loures Surgeon at Foot & Ankle UnitHospital da Luz, Setúbal Head of Orthopaedic & TraumaDepartment -Dr. Nuno BritoTrofa Saúde Hospital, V. N. Gaia Head of Foot & Ankle Unit-Dr. João VideHospital Beatriz Ângelo, Loures Surgeon at Foot & Ankle UnitHospital Particular do Algarve, Faro Head of Foot & Ankle ClinicStaff:- Clara Alves Secretary and local support2.4 GUESTS AND SPEAKERSINTERNACIONAL GUESTSJean-Luc Besse, MD, PhD Orthopaedic Surgeon at Hospices Civils deLyon, Lyon, France (pending confirmation)Manuel Monteagudo, MD Orthopaedic Surgeon at Quirónsalud,Madrid, SpainPaolo Caravaggi, Eng., PhD Rizzoli’s Gait Lab, Bologna, ItalyESSKA Speakers (To be defined)NATIONAL GUESTS AND MODERATORSAna Azevedo Physiotherapist, PhD Student Human Kinetics Faculty,Motor Behaviour LabAntónio Moreira Orthopaedic Surgeon, Hospital de BragançaAntónio Veloso University Professor, Human Kinetics Faculty, PastPresident of the Portuguese Biomechanics Society, FMH BiomechanicsLab CoordinatorFilipe Guimarães I Physiatry and Sports Medicine, MDHélder Pereira Orthopaedic Surgeon, Ankle and Knee UnitCoordinator, C. H. Póvoa de Varzim, AFAS – ESSKA President2nd Lisbon Clinical Biomechanics CourseSeptember 8th, 2018Page 5 of 7

Isabel Rosa Orthopaedic Surgeon at Hospital S. F. Xavier, SPMCPPast-presidentJosé Castro de Barros I Past National Jumps Coach DirectorMiguel Oliveira I Podiatrist, PhD in Biomedical EngineeringNuno Côrte-Real Orthopaedic Surgeon, Orthopaedic DepartmentHead, Hospital de Cascais, SPOT Foot and Ankle Section PresidentPaulo Amado Orthopaedic Surgeon, Head of the Sports Medicine andAdvanced Arthroscopy Unit, Hospital dos Lusiadas, PortoPaulo Felicíssimo Orthopaedic Surgeon, Orthopaedic DepartmentHead, Hospital Amadora-Sintra, SPMCP PresidentPaulo Rêgo I Orthopedic Surgeon, Head of the Orthopedicdepartment at Hospital Beatriz Angelo, Loures and Hospital da Luz,LisbonVirgilio Fonseca I Orthopaedic Surgeon, Hospital Ortopédico Sant’iagodo Outão2.5 SCIENTIFIC SUPPORTScientific support has been granted in the first edition by:- Portuguese Orthopaedics and Trauma Society (SPOT) and Foot &Ankle Section- Portuguese Medical and Surgical Foot Society (SPMCP)- Human Kinetics Faculty (FMH)- Ankle and Foot Associates (AFAS – ESSKA)- Swiss Foot and Ankle Society (SFAS)Scientific support from these societies for the 2nd edition is pending.Further scientific support is in progress:- Portuguese Biomechanics Society- SPOT Biomechanics Section- Medical Specialties of the European Unit (UEMS) –Orthopaedic Section- European Foot and Ankle Society (EFAS)- dics and Traumatology (EFORT)- Spanish Foot and Ankle Society- British Foot and Ankle Society- French Foot and Ankle Society- Italian Foot and Ankle Society- Dutch Foot and Ankle Society- European Biomechanics Society- European Society for Movement Analysis in Adults andChildren (ESMAC)2nd Lisbon Clinical Biomechanics CourseSeptember 8th, 2018Page 6 of 7

3. FINAL CONSIDERATIONSThe first edition of the Lisbon Foot and Ankle Clinical BiomechanicsCourse 2017 was a big success. General scientific feedback was 4,2/5and all participants would recommend this course to a fellowcolleague. Satisfaction with the venue and organization was also veryhigh.From the faculty and organization stand point, it was very rewarding togather almost 150 participants from many different areas – medicine,sports, rehabilitation, podiatry and investigation – all sharing differentperspectives and working together for the development andunderstanding of the Foot and Ankle biomechanics.We are confident that the high quality speakers, interesting programand course setting are the right ingredients to establish this course asparamount in foot and ankle learning.Join us in Lisbon, September 8th!The Organizing Committee,Manuel Resende Sousa Daniel Mendes Nuno Brito João nd Lisbon Clinical Biomechanics CourseSeptember 8th, 2018Page 7 of 7

Ana Azevedo Coffee Break (30’) Table 3 – Standing on solid ground Moderators: TBC* 11h40 – 12h00 Lower limb alignment Paulo Rêgo 12h00 – 12h20 Unusual foot alignments M. Monteagudo 12h20 – 12h40 Barefoot running and intrinsic muscles Filipe Guimarães 12h40 – 13h00 Sports footwear Miguel Oliveira LUNCH AND GAIT LAB WORKSHOP (1h30)

Related Documents:

PARTIAL LIST OF EXTREMITIES ICD-9 CODES FOR SUPPORTIVE TREATMENT TO THE FOOT OR ANKLE: 714.7 Rheumatoid Arthritis, Ankle/Foot 715.7 Osteoarthritis, Ankle/Foot 718.87 Joint Derangement, Ankle/Foot 726.70 Enthesopathy of Ankle 727.68 Rupture of Tendons, Foot/Ankle 726.73 Calcaneal Spur 727.1 Bunion 728.71 Plantar Fibrometosis

ankle foot orthosis, multiligamentus ankle support, prefabricated, off-the-shelf l1907 ankle orthosis, supramalleolar with straps, with or without interface/pads, custom fabricated l1910 ankle foot orthosis, posterior, single bar, clasp attachment to shoe counter, prefabricated, includes

Handbook of Foot and Ankle Orthopedics 1st Edition by Rajiv Shah (Author) Mann's Surgery of the Foot and Ankle: Expert Consult . by Ruth Solomon, John Solomon, et al. c. Arthroscopy Foot Ankle . External Fixators of the Foot and Ankle

computer technology, is very effective for foot and ankle biomechanics research. FEA simulates actual ankle systems with minimum er-rors by mathematics approximation methods. A large number of literature about acute ankle sprains, CAI, ligament repairs or reconstructions, and joint repl

stabilizers for the lateral ankle, and are L ateral ankle sprains or "sprained ankles" are among the most common lower extremity injuries treated in a sports podia-trist's office. 30% of all sport inju-ries involve the ankle and 15-20% are sprains.1 On any given day, one person in 10,000 sustains an ankle sprain.1 Ankle sprains are more com-

Standard views are lateral and AP. Resist the temptation to do both foot and ankle x-rays at the same time. Decide where the injury is first. Ankle - for presumed injury to any of the bones in the ankle including talus, and calcaneal injuries. Foot - for presumed injury to base of 5th metatarsal and other bones in the foot

related foot surgery. Risks and Benefits of Surgery The purpose of treatment is to decrease your pain and improve the function of your foot. We do not offer surgery for cosmetic reasons. The foot and ankle is a complicated area of our body. Many conditions affecting the foot and ankle may cause discomfort. Initial treatment is usually non .

Ankle-foot orthotic (AFO), multiligamentus ankle support, prefabricated, includes fitting and adjustment : L1907 . Ankle-foot orthotic (AFO), supramalleolar with straps, with or without interface/pads, custom fabricated : L1910 . Ankle-foot orthotic (AFO), posterior, single bar,