BOFAS Surveys Results BOFAS Surveys Results Now Live 24 March 2022 The results of BOFAS surveys to the membership which have been published / presented can now be viewed here. Read more
BOFAS 2022 Recap BOFAS 2022 Recap BOFAS 2022 is over, but you can catch up here! 19 March 2022 Read more
EFAS Lyon 2021 - Hybrid Annual Meeting EFAS Lyon 2021 - Hybrid Annual Meeting October 21-22-23 - Combined Face to Face and Virtual Meeting 01 October 2021 The EFAS Congress Lyon 2021 will be the first hybrid congress from the European Foot and Ankle Society. EFAS hopes BOFAS members and others will join them in person for 3 amazing days of congress, to meet each other and exchange ideas, but in the current climate going abroad might still be difficult. EFAS would therefore like to extend the opportunity for all to be part of the congress by going HYBRID for the first time. Read more
2Oct2025 BOFAS Principles Course - Dubai 02/10/2025 - 04/10/2025 Read more The aim is to give Overseas Trainee Orthopaedic Surgeons a solid grounding in the principles and the decision making in Foot & Ankle Surgery. There is an emphasis on clinical examination of cases, small group discussions and learning surgical approaches in the cadaver lab. This is the first course BOFAS is running in UAE and the aim is to expand the Foot and Ankle education and training in the Middle East and Gulf area. Venue - Le Meridien, Dubai, United Arab Emirates Documents to download ACv3BOFAS-Principles-Course-Programme-DXB(.pdf, 2.13 MB) - 513 download(s) Read more
20Oct2025 BOFAS Principles Course Taunton 20/10/2025 - 21/10/2025 Read more These courses are aimed at Higher Surgical Trainees / ST3 onwards and are designed to teach the core of Foot and Ankle surgery in an informal and interactive environment. The emphasis is on clinical examination cases, discussion groups and typical day-to-day clinic scenarios. Although not an exam preparation course, content is taught to the standard expected in the FRCS(Tr & Orth) exam; that of a day-one non-specialist orthopaedic consultant. Applications will open on 1st September 2023. Venue - Taunton (TBC) Documents to download BOFAS-Course-Programme--Taunton-2025(.docx, 31.88 KB) - 761 download(s) Read more
Togay Koç / 10 August 2022 / Categories: Abstracts, 2018, Podium Do rugby boots with a bladed stud increase contact pressures through the fifth metatarsal compared to a rounded stud? A biomechanical study D. Winson, O. Lawrence, D. Cazzola, I. Winson Introduction: Fifth metatarsal fractures in sport are known to be associated with acceleration and cross cutting movements when running. It is also established that playing surface has an impact on the ground reaction forces through the foot, increasing the strain through the fifth metatarsal. But what impact does boot design have on these forces? Current thought is that boots that utilise a blade stud design resist sideways slipping of the planted foot more than boots with a rounded stud. This study aims to compare ground reaction forces through the fifth metatarsal in 2 two different designs of rugby boot to assess what impact stud design might have. Methods: The forces across the foot were measured using Tekscan in-shoe pressure plates in 24 rugby players. Each player was asked to complete an agility course to measure acceleration, cutting and cross-cutting in the two different designs of rugby boot, reproducing true playing conditions. The boots used were the Canterbury Phoenix Club 8 Stud boot and the Canterbury Speed Club Blade boot. The trial was conducted on an 4G artificial pitch at the Cardiff Arms Park rugby ground. Ethical approval was obtained from Bath University and a research grant was provided by British Orthopaedic Foot and Ankle Society. Results: The blade boot had significantly higher contact pressures than the stud boot on the fifth metatarsal in the combined movements (17.909 ± 10.442 N/cm2 Blade Vs 16.888 ± 9.992 N/cm2 Boot; P < .0125; n= 864 steps in each boot group). The blade boot also produced higher pressure during cross-cutting (32.331 ± 13.568 N/cm2 Vs 27.651 ± 15.194 N/cm2 p < 0.007). Pressures were also higher in both acceleration and cutting, although not significantly so. Conclusions: These results will guide clinicians advising athletes in shoe design, especially those predisposed to or rehabilitating from a fifth metatarsal fracture. Print 575 Tags: Rehabilitation5th Metatarsal