Ankle

UK Foot and Ankle Thromboembolism (UK-FATE) (2024)

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Type of publication:

Journal article

Author(s):

Mangwani, Jitendra; Houchen-Wolloff, Linzy; Malhotra, Karan; Booth, Sarah; Smith, Aiden; Teece, Lucy; Mason, Lyndon W; Shaikh, Rabia; Alfred, Wilam; Okhifun, Imobhio; Cinar, Ece; Bua, Nelson; Vemulapalli, Krishna; Acharya, Ashok; Gadd, Richard; Money-Taylor, John; Kantharaju, Rohit; Bhosale, Abhijit; Bahri, Suchita; Broadbent, Rosie; Drummond, Isabella; Jones, Neil; Shah, Savan; Ravindrarjah, Thuwarahan; Yasen, Zaid; Singh, Kunjshri; Al-Habs, Ruqaiya; Jeyaseelan, Lucky; Habbiba, Abdullah; Walker, Thomas; Dewhurst, Maximilian; Glasgow, Nisha; Eze, Dominic; Carter, Gary; Rajan, Praveen; Patil, Vijay; Amer, Omer; Malik, Kalim; Pavanerathan, Pranavan; Mallick, Arijit; Seferiadis, Ilias; Currall, Verity; Sadasivan, Preetha; Kumar, Sunil; Sanjani, Shahrukh R; Ciaccio, Maria; Ayyaswamy, Brijesh; Prasad, Pradeepsyam; Anand, Mr; Sunilraj, Dr; Lane, Suzanne; Prathap, Swetha; Kankate, Raghubir; Aktselis, Ioannis; Davda, Kinner; Vijapur, Arvind; Tayyem, Mohammed; Chau, Jackie; Azhar, Muhammad S; Sturdee, Simon; Hussain, Halima; Sonde, Sarah; Luqman, Muhammad Q; Farooq, Rahy; Wells, Gareth; Shenolikar, Aneil; Simons, Michiel; Hodgson, Paul; Thomas, Rhys; Stevens, Sam; Elhassan, Yahya; Adeniyi, Adebowale; Aspinall, Will; Joseph, Vinay; Day, Miriam; Tong, Aureola; Joyner, Claire; Alzaranky, Muhammed; Elhassan, Osman; Chhantyal, Kishor; Arora, Abhishek; Abiddin, Zain; Kucharski, Robert; Ahmad, Irfan; Zeb, Junaid; Ishaq, Usman; Thomas, Jija; Jain, Kowshik; Deol, Rupinderbir; Faroug, Rad; Johal, Karan; Mordecai, Simon; Argyropouos, Miltiadis; Chawla, Amit; Ibrahim, Mohamed; Pereira, Marta; Barr, Lynne; Julies, Elda; Hill, Francesca; Kapoor, Smriti; Bailey, James; Mukhopadhyay, Ishani; Rana, Sarina; Tarig, Hamza; Qualaghassi, Mahdi; Seewoonarian, Sheena; Rose, Barry; Crate, Georgina; Abbott, Sarah; Fenner, Christopher; Geleit, Ryan; Yousaf, Sohail; Akram, Nimra; Al-Hubeshy, Zahra; Patel, Bhavi; Hussein, Mohamed; Clark, Callum; Giddie, Jasdeep; Dega, Raman; Dasari, Kishore; Nandhara, Gurbinder; Kumar, Pritesh; Gupta, Prateek; Poole, Hope; Zace, Pamela; Alvi, Farhan; Jacob, Jagan; Reddy, Raji; Sateesh, Vaishnav; Gledhill, Andrea; Craven, James; Cichero, Matt; Yates, Ben; Newton, Ayla; Grice, John; Fawcett, Nicholas; Fraig, Hossam; Hamad, Farouk; Marsland, Daniel; Elliot, Robin; Ghani, Yaser; Chandrashekhar, Suresh; Millan, Ravi K; Clark, Andrew; Rahman, Kashed; Sykes, Mark; Little, Zoe; Saleem, Jawaad; Jolly, Lewis; Jain, Aman; Qadri, Ansar; Rymaruk, Sophy; Kulkarni, Avadhut; Garabadi, Mohanrao; Akhtar, Meraj; Hossain, Munier; Yunus, Shamael; Saleem, Maleeha; Fong, Joanna; Islam, Amirul; Nusir, Ben; Chapman, James; Holmes, David; Mamoowala, Neville; Almond, Kieran; Wright, Claire; Caruana, Ethan; Watson, Thomas; Allison, Georgia; Pillai, Anand; Madhi, Imad; Alsalihy, Mazin; Elamin, Khadija; Yip, Chee Rong; Tew, Lucy; Dahiya, Rohan; Goff, Thomas; Bagshaw, Oliver; Slade, Henry; Andrzejowski, Paul; Gomati, Ayoub; Drake, Chris; Hind, Jamie; Morgan, Rebecca; Khalaf, Ahmed; Ditta, Adeel; Ramasamy, Arul; McIntyre, Joshua; Blacklock, Calum; Middleton, Scott; Clayton, Robert; Hrycaiczuk, Alex; Thornhill, Christopher; Jeyakumar, Gowsikan; Vaithilingam, Delani; Potter, Kate; Jamal/Pete Chan, Bilal; Mohamed, Muyed; Fraser, Debbie; Elhalawany, Ahmed; Beastall, James; Cousins, Gerard; Nunag, Perrico; Loveday, David; Bawa, Akshdeep; Gilmore, Rebecca; Schankat, Kerstin; Walls, Andrew; Corin, Nicole; Robinson, Peter; Hepple, Steve; Harries, William; Riddick, Andrew; Winson, Ian; Marsh, Luke; Bashir, Muhammad A; Saini, Jigyasa; Atkinson, Henry; Limaye, Rajiv; Johnson-Lynn, Sarah; Sethi, Mohit; Flanagan, George; Uddin, Akram; Reilly, Ian; Martin, Rebecca; Pujol-Nichol, Andrea; Carroll, Natalie; Boucher, Alexander; Alward, Mustafa; Myint, Yuland; Butler, Katherine; Kendal, Adrian; Bugeja, Mark; Mooteeram, Justin; Saedi, Farid; Koc, Togay; Morcos, Zeid; Robertson, Gregory; Holmes, Natal; Tribe, Howard; Pearkes, Tim; Soliman, Ahmed; Prasanna, Anil; Teoh, Kar; Kamat, Sanil; Bajracharya, Abhijit; Reeves, James; Ngwayi, Mbori; Imtiaz, Galal; Blackmore, Noah; Lau, Benjamin; Naik, Arjun; Tung, Eleanor; Murhekar, Siddhartha; Ray, Robbie; Lyle, Shirley; Makwana, Nilesh; Kaisi, Kahlan A; Al-Musabi, Musab; Dean, Mike; Hughes, Adrian; Shuttlewood, Kimberley; Welck, Matthew; Patel, Shelain; Sykes, Adam; Thibbaiah, Mahesh M; Hadi, Hosain; Haldar, Anil; Ardakani, Amir G; Jani, Priyanka; Kutuzov, Vladislav; Gibbons, James; Trussler, Daniel; Hawley, Eve; Akhtar, Sabeen; Rajgor, Harshadkumar D; Budair, Basil; Prem, Hari; Mckenzie, James; Thurston, Daniel; O'Sullivan, Michael; Elmajee, Mohammed; Pond, Erika; *Zahra, Wajiha; *Heaver, Catriona; Igbagiri, Kueni; Gaukroger, Andrew; Solan, Matthew; Peacock, Christian; Fan, Ka S; Barton, Tristan; Robinson, Derek; Graham, Selina; Zeolla, Julian; Everett, Samuel; Iqbal, Mohammad; Gourbault, Lysander; Singh, Shashwat; Tang, Cary; Tarhini, Mariam; Khan, Shahrukh; Balasubramanian, Satishkumar; Lever, Caroline; Bansod, Vaibhav; Iyengar, Kartik; Wadood, Abdul; McMillan, Lara; Toh, Eugene; Masunda, Stanley; Federer, Simon; Ahmad, Faheem; Lashin, Ahmed; Kaddah, Ahmed; Oladeji, Emmanuel; Dawe, Ed; Nolan, Ciaran; El-Bayouk, Khalil; Dhukaram, Vivek; Chapman, Anna; Beddard, Laura; Thomas, Alex; Garg, Vipul; Taylor, Heath; Kelsall, Nikki; Roslee, Charline; Akram, Nimra; Lowdon, Hamish; Kamel-Sherif, Ahmed; Jones, Anette; Best, Alistair; Zabaglo, Mate; Sayani, Junaid; Kyaw, Olive; Khin, Chan; Ali, Ramla; Shaik, Yousufuddin; Hossain, Natasha; Valente, Lucia; Ajis, Adam; Guha, Abhijit; Pereira, Melwyn; Ayoub, Atif; Paraoan, Vlad; Hali, Nayeem; Baird, Charles; Kugan, Raj; Abdallatif, Ahmad; Blomfield, Mark; Jackson, Gillian; Craven, James; Malhotra, Anubhav; Toner, Aileen; Render, Luke; Ashley, Connor; Limb, Richard; Smith, Robert; Hughes, Luke; Matthews, Hannah; Shiers-Gelalis, Fleur; Ting, Jason; Place, Stuart; Budgen, Adam; Stanley, James; Jowett, Charlie.

Citation:

Bone & Joint Journal. 106-B(11):1249-1256, 2024 Nov 01.

Abstract:
Aims: Venous thromboembolism (VTE) is a potential complication of foot and ankle surgery. There is a lack of agreement on contributing risk factors and chemical prophylaxis requirements. The primary outcome of this study was to analyze the 90-day incidence of symptomatic VTE and VTE-related mortality in patients undergoing foot and ankle surgery and Achilles tendon (TA) rupture. Secondary aims were to assess the variation in the provision of chemical prophylaxis and risk factors for VTE. Methods: This was a multicentre, prospective national collaborative audit with data collection over nine months for all patients undergoing foot and ankle surgery in an operating theatre or TA rupture treatment, within participating UK hospitals. The association between VTE and thromboprophylaxis was assessed with a univariable logistic regression model. A multivariable logistic regression model was used to identify key predictors for the risk of VTE. Results: A total of 13,569 patients were included from 68 sites. Overall, 11,363 patients were available for analysis: 44.79% were elective (n = 5,090), 42.16% were trauma excluding TA ruptures (n = 4,791), 3.50% were acute diabetic procedures (n = 398), 2.44% were TA ruptures undergoing surgery (n = 277), and 7.10% were TA ruptures treated nonoperatively (n = 807). In total, 11 chemical anticoagulants were recorded, with the most common agent being low-molecular-weight heparin (n = 6,303; 56.79%). A total of 32.71% received no chemical prophylaxis. There were 99 cases of VTE (incidence 0.87% (95% CI 0.71 to 1.06)). VTE-related mortality was 0.03% (95% CI 0.005 to 0.080). Univariable analysis showed that increased age and American Society of Anesthesiologists (ASA) grade had higher odds of VTE, as did having previous cancer, stroke, or history of VTE. On multivariable analysis, the strongest predictors for VTE were the type of foot and ankle procedure and ASA grade. Conclusion: The 90-day incidence of symptomatic VTE and mortality related to VTE is low in foot and ankle surgery and TA management. There was notable variability in the chemical prophylaxis used. The significant risk factors associated with 90-day symptomatic VTE were TA rupture and high ASA grade.

Do the heel-rise test and isometric strength improve after Achilles tendon repair using Dresden technique? (2022)

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Type of publication:
Journal article

Author(s):
De la Fuente, Carlos; Henriquez, Hugo; *Carmont, Michael R; Huincahue, Javiera; Paredes, Tamara; Tapia, María; Araya, Juan Pablo; Díaz, Nicolás; Carpes, Felipe P

Citation:
Foot and ankle surgery : official journal of the European Society of Foot and Ankle Surgeons; Jan 2022, 28(1) pages 37-43

Abstract:
BACKGROUND Achilles' tendon ruptures result in impaired plantar flexion strength and endurance. It is interesting to know the plantar flexion strength, the number of heel-rise repetitions, and the maximal calf circumference following Achilles' tendon ruptures repair. METHODS Both the injured and non-injured legs of thirty male patients with Achilles' tendon ruptures treated with the percutaneous Dresden technique were compared with the ankle function of 30 healthy participants. Rehabilitation involved partial weight-bearing for three weeks and then increased to full weight-bearing and ankle exercises. RESULTS The injured legs had weaker plantar flexion strength (1.64 ± 0.17 Nm/kg) compared with the non-injured legs (1.91 ± 0.24 Nm/kg; p = 0.002) and the healthy participants' legs (1.93 ± 0.32 Nm/kg; p < 0.001). The non-injured leg had greater ability in doing heel-rise repetitions (39.4 ± 6.1 rep.) compared with the injured legs (37.2 ± 5.7 rep.; p < 0.023) and the healthy participants' legs (31.0 ± 13.0 rep.; p < 0.001). CONCLUSIONS The injured leg had not recovered full isometric strength but had improved heel-rise repetition.

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The reliability, reproducibility and utilization of the radiographic Achilles Tendon Loading Angle in the management of Achilles Tendon rupture (2021)

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Type of publication:
Journal article

Author(s):
*Carmont M.R.; *Littlehales J.; Brorsson A.; Karlsson J.; Nilsson-Helander K.; Barfod K.W.; Ginder L.

Citation:
Foot and ankle surgery : official journal of the European Society of Foot and Ankle Surgeons; Oct 2021; vol. 27 (no. 7); p. 760-766

Abstract:
Background: During management of Achilles tendon rupture, determination of tendon-end approximation, either clinically or by ultrasound is difficult, following brace application of during loading. The Radiographic Achilles Tendon Loading Angle (RadATLA) is proposed as a method of measuring ankle position whilst loading in a brace during the management of Achilles tendon rupture. This study aims to determine the reliability and reproducibility of the RadATLA. Method(s): A loaded true lateral ankle radiograph including the fifth metatarsal head was taken when wearing a brace at the 6-week time point in 18 patients (19 ankles). following Achilles tendon repair or reconstruction. The RadATLA was compared with the Tibio-talar angle, other radiographic and clinical measures used to quantify foot and ankle position during the first 6 weeks of early rehabilitation in a resting position and during loading. Result(s): The intra-rater reliability of both angles was found to be good (>0.8). The RadATLA was found to have an excellent intra-rater reliability with Intra-class correlation of (ICC) 0.992-0.996 (95%CI 0.889-0.999), standard error of the measurement (SEM) 1.03-3.65 and Minimal Detectable Change (MDC) 2.86-10.12. The inter-rater reliability was good with ICC of 0.798-0.969 (95%CI-0.03 to 0.964), SEM 2.9-7.6, and MDC 8.1-20.9. The RadATLA loaded at 6 weeks in all patients was at mean (SD) (range) 41.9 (16.5), (18.5-75.9). There was a significant difference between the patients in the Repair group compared with patients in the Reconstruction group both in RadATLA loaded at 6 weeks: 35.6 (11.2), (18.5-56.5) versus 55.5 (19), (20-75.9), (p = 0.01). The amount loaded in all patients was at mean (SD) (range) 29.2Kg (17.7), (2-56) and the percentage Body Weight was 30.7% (19), (2.1-63.2). There were no differences between the groups neither in amount loaded nor in percentage Body weight (p = 0.614-0.651). Conclusion(s): The RadATLA is a reliable and reproducible angle and can be used to determine the position of the ankle, when loaded in a brace during rehabilitation following Achilles tendon rupture.

Minimising negative ankle and foot X-rays in the Emergency Department-Are the Ottawa ankle rules good enough? (2014)

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Type of publication:
Journal article

Author(s):
*Crosswell S, *Leaman A, *Phung W

Citation:
Injury, 12 2014, vol./is. 45/12(2002-4), 0020-1383;1879-0267 (2014 Dec)

Abstract:
OBJECTIVES: To review fracture rates in patients who had X-rays of either the ankle or foot or both in the Emergency Department of a district hospital.METHOD: A retrospective review of 2589 Emergency Department patients who had X-rays of the ankle or foot or both over a 12-month period.RESULTS: There were 1199 ankle X-rays taken of which 193 (16%) showed a significant fracture. There were 1081 patients who had a foot X-rayed of which 165 (15%) showed a significant fracture. Younger patients had more X-rays but older patients were more likely to have a fracture. There were 309 patients who had an ipsilateral ankle and foot X-rayed at the same time, and of these 42 (14%) showed one fracture and just two (0.6%) showed a significant fracture of both ankle and foot.CONCLUSIONS: The approach to X-raying ankle and feet in this study is probably widespread, and Ottawa Ankle Rules still seem to be of limited use in diagnosing fractures. This low yield of positive X-ray could be accepted or a more sophisticated ankle rule introduced. Copyright 2014 Elsevier Ltd. All rights reserved.

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