Wedge-augmented and angled BIO rTSA were compared in a retroverted glenoid using FE models. With 4 screws, both showed good initial fixation and low micromotion. Graft stiffness had limited effect, while using only 2 screws markedly worsened fixation. https://t.co/ApAAVNDzL0

Fantastic to see Queen Mary’s pioneering work in in vitro models highlighted on the BBC. Find out more about this work, and what it aims to do: https://t.co/S7emm7O5fN @hazelscreen @FrancesBalkwill @QMULSEMS

Scotland is home to 8% of the UK’s engineering & tech workforce! With Modern Apprenticeships & SVQs available, now’s the time to help students explore these careers. Learn more: https://t.co/hpGuKj8q52 If you shared your story for #TEWeek25, share it for #ScotCareersWeek25 too!

This study assessed minipigs as a preclinical model for small bone replacement in the wrist. Scaled radial carpal bone implants were tested in vivo, showing close fit to surgeon-selected sizes and proving strong potential for testing wrist bone implants. https://t.co/lWaJHYQc88

This study compared anterior, posterior, and circumferential fixation after cage placement to prevent subsidence in corpectomy. CF showed the lowest subsidence in low bone density, suggesting superior stability for osteoporotic patients. https://t.co/iAltr5jnDZ

This study designs a lightweight Ti-6Al-4V cranial implant using CT data and lattice structures to reduce stress shielding. The isotruss design cut weight by 50% while maintaining strength, showing strong potential for durable, patient-specific implants. https://t.co/QQKsHnVpdR

Additive manufacturing is transforming biomedical engineering and biosensors by enabling customizable implants, scaffolds, and diagnostic tools. This review highlights its materials, methods, and future potential to revolutionize biosensing and healthcare. https://t.co/ChDxOuiJFD

This study compared fretting-corrosion at stem-cement and stem-head interfaces in stainless steel implants. Tests showed higher fretting current, ion, and particle release at the stem-cement interface, suggesting greater risk for adverse tissue reactions. https://t.co/fHAqNxOoIX

🎃🎃Halloween Fun on Oct 31 & Nov 1🎃🎃 The house & gardens will be lit up at dusk. This is a family-friendly event 👻 fancy dress, pumpkin trail & craft tent. Hot food will be available & 🐕🐕 are welcome. Tickets https://t.co/ashhZCwTTz #Shropshire #Ludlow #Halloween2025

🎄Join us on December 10th, 11th & 12th for a Christmas tour of Stokesay Court🎄 This is the last chance to visit the house in all its festive glory. A guided tour will be followed by refreshments. Tickets https://t.co/ashhZCwm41 #shropshire #ludlow

This study explores PCL cog threads as a minimally invasive option for pelvic organ prolapse repair. After 180 days in vitro, threads showed mild degradation yet retained strength through 100 cycles, indicating promise for durable POP treatment. https://t.co/C6vMrl7eEd

⁦@QMULSciEng⁩ ⁦@QMULSEMS⁩ demonstrating graphene (from pencil lead) as a conductor and the importance of its atomic structure ⁦@newscientist⁩ today.

Seeing the ⁦@RAEngNews⁩ Ingenious stand from ⁦@MiddlesexUni⁩ on rescue after flooding. If you’re at ⁦@newscientist⁩ Live come and see them. ⁦@SMASHfestUK⁩

Why is it important to understand the end user when designing medical technologies? Great advice shared by our panel at the Innovation Incoming event with @Organ_Ox, the 2025 #MacRobertAward winner and organ preservation pioneers. Watch the full event: https://t.co/PpKWetRnUF

Triply Periodic Minimal Surface (TPMS) structure scaffolds mimic bone architecture for regeneration. CFD showed network types had better permeability and flow, while sheet types offered higher surface area for cell adhesion—guiding scaffold optimization. https://t.co/MyQve7xqQu

A novel pressure-relief insole with auxetic structure and reverse graded-stiffness reduced heel stress in diabetic feet. FE and gait tests showed 38% lower stress, 20% lower pressure, and improved energy dissipation, offering promise for ulcer prevention. https://t.co/vvk690Lwtq

This study presents an underactuated lower-limb exoskeleton for gait rehabilitation. Using a Stephenson III linkage and carbon fiber, the device achieved a lightweight design. LSTM-based deep learning predicted high time-dependent reliability over 200 runs https://t.co/u0DWRWbiFA

This study introduces signal-based methods to evaluate walking stability in lower limb fracture patients. CoP analysis and frequency-domain modeling show reduced intralimb stability and increased interlimb dependency, especially in calcaneus fractures. https://t.co/CGhGNhaO1g

We're thrilled to announce that Queen Mary's @ShareEastLondon's Collaborative has been shortlisted in the Knowledge Exchange UK Awards 2025 🎉 Their initiative is a finalist in the Impact-led Initiative category. Find out more: https://t.co/9iVDfCNZJI #KEAwards2025

𝐃𝐞𝐬𝐢𝐠𝐧 𝐨𝐟 𝐚 𝐭𝐚𝐧𝐝𝐞𝐦 𝐚𝐧𝐤𝐥𝐞 𝐫𝐞𝐡𝐚𝐛𝐢𝐥𝐢𝐭𝐚𝐭𝐢𝐨𝐧 𝐫𝐨𝐛𝐨𝐭 The authors use the AnyBody Modeling System for assessing the activation levels of muscles involved in the ankle movement during robotic-assisted training. 🔗 (PDF) https://t.co/D6AVSxJMjx