X-Ray to MR: The Progress of Flexible Instruments for Endovascular Navigation
Hamlyn researchers provided a systematic review of the flexible instruments for endovascular navigation, aiming to aid X-Ray & MRI treatment for CVDs.
A Novel Subcutaneously Implanted Device for Cardiovascular Assessment
Hamlyn researchers proposed a novel implanted device for cardiovascular assessment (this work was selected as the latest AIS inside back cover story).
A Novel Smart Operating Room Concept: Gaze-Controlled Based Robotic Scrub Nurse
Hamlyn researchers proposed a novel smart operating room concept by using gaze-controlled based robotic scrub nurse, aiming to aid surgical process.
Novel Low-powered Implantable Devices for Breast Cancer Soft Tissue Monitoring
Hamlyn researchers presented low-powered implantable devices activated by ultrasonic energy transfer for breast cancer tissue physiological monitoring
A systematic review of Tool-tissue Forces in Surgery
A Hamlyn-led research team provided a review of tool-tissue forces in Surgery, aiming to aid surgical safety improvement, training and assessment.
A Novel Plasmonic Optical Fibre Approach for Bacterial Accumulation Behaviour
Our Hamlyn researchers proposed a plasmonic optical fibre approach for bacterial accumulation behaviour, aiming to aid bacteria-based drug delivery.
A novel gaze‑controlled flexible robotised endoscope: preliminary trial & report
A Hamlyn-led project proposed a novel gaze‑controlled flexible robotised endoscope system, aiming to assist interventional endoluminal therapy.
Novel Gold-coated SERS Filters for Diagnosis of Urinary Tract Infections
A Hamlyn-led project proposed novel gold-coated filters for diagnosis of urinary tract infections using surface enhanced Raman spectroscopy (SERS).
A Novel MR-Safe Endovascular Robotic Platform for Minimally Invasive Surgery
A Hamlyn-led project proposed a novel MR-Safe endovascular robotic platform, aiming to assist minimally invasive diagnosis, therapy and surgery.
A Novel Microfluidics Design at Fibre Tip for Precision Drug Delivery & Sampling
A Hamlyn-led project proposed a novel microfluidics design at fibre tip, aiming to aid precision drug delivery and sampling for cancers and infections.
