3D PRINTED TRAINING MODEL WITH SENSORIZED ARACHNOID FOR ENDOSCOPIC TRANSSPHENOIDAL SURGERY: DEVELOPMENT AND INITIAL VALIDATION

3D printed training model with sensorized arachnoid for endoscopic transsphenoidal surgery: development and initial validation

Background: Endoscopic transsphenoidal surgery is a relatively novel technique with a long learning curve: it is used to resect tumors that grow in the sella, which is located at the center of the skull base, immediately below the optic nerves and brain that are wrapped by the arachnoid, containing the cerebrospinal fluid (CSF).One of the challengi

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A high-performance electromagnetic vibration energy harvester based on ring magnets with Halbach configuration

This paper proposes and studies a ring-shaped architecture with Halbach configuration for electromagnetic vibration energy harvesters.The proposed transducer consists of three ring magnets with Music Art a linear Halbach array that concentrates its magnetic field in the inner space of the mechanism where a single vertically-centered concentric coil

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Salt marsh synthesis: local politics, local identity perception and autonomy initiatives on Canvey Island (Essex, UK)

Canvey Island, located on the north side of the Thames Estuary, has experienced periodic inundations since its earliest periods of settlement.The island was sparsely populated until the late 1800s when a series of developments, including the construction of fixed links to the mainland, attracted migrants from the East End of London who went on to f

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DMP-PUNet: A novel network for two-dimensional InSAR phase unwrapping under severe noise and complex fringes conditions

In the processing of Interferometric synthetic aperture radar (InSAR) data, two-dimensional (2-D) phase unwrapping (PU) is crucial for ensuring the quality of InSAR data inversion.Traditional methods, based on the assumption of phase continuity, often struggle with abrupt terrain changes and the influence of severe noise, leading Air Freshener Disp

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