This clinical photograph displays the SaCoVLM video laryngeal mask airway (LMA) system, a specialized supraglottic airway device designed for visualization during airway management. The assembly consists of a curved, semi-transparent breathing tube terminating in a blue, inflatable anatomical mask cuff. Integrated into the device is a video stylus system connected to a handheld control unit with power and capture buttons. Multiple access ports are visible along the tube, including a central channel for gas exchange or endotracheal tube (ETT) insertion, a gastric drainage port, and ports for pressure monitoring and CPAP ventilation. The handheld unit is tethered via a blue connector to a 7-inch portable monitor. The monitor screen displays a high-definition endoscopic view of the glottis, showing the vocal cords and epiglottis, which allows for real-time visual confirmation of device placement and facilitates rescue intubation. This medical technology is utilized by anesthesiologists and emergency physicians to secure the human airway while providing direct visualization of the larynx.

This set of four sagittal T1-weighted MRI images (A, B, C, and D) illustrates the radiological evaluation of laryngeal mask airway (LMA) placement in pediatric patients. Image A displays the radiologically correct position, with the LMA tip seated in the hypopharynx and the proximal cuff aligned with the C1-C2 cervical vertebrae. In contrast, images B, C, and D demonstrate different types of malposition. Image B (Malposition A) shows the mask displaced anteriorly, pointed out by a white arrow, indicating it is outside the hypopharynx. Image C (Malposition B) shows the proximal cuff positioned inferiorly to the C1-C2 level, with a white arrow highlighting the vertebral misalignment. Image D (Malposition C) presents a malposition characterized by spatial measurement discrepancies, where the distance from the proximal cuff to the aditus laryngis (10.9 mm) exceeds the distance from the distal cuff to the aditus laryngis (6.4 mm). These images serve as an educational tool for anesthesiologists to identify anatomical landmarks such as the soft palate, tongue base, and cervical spine relative to supraglottic airway devices.

This set of four fiberscopic images (A-D) illustrates the anatomical positioning of various supraglottic airway (SGA) devices relative to the larynx. Panel A shows the i-gel™ device with the glottic inlet (1) and arytenoids (2) clearly visible; the epiglottis is notably resting inside the mask bowl. Panel B displays the LMA-Supreme™, showing similar anatomical landmarks but with visible narrowing of the vocal cords and slightly hyperemic tissue. Panels C and D demonstrate laryngeal views with the Laryngeal Tube Suction-D (LTS-D) in situ. These views illustrate suboptimal or 'awkward' positioning where the device partially obscures the glottic structures, although ventilation remains possible. Across all images, the laryngeal mucosa appears pink and moist, indicating healthy tissue perfusion. This comparative series serves as an educational tool for anesthesiology and emergency medicine to understand how different SGA designs impact glottic visualization and airway alignment during clinical practice.

This diagnostic image series displays four endoscopic clinical photographs categorized as SaCoVLM™ glottic exposure grades, illustrating the airway view obtained via a video laryngeal mask airway (LMA). Grade 1 (Far Left): Minimal visualization showing only the lateral aspect of the right aryepiglottic fold and a small portion of the laryngeal inlet. Grade 2 (Middle Left): Improved exposure revealing bilateral aryepiglottic folds and a wider view of the laryngeal inlet. Grade 3 (Middle Right): Advanced exposure where the entire laryngeal inlet and the posterior portion of the glottis become visible; the mucosa appears more textured with visible vasculature. Grade 4 (Far Right): Optimal exposure showing the whole glottis, including the vocal cords and the dark lumen of the trachea. The sequence demonstrates the progressive visibility of laryngeal landmarks from a tangential epiglottic view to a direct axial glottic view. These grades serve as a clinical tool for anesthesiologists to evaluate the positioning and efficacy of visual-guided supraglottic airway devices during airway management and ventilation.