To help surgical teams performing procedures in the chest and abdomen achieve their goals, Myka Labs brings together technological advances in two areas. The first is real-time multimodal artificial intelligence. The second is catheter digital tracing, where arrays of miniatures sensors are used to dynamically map a catheter’s trajectory within the body. The power of this technology platform is seen in the capability to accurately model the three-dimensional trajectory of the jejunum within the upper left quadrant of the abdomen–even as it twists and shifts position–during a potentially life-saving procedures like endoscopically bypassing malignancy-associated gastric outlet obstruction (MGOO). Myka Labs real-time anatomy models can be displayed as fully virtual environments or as virtual object overlays on standard intraoperative imaging like ultrasound and fluoroscopy. Gaining awareness can drive critical real-time decision-making and action for surgeons and gastroenterologists, enabling them to go further than ever before in striving to achieve the best possible outcomes for their patients.
