Smart Tissue Autonomous Robot Market Analysis, , Porter’s, Region, Demand, DROT, PEST & Country Forecast
A team of researchers from Johns Hopkins University developed the Smart Tissue Autonomous Robot (STAR), which can effectively conduct a laparoscopic treatment without the aid of a human surgeon. One such case, which represents a significant development in robotics towards completely automated surgery for humans, has previously been tested on soft tissue of a pig. When executing intestinal anastomosis, which requires a great deal of repetition and accuracy, the robot did remarkably well. The connecting of two ends of an intestine together, which necessitates exceedingly exact and reliable suturing, is arguably the trickiest aspect of gastrointestinal surgery. The slightest hand tremor or improperly placed stitch could result in a leak that would be fatal for the patient. The report further sheds light on the competitive landscape of the Smart Tissue Autonomous Robot market to offer the readers an advantage over others. The report provides an extensive forecast of the industry and its