Presented by Richard M. Satava, MD at the SAGES 2013 Annual Meeting; Advancements in Military Surgery
disclosures–1:35 disruptive visions–2:30 information age–4:44 electromagnetic spectrum–4:53 directed-energy surgery–7:52 fundamental change–11:18 surgical MEMS–11:42 intelligent laser sc
Keyword(s): 3-D image, 3-D printing, abdominal wall reconstruction, ablate, adhesion integrin, angiogenesis, antibiotic resistance, application of energy, artificial organs, bandwidth, biological effects, biological tissues, biophotonics, bladder, blood vessel, Boston Dynamics, bowel, brain-to-brain interface, cadherin, cancerous tissue, cell motility, cellular level, charged particles, chemotherapy, chromosomes, closed-loop control, cm, contamination, coupling dx, CT guided, cutting laser, cx, cytokines, daVinci, debridement, decoder rat, directed-energy surgery, disruptive visions, Doppler US, dx, EEG, electrical discharge, electrocoagulators, electromagnetic spectrum, electrons, electroporation, EM radiation, encoder rat, energy forms, energy systems, enhanced human performance, epigenetic phenomenon, exsanguination, femtosecond lasers, floating electrode, fluorescence, fluorophores, free ions, fundamentals of robotic surgery training system, gamma rays, gastric surgery, general surgeon, genetic sequences, genetic surgeon, genetics, handheld portables, healthcare system, HIFU, human eukaryocytes, humanoid robot navigation, hyperspectral analysis, imagery analysis, imaging, immunotherapy, infectious bioagents, information age, insulated electrode, intelligence systems, intelligent laser scalpel, intelligent prosthesis, internal iliac artery model, internet, iPhone, kidney, kinetic systems, lab, laceration, laser, LED, liver, LLL, macro scale, MakerBot, metabolic, meters, micro-robot, microns, microtechnology, military medicine, military research, military surgery, molecular biology, molecular imaging biosurgery, molecular level, molecules, MRI guided, nanometers, Nature, navy, new technologies, NIR, non-invasive acoustic hemostasis, non-medical colleagues, noncompressible hemorrhage, nuclear membrane, optical tweezers, optogenetics, organelles, pancreas, pathogens, PETMAN, Physical Optics, pig, plasma cloud, plasma medicine, plasma physics, point-of-care noninvasive therapy, pressure pulse wave, prions, protonomics, prototype, PT, pulse oximeter, real-time sharing, regenerative medicine, rejection phenomenon, RNS, robotic arms, robotics, ROS, Scientific Reports, sensorimotor information, spectrometer, spectroscopy, spleen, spores, stem cells, stereo-lithography, sterilization, stomach, suface etching, surgical MEMS, technology, terahertz guided, therapy, Thingiverse, THz graspers, tissue characterization, transplant surgeons, trauma, UGI surgery, urologist, US, UV, vascular endothelial growth factor, VEGF, wavelength, wound healing, xrays
disclosures–1:35 disruptive visions–2:30 information age–4:44 electromagnetic spectrum–4:53 directed-energy surgery–7:52 fundamental change–11:18 surgical MEMS–11:42 intelligent laser sc
Keyword(s): 3-D image, 3-D printing, abdominal wall reconstruction, ablate, adhesion integrin, angiogenesis, antibiotic resistance, application of energy, artificial organs, bandwidth, biological effects, biological tissues, biophotonics, bladder, blood vessel, Boston Dynamics, bowel, brain-to-brain interface, cadherin, cancerous tissue, cell motility, cellular level, charged particles, chemotherapy, chromosomes, closed-loop control, cm, contamination, coupling dx, CT guided, cutting laser, cx, cytokines, daVinci, debridement, decoder rat, directed-energy surgery, disruptive visions, Doppler US, dx, EEG, electrical discharge, electrocoagulators, electromagnetic spectrum, electrons, electroporation, EM radiation, encoder rat, energy forms, energy systems, enhanced human performance, epigenetic phenomenon, exsanguination, femtosecond lasers, floating electrode, fluorescence, fluorophores, free ions, fundamentals of robotic surgery training system, gamma rays, gastric surgery, general surgeon, genetic sequences, genetic surgeon, genetics, handheld portables, healthcare system, HIFU, human eukaryocytes, humanoid robot navigation, hyperspectral analysis, imagery analysis, imaging, immunotherapy, infectious bioagents, information age, insulated electrode, intelligence systems, intelligent laser scalpel, intelligent prosthesis, internal iliac artery model, internet, iPhone, kidney, kinetic systems, lab, laceration, laser, LED, liver, LLL, macro scale, MakerBot, metabolic, meters, micro-robot, microns, microtechnology, military medicine, military research, military surgery, molecular biology, molecular imaging biosurgery, molecular level, molecules, MRI guided, nanometers, Nature, navy, new technologies, NIR, non-invasive acoustic hemostasis, non-medical colleagues, noncompressible hemorrhage, nuclear membrane, optical tweezers, optogenetics, organelles, pancreas, pathogens, PETMAN, Physical Optics, pig, plasma cloud, plasma medicine, plasma physics, point-of-care noninvasive therapy, pressure pulse wave, prions, protonomics, prototype, PT, pulse oximeter, real-time sharing, regenerative medicine, rejection phenomenon, RNS, robotic arms, robotics, ROS, Scientific Reports, sensorimotor information, spectrometer, spectroscopy, spleen, spores, stem cells, stereo-lithography, sterilization, stomach, suface etching, surgical MEMS, technology, terahertz guided, therapy, Thingiverse, THz graspers, tissue characterization, transplant surgeons, trauma, UGI surgery, urologist, US, UV, vascular endothelial growth factor, VEGF, wavelength, wound healing, xrays