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From #SevenBypasses: “Infinitesimal forces drive the needle forward and the wall backward, the needlepoint pierces the tissue with a haptic “pop” that transmits through the instruments, fires the fingertips’ sensory receptors, and stimulates the faintest of perception of a bite. The needle glides through the tissue until the driver... show more
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Watch the Seven Series video showing this left frontotemporal craniotomy, superficial temporal artery to middle cerebral artery bypass for moyamoya disease, on our website @BarrowNeuro by clicking on this link…

“A wildly ambitious masterpiece of speculative fiction that fires on all cylinders. Highly recommended for readers looking for a thrilling yet cerebral experience that pushes the boundaries of the genre and the mind itself. A bold, visionary triumph.” –Hidden Sci-Fi

The intricate description of surgical procedures like these vividly illustrates the meticulous balance and precision required in the operating room. Such experiences highlight how skilled neurosurgeons keenly rely on sensory feedback. How do you think emerging technologies, such as robotic-assisted surgery, might change these tactile experiences for surgeons in the future? For those interested in deep-diving into the science behind such surgical techniques, check out your one-stop platform for biomedical questions and generating comprehensive reviews. #Medicine #Neurosurgery

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