In my July/August 2014 editorial in IEEE Pulse [1], I opined on the very real possibility of genetic editing of human embryos with the newly discovered CRISPR/Cas9 gene editing system.…
read moreFrom the Colosseum to the Roman aqueducts, Italy has historically been admired, envied, and imitated for its feats in advanced engineering. Beginning with Leonardo da Vinci’s military tanks and extending…
read moreIn today’s clinical practice, human vision remains the major diagnostic imaging tool that can capture the shapes and colors of tissue surfaces. Similarly, a very popular manmade device, the camera,…
read moreSince taking the helm of IEEE Pulse in January 2014, I am very proud of how we have built on the solid journalistic foundation constructed by former Editor-in-Chief Mike Neuman…
read moreLast year, IEEE Pulse surveyed the scene in biomedical engineering to determine what new and developing trends were expected to dominate in the coming year. We accurately predicted the rise…
read moreWhere do patient satisfaction, medical advancement, and innovation meet? The answer is here—right in this issue as we focus on the patient experience and consider how best to integrate technology…
read moreImagine that you have recently been diagnosed with cancer and have discussed treatment options with your oncologist. Twenty years ago, there would only be a limited number of unattractive treatment…
read moreWe spend roughly one-third of our lives asleep. Although the primary function of sleep remains a topic of debate among researchers, there is agreement that sleep is important for the rejuvenation of…
read moreIn our January article on hot trends in biomedical engineering for 2014 [1], we predicted the CRISPR/Cas system to become a transformative and powerful tool for gene editing. The simplicity, precision, speed, and low cost…
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