Podcasts about 31475

  • 6PODCASTS
  • 6EPISODES
  • 47mAVG DURATION
  • ?INFREQUENT EPISODES
  • Dec 5, 2016LATEST

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Latest podcast episodes about 31475

Lawrence Livermore National Lab (Audio)
iChip: Human Physiology in the Palm of Your Hand

Lawrence Livermore National Lab (Audio)

Play Episode Listen Later Dec 5, 2016 47:18


Despite being diminutive in size, iChips have the potential to make big impacts on drug development and medical treatment testing. Lawrence Livermore National Lab is replicating the human body on a miniature scale, specifically focusing on brain physiology. Capturing human physiology outside the body allows scientists to probe and understand the human body without using human subjects. Staff scientist Elizabeth Wheeler describes how her group is using biology, 3D bioprinting, microchips and other technology to recreate human physiology outside the body. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 31475]

Women in Science (Video)
iChip: Human Physiology in the Palm of Your Hand

Women in Science (Video)

Play Episode Listen Later Dec 5, 2016 47:18


Despite being diminutive in size, iChips have the potential to make big impacts on drug development and medical treatment testing. Lawrence Livermore National Lab is replicating the human body on a miniature scale, specifically focusing on brain physiology. Capturing human physiology outside the body allows scientists to probe and understand the human body without using human subjects. Staff scientist Elizabeth Wheeler describes how her group is using biology, 3D bioprinting, microchips and other technology to recreate human physiology outside the body. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 31475]

Women in Science (Audio)
iChip: Human Physiology in the Palm of Your Hand

Women in Science (Audio)

Play Episode Listen Later Dec 5, 2016 47:18


Despite being diminutive in size, iChips have the potential to make big impacts on drug development and medical treatment testing. Lawrence Livermore National Lab is replicating the human body on a miniature scale, specifically focusing on brain physiology. Capturing human physiology outside the body allows scientists to probe and understand the human body without using human subjects. Staff scientist Elizabeth Wheeler describes how her group is using biology, 3D bioprinting, microchips and other technology to recreate human physiology outside the body. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 31475]

Lawrence Livermore National Lab (Video)
iChip: Human Physiology in the Palm of Your Hand

Lawrence Livermore National Lab (Video)

Play Episode Listen Later Dec 5, 2016 47:18


Despite being diminutive in size, iChips have the potential to make big impacts on drug development and medical treatment testing. Lawrence Livermore National Lab is replicating the human body on a miniature scale, specifically focusing on brain physiology. Capturing human physiology outside the body allows scientists to probe and understand the human body without using human subjects. Staff scientist Elizabeth Wheeler describes how her group is using biology, 3D bioprinting, microchips and other technology to recreate human physiology outside the body. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 31475]