17. Tissue Printing During Surgery, Hair Brushing Robots, Smaller & Cheaper Batteries
  • 11/05/2021
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17. Tissue Printing During Surgery, Hair Brushing Robots, Smaller & Cheaper Batteries

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Descripción de 17. Tissue Printing During Surgery, Hair Brushing Robots, Smaller & Cheaper Batteries

(0:50) - Bioprinting During Surgery: 
Trauma to the head or face can be difficult to address and oftentimes requires bone grafts from the patient or cadaverous. Professor Ibrahim Ozbolat’s team at Penn State has addressed this by developing bio inks for hard and soft tissue enabling in situ bioprinting during surgery. 
(7:40) - Hairbrush Robot:
Nurses spend 18-40% of their time on direct patient care which involves hygienic maintenance like brushing hair. A joint effort from MIT & Harvard aims to alleviate so of their workload by automating the hair brushing process using robots.
(13:10) - Anode Free Batteries:
Lithium ion batteries power almost all major electronic appliances that we use today; however the main ingredient is scarce and therefore ~25% of the cost we pay is just for the battery. Professor Pen Bai from Washington University wants to address this issue using their new anode free sodium based battery cells that were developed.

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battery hair care bioengineering sodium battery hygienics

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