Qi Zhou (Engineering) - Therapy robots a step closer to reality

  • Qi Zhou

Press/Media: Research

Description

The study, led by the Chinese University of Hong Kong and published in Science Robotics, was carried out in collaboration with the Universities of Edinburgh and Manchester. It was supported by the Research Grants Council of Hong Kong.

Period22 Nov 2017 → 2 Dec 2017

Media coverage

39

Media coverage

  • TitleTiny robots may soon aid in delivering treatment
    Media name/outletThe Hindu
    Date2/12/17
    PersonsQi Zhou
  • TitleTherapy robots a step closer to reality
    Media name/outletEdinburgh Engineering150
    Date30/11/17
    PersonsQi Zhou
  • TitleNew micro-robots may hold biomedical promise
    Media name/outletBioWorld
    Date29/11/17
    PersonsQi Zhou
  • TitleResearchers Turn Algae Into Micro-Robots
    Media name/outletForbes
    Date29/11/17
    PersonsQi Zhou
  • TitleOne day these tiny robots made from algae could be sent into your body to treat disease
    Media name/outletWorld Economic Forum
    Date29/11/17
    PersonsQi Zhou
  • TitleCould tiny robots made from algae be the next big break in the fight against cancer?
    Media name/outletSouth China Morning Post
    Date28/11/17
    PersonsQi Zhou
  • TitleTiny magnetic robots could treat hard-to-reach body parts
    Media name/outletThe Indian Express
    Date27/11/17
    PersonsQi Zhou
  • TitleNano Robots Venture to Hard-to-Reach Areas of Body
    Media name/outletControlled Environments
    Date27/11/17
    PersonsQi Zhou
  • TitleTiny microrobots could be used to cure cancer
    Media name/outletNew York Post
    Date27/11/17
    PersonsQi Zhou
  • Title'Tiny magnetic robots could treat hard-to-reach body parts'
    Media name/outletThe Asian Age
    Date27/11/17
    PersonsQi Zhou
  • TitleScientists develop tiny magnetic robots to treat hard-to-reach body parts
    Media name/outletZee News
    Date27/11/17
    PersonsQi Zhou
  • TitleMagnetically-Controlled Organic Microbots Could Change Medicine in the Next Decade
    Media name/outletFuturism
    Date26/11/17
    PersonsQi Zhou
  • TitleNanobots Pass First Stage in “Fantastic Voyage” From Fiction to Fact
    Media name/outletNeuroscience News
    Date25/11/17
    PersonsQi Zhou
  • TitleTiny robots step closer to treating hard-to-reach parts of the body
    Media name/outletNanotechnology Now
    Date25/11/17
    PersonsQi Zhou
  • TitleMicro Bots Measuring Few Millionths can Now Treat Hard-To-Reach Areas
    Media name/outletMedindia
    Date24/11/17
    PersonsQi Zhou
  • TitleTiny Robots Step Closer to Treating Hard-To-Reach Parts of the Body
    Media name/outletLab Manager
    Date24/11/17
    PersonsQi Zhou
  • TitleUsing microrobots to diagnose and treat illness in remote areas of the body
    Media name/outletKurzweil Accelerating Intelligence
    Date24/11/17
    PersonsQi Zhou
  • TitleTiny Robots Step Closer to Treating Hard-to-reach Parts of the Body
    Media name/outletScience Newsline
    Date24/11/17
    PersonsQi Zhou
  • TitleTherapy robots a step closer to reality
    Media name/outletUniversity of Edinburgh News
    Date24/11/17
    PersonsQi Zhou
  • TitleResearchers develop micro-robots which diagnose and deliver drugs in remote areas of human body
    Media name/outletFirstpost
    Date23/11/17
    PersonsQi Zhou
  • TitleThe remote-controlled nanorobots that may hold the future of medicine
    Media name/outletInternational Business Times
    Date23/11/17
    PersonsQi Zhou
  • TitleTiny robots may soon aid in delivering treatments
    Media name/outletCanIndia News
    Date23/11/17
    PersonsQi Zhou
  • TitleTiny robots could pave way for treating illness in hard-to-reach areas of the body
    Media name/outletThe Medical News
    Date23/11/17
    PersonsQi Zhou
  • TitleMagnetic ‘microswimmers’ deployed in living body nanotechnology trial
    Media name/outletE&T Magazine
    Date23/11/17
    PersonsQi Zhou
  • TitleBiodegradable nanobots could help treat cancer
    Media name/outletThe Engineer
    Date23/11/17
    PersonsQi Zhou
  • TitleTiny robots step closer to treating hard-to-reach parts of the body
    Media name/outletecancer
    Date23/11/17
    PersonsQi Zhou
  • TitleTiny robots may soon aid in delivering treatments
    Media name/outletThe Week
    Date23/11/17
    PersonsQi Zhou
  • TitleTiny robots treat from the inside
    Media name/outletDaily Mail
    CountryUnited Kingdom
    Date23/11/17
  • TitleFantastic voyage as robots invade out bodies
    Media name/outletDaily Express
    CountryUnited Kingdom
    Date23/11/17
    PersonsQi Zhou
  • TitleRobo docs hope for disease cure
    Media name/outletThe Sun
    CountryUnited Kingdom
    Date23/11/17
    PersonsQi Zhou
  • TitleAlgae hope for diagnostic nanobots
    Media name/outletENGLEMED
    Date23/11/17
    PersonsQi Zhou
  • TitleTiny robots could soon diagnose, treat hard to reach parts of the body
    Media name/outletUPI.com
    Date22/11/17
    PersonsQi Zhou
  • TitleTiny robots step closer to treating hard-to-reach parts of the body
    Media name/outletNanowerk
    Date22/11/17
    PersonsQi Zhou
  • TitleTiny robot designed to fight cancer could be inserted into human body
    Media name/outletYahoo! News
    Date22/11/17
    PersonsQi Zhou
  • TitleTiny robots step closer to treating hard-to-reach parts of the body
    Media name/outletTech Xplore
    Date22/11/17
    PersonsQi Zhou
  • TitleMagnetiska robotalger simmar dit forskarna vill
    Media name/outletSVT
    Date22/11/17
    PersonsQi Zhou
  • TitleTiny robot designed to fight cancer could be inserted into human body
    Media name/outletThe Independent
    Date22/11/17
    PersonsQi Zhou
  • TitleThis robot made of algae can swim through your body—thanks to magnets
    Media name/outletScience/AAAS
    Date22/11/17
    PersonsQi Zhou
  • TitleTiny robots step closer to treating hard-to-reach parts of the body
    Media name/outletEurekAlert!
    Date22/11/17
    PersonsQi Zhou

Media contributions

1

Media contributions

  • TitleGood Morning Scotland
    Media name/outletBBC Radio Scotland
    CountryUnited Kingdom
    Date23/11/17
    Description(Starting from 2hr 53min 28sec)
    PersonsQi Zhou