Reportage at the Polytechnic school in Lausanne (Switzerland), in the integrated systems lab. The lab is developing an implantable system allowing human metabolism to be monitored. The implant has 5 biosensors, which measure the density of various molecules, a temperature sensor and a PH sensor. It transmits real time data via Bluetooth. Researchers can select the molecules they wish to detect on each separate biosensor (eg. Glucose or cholesterol). The implant is positioned according to the pathology to be monitored. A researcher is developing a larger version of the biosensors, she places a nanotube carbon solution and a specific enzyme on the nano-materials, which allow the desired molecule to be measured.

Reportage at the Polytechnic school in Lausanne (Switzerland), in the integrated systems lab. The lab is developing an implantable system allowing human metabolism to be monitored. The implant has 5 biosensors, which measure the density of various molecules, a temperature sensor and a PH sensor. It transmits real time data via Bluetooth. Researchers can select the molecules they wish to detect on each separate biosensor (eg. Glucose or cholesterol). The implant is positioned according to the pathology to be monitored. A researcher is developing a larger version of the biosensors, she places a nanotube carbon solution and a specific enzyme on the nano-materials, which allow the desired molecule to be measured.
SuperStock offers millions of photos, videos, and stock assets to creatives around the world. This image of Reportage at the Polytechnic school in Lausanne (Switzerland), in the integrated systems lab. The lab is developing an implantable system allowing human metabolism to be monitored. The implant has 5 biosensors, which measure the density of various molecules, a temperature sensor and a PH sensor. It transmits real time data via Bluetooth. Researchers can select the molecules they wish to detect on each separate biosensor (eg. Glucose or cholesterol). The implant is positioned according to the pathology to be monitored. A researcher is developing a larger version of the biosensors, she places a nanotube carbon solution and a specific enzyme on the nano-materials, which allow the desired molecule to be measured. by AMELIE-BENOIST/IMAGE POINT FR/BSIP is available for licensing today.
$24.99
Editorial Personal Use
Editorial Personal Use. Non-commercial, one-time, personal/home usage, in perpetuity and Worldwide. Personal prints, cards, gifts, or reference for artists. Non-commercial use only, not for resale.
$89.99
Editorial Presentation or Newsletters
Editorial use in a presentation or newsletters. Use in a presentation/talk (eg, Powerpoint and Keynote) or in an editorial newsletter.
$115.00
Editorial Website
Editorial website use in a single website, app, social media, or blog (excludes advertising), worldwide.
$225.00
Editorial Magazines and Books - Interior
Editorial Non-exclusive use inside of a Magazine, Book, or Educational use, both print and digital, in any language. (No advertising, promotion or commercial use of any kind). Worldwide in Perpetuity. DOES NOT INCLUDE COVER USE
  • Download your images from the download tab on this page after purchase.
  • Up to 3 downloads
  • Can be used for 365 days after purchase.
$59.99
RM Personal Print 3 Pack
Save $14.98
$20.00
per download
Order a Framed Print
Looking for a license?
Click here, and we'll help you find it! Questions? Just ask!
DETAILS
Image Number: 824-63188716Rights ManagedCredit Line:AMELIE-BENOIST/IMAGE POINT FR/BSIP/SuperStockCollection:BSIPContributor:AMELIE-BENOIST / IMAGE POINT FR / BSIPModel Release:YesProperty Release:NoResolution:5616×3744
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|