Man and machine: chips successfully placed in living cells

&h=&q=90&w=90&h=65&zc=1" class="alignleft" alt="">

Computers are getting smaller and smaller. One need only look at the proliferation of smartphones for proof of this. The trend toward miniaturization is only going to continue. Pretty soon, we’ll have computers inside our bodies, rather than carrying them around with us! Scientists have recently successfully inserted silicon chips into living cells. The initial applications for this research seem focused on intracellular sensing and data acquisition, but that’s only just the beginning. After inserting the chips into the live cells, the researchers made sure that the cells remained alive and healthy. They found that over 90% of the chip-containing containing HeLa cell population remained viable 7 days after lipofection. Via Medgadget . The cells used in this research were HeLa cells. There’s a very interesting history to the HeLa cells, and I never would have known about any of it had I not chanced to hear an NPR piece about a new book: ‘Henrietta Lacks’: A Donor’s Immortal Legacy .

Desktop lamp powered by hamster cells

&h=&q=90&w=90&h=65&zc=1" class="alignleft" alt="">

This seems a bit odd, but here’s another take on alternative power; Dutch designer Joris Laarman came up with a concept for a desktop lamp that glows from bio-luminescent hamster ovaries. Seriously, I’m not making this stuff up. Apparently, if you take the hamster cells and infuse them with an enzyme called luciferase, it will cause living organic cells to glow. Now, it’s not going to be enough to light your entire home, but that’s not the point. The lamp was created for an art show, but sadly, didn’t make it to the display. It seems that the cells weren’t able to survive the trip to the gallery and died during the flight over the Atlantic ocean. [via MedGadget ]

© 2012 Headline News. All Rights Reserved. Log in

Blog WebMastered by All in One Webmaster.
- Designed by Gabfire Themes