Organ-on-a-chip

Organ-on-a-chip

It is one of the many science fiction ideals of the 20th century: to be able to create a functioning organ in a laboratory, that would be available for transplant. Now, fifteen years into the 21st century, this practice no longer belongs to the realm of science fiction. After countless experiments, scientists are now able to create human tissue in a petri dish on a workbench. It is even rumored that the future of organ production lies with 3D printers printing full sized organs from stem cells. That is still a futuristic notion, but organ cultivation is most definitely happening right now. The new organ-on-a-chip principle allows for even more stimulation for this process, resulting in more innovative ways of cultivating organ tissue.

What is organ-on-a-chip?

An organ-on-a-chip is a construct fit for microbiological research. It consists of two tiny glass container, with a glass plane suspended in the middle. This is a cell culture membrane, forming the basis for fruitful cellular reproduction. This new starter package for researchers concerned with tissue production poses some interesting opportunities:

  • Providing an active environment for growing tissue;
  • Allowing for new approaches to organ culture;
  • Simulating the bodily environment;
  • Researching cell behavior in more natural conditions.

The organ-on-a-chip technology is promising for medical and biological research. Perhaps soon, organs from a laboratory will actually be used to save lives.

Customized for your needs

As a researcher, you aim to control every aspect of your experiment. That is why the organ-on-a-chip is so very useful to scientists. You can order it online with the specific cell culture membrane suited for your research. If you need any alterations or adaptations to the organ-on-a-chip, you can simply contact the manufacturer and ask for the possibilities. They will gladly support you in your mission to make yesterday’s sci-fi today’s reality.

http://www.micronit.com/blog/portfolio-item/organ-on-a-chip/

Comments are closed.