Team:EPF Lausanne/Test

Team:EPF_Lausanne/Journal - 2015.igem.org

 

Team:EPF_Lausanne/Journal

From 2015.igem.org

Logic Orthogonal GRNA Implemented Circuit

The aim of our project is to enable the simple and reproducible design of modular digital circuits within living cells. Cells possess the ability to accept biological data as input and process it according to predefined instructions. We plan to harness this potential by designing bio-elements that behave as transistors. Our goal is to assemble these transistors to create a programmable logic gate array.

Thinking binary

Boolean Logic is the bedrock of the digital revolution. Developed by George Boole in the mid-19th century, it is based on a simple set of values: 0 (“FALSE”) or 1 (“TRUE”). In computers, all information is represented by strings of 0s and 1s - multiple representations of binary digits or “Bits”. Bits are physically implemented by two-state devices named transistors. The assembling of transistors forms logic gates - which enables digital circuits to exhibit incredibly complex behaviours in the everyday objects that surround us.

Command our plasmids

Insert plasmid

Save the world

First Procedure

(Pellentesque ligula lectus)

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Maecenas vitae ornare arcu. Phasellus gravida congue turpis, eu bibendum lorem molestie eget. Phasellus tristique sapien non placerat eleifend. Nam quis velit non quam bibendum vestibulum ac et purus.

Second Procedure

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  1. Pellentesque ligula lectus, molestie quis magna lobortis, placerat imperdiet elit.
  2. Praesent sit amet cursus urna. In nec lobortis tellus.
  3. Donec congue, urna non semper interdum, que nisi bibendum tellus.
  4. Cras laoreet mi sed nulla lobortis, epharetra eros laoreet.
  5. Donec convallis elementum convallis. Duis ac purus sem. Fusce id nunc tellus.

Third Procedure

(Donec convallis elementum convallis)

  1. Pellentesque ligula lectus, molestie quis magna lobortis.

    Praesent sit amet cursus urna. In nec lobortis tellus. Donec congue, urna non semper interdum, que nisi bibendum tellus, sed tempus tellus neque et leo.

  2. Cras laoreet mi sed nulla lobortis, epharetra eros laoreet.

    Donec convallis elementum convallis. Duis ac purus sem. Fusce id nunc tellus. Maecenas vitae ornare arcu. Phasellus gravida congue turpis, eu bibendum.

  3. Lorem molestie eget tristique sapien non placerat eleifend.

    Nam quis velit non quam bibendum vestibulum ac et purus. Fusce id nunc tellus. Maecenas vitae ornare arcu.

Fourth Procedure

(Nam quis velit non quam bibendum)

  1. Pellentesque ligula lectus, molestie quis magna lobortis.

    1. Praesent sit amet cursus urna. In nec lobortis tellus.
    2. Donec congue, urna non semper interdum.
    3. Que nisi bibendum tellus, sed tempus tellus neque et leo.
    4. Cras laoreet mi sed nulla lobortis, epharetra eros laoreet.

  2. Donec convallis elementum convallis. Duis ac purus sem.

    1. Fusce id nunc tellus.
    2. Maecenas vitae ornare arcu.
    3. Phasellus gravida congue turpis, eu bibendum lorem molestie eget.
    4. Phasellus tristique sapien non placerat eleifend.

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