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| ==Components of the Synthesis Project== | | ==Components of the Synthesis Project== |
| SSI Bio will be breaking up this DNA synthesizer project into several smaller subteams to tackle the several different systems needed | | SSI Bio will be breaking up this DNA synthesizer project into several smaller subteams to tackle the several different systems needed |
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| ===Enzymatic Synthesis Chemistry=== | | ===Enzymatic Synthesis Chemistry=== |
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| ===Safe Phosphoramidite Chemistry=== | | ===Safe Phosphoramidite Chemistry=== |
| A more conventional alternative to aiming for enzymatic synthesis would be to try to adjust conventional phosphoramidite chemistry to be safer for use in space. This might involve creating a system that can synthesize DNA using safer organic solvents and less toxic reagents. | | A more conventional alternative to aiming for enzymatic synthesis would be to try to adjust conventional phosphoramidite chemistry to be safer for use in space. This might involve creating a system that can synthesize DNA using safer organic solvents and less toxic reagents. |
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| ===Microfluidic Synthesizer Design=== | | ===Microfluidic Synthesizer Design=== |
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| ===Reassembly Chemistry and Algorithm=== | | ===Reassembly Chemistry and Algorithm=== |
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| ===DNA Product Verification=== | | ===DNA Product Verification=== |
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| ====Overview==== | | ====Overview==== |
| Once a strand of DNA is made, we will need to check to make sure that it is the correct desired sequence. | | Once a strand of DNA is made, we will need to check to make sure that it is the correct desired sequence. |
| ==Effects of limits of Space on Synthesizer== | | ==Effects of limits of Space on Synthesizer== |
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| ===Payload Size and Power constraints=== | | ===Payload Size and Power constraints=== |
− | We'd like to fit our synthesizer into a 10 centimeter cube, so that it could be launched on a [https://en.wikipedia.org/wiki/CubeSat CubeSat] or other standardized research payload. | + | We'd like to fit our synthesizer into a 10 centimeter cube, so that it could be launched on a [https://en.wikipedia.org/wiki/CubeSat CubeSat] or another standardized research payload. |
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| ===What kind of shielding do we need?=== | | ===What kind of shielding do we need?=== |
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| ====Communication from Device==== | | ====Communication from Device==== |
− | Depending on our ultimate choice of payload, communication from our device involves a number of interesting questions. How do we return the message that synthesis has been carried out successfully? Will the message describe the sequence of the product created, or a simple boolean yes or no? | + | Depending on our strategy for launching to space, communication from our device to some sort of receiver we can listen to involves a number of interesting questions. How do we return the message that synthesis has been carried out successfully? Will the message describe the sequence of the product created, or a simple boolean yes or no? |
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| ==History of DNA synthesizer idea in SSI== | | ==History of DNA synthesizer idea in SSI== |
| The idea of a DNA synthesizer for space has been floating around SSI for some time. [[John Cumbers - Synthetic Biology | One of the earliest recordings stretches back to 2013, in a talk given John Cumbers.]] John Cumbers was also consulted during the initial conception and planning of the project in the summer of 2015. | | The idea of a DNA synthesizer for space has been floating around SSI for some time. [[John Cumbers - Synthetic Biology | One of the earliest recordings stretches back to 2013, in a talk given John Cumbers.]] John Cumbers was also consulted during the initial conception and planning of the project in the summer of 2015. |