Difference between revisions of "Team:Cornell"
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<img class="home-banner-logo" src="https://static.igem.org/mediawiki/2018/6/63/T--Cornell--OscillateLogo.jpg"> | <img class="home-banner-logo" src="https://static.igem.org/mediawiki/2018/6/63/T--Cornell--OscillateLogo.jpg"> | ||
| − | < | + | <div class="home-banner-caption">Introducing novelty through a frequency-based biological band-pass filter.</div> |
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<a id="chevron-button" href="#home-description"><img class="home-banner-chevron" src="https://static.igem.org/mediawiki/2018/d/d0/T--Cornell--RedChevron.jpg"></a> | <a id="chevron-button" href="#home-description"><img class="home-banner-chevron" src="https://static.igem.org/mediawiki/2018/d/d0/T--Cornell--RedChevron.jpg"></a> | ||
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| − | < | + | <div>We are building a <span id="home-description-emphasis-words">biological band-pass filter</span>. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a <span id="home-description-emphasis-words">frequency-response</span> low-pass and high-pass filter to create a <span id="home-description-emphasis-words">novel</span> band-pass filter.</div> |
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| − | < | + | <div>We are building a <span id="home-description-emphasis-words">biological band-pass filter</span>. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a <span id="home-description-emphasis-words">frequency-response</span> low-pass and high-pass filter to create a <span id="home-description-emphasis-words">novel</span> band-pass filter.</div> |
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| − | < | + | <div>We are building a <span id="home-description-emphasis-words">biological band-pass filter</span>. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a <span id="home-description-emphasis-words">frequency-response</span> low-pass and high-pass filter to create a <span id="home-description-emphasis-words">novel</span> band-pass filter.</div> |
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| − | < | + | <div>We are building a <span id="home-description-emphasis-words">biological band-pass filter</span>. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a <span id="home-description-emphasis-words">frequency-response</span> low-pass and high-pass filter to create a <span id="home-description-emphasis-words">novel</span> band-pass filter.</div> |
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Revision as of 21:57, 24 September 2018
We are building a biological band-pass filter. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs.
By controlling the rates of degradation of the components of our system, we are putting together a frequency-response low-pass and high-pass filter to create a novel band-pass filter.
Our filter would allow bacteria to respond only to certain frequency-based inputs, and give it even more digital logic-like character, long a goal of synthetic biology. Moving forward, our project could be an important tool for scientists as synthetic biology branches into increasingly diverse fields.
Our filter would allow bacteria to respond only to certain frequency-based inputs, and give it even more digital logic-like character, long a goal of synthetic biology. Moving forward, our project could be an important tool for scientists as synthetic biology branches into increasingly diverse fields.
Ideation.
We are building a biological band-pass filter. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a frequency-response low-pass and high-pass filter to create a novel band-pass filter.
Ideation.
We are building a biological band-pass filter. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a frequency-response low-pass and high-pass filter to create a novel band-pass filter.
Ideation.
We are building a biological band-pass filter. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a frequency-response low-pass and high-pass filter to create a novel band-pass filter.
Ideation.
We are building a biological band-pass filter. While biological band pass filters have been developed before, none respond to frequency-based inputs but instead respond to amplitude based inputs. By controlling the rates of degradation of the components of our system, we are putting together a frequency-response low-pass and high-pass filter to create a novel band-pass filter.