BME494

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[[BME494 | <font face="trebuchet ms" style="color: #808080"> '''Home''' </font>]] &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
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[[BME494 | <font face="trebuchet ms" style="color: #808080"> '''Home''' </font>]]  
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[[BME494:People | <font face="trebuchet ms" style="color: #808080"> '''People''' </font>]]  
[[BME494:People | <font face="trebuchet ms" style="color: #808080"> '''People''' </font>]]  
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[[BME494:Photos | <font face="trebuchet ms" style="color: #808080"> '''Photos''' </font>]]  
[[BME494:Photos | <font face="trebuchet ms" style="color: #808080"> '''Photos''' </font>]]  
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[[BME494:WikiHelp | <font face="trebuchet ms" style="color: #808080"> '''Wiki Editing Help''' </font>]]
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'''BME494 Introduction Synthetic Biology, Unit 2: How to Engineer Life, Techniques and Protocols'''<br>
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'''BME494 Introduction to Synthetic Biology, Unit 2: How to Engineer Life, Techniques and Protocols'''<br>
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Learning Objectives: Students should leave this unit equipped with a theoretical understanding of the typical lab techniques used in synthetic biology projects. Students will understand how laboratories carry out their work: from basic design and DNA construct assembly to data collection. Emphasis will be on good lab/experimental controls and the collection of statistically valid measurements. Students will also understand how commonly used lab devices function and explore the recent efforts to simplify and lower in cost.  
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Learning Objectives: Students should leave this unit equipped with a theoretical understanding of the typical lab techniques used in synthetic biology projects. Students will understand how laboratories carry out their work: from basic design and DNA construct assembly to data collection. Emphasis will be on good lab/experimental controls and the collection of statistically valid measurements. Students will also understand how commonly used lab devices function and explore the recent efforts to simplify experiments and to lower costs.  
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1. Create an OpenWetWare account: Fill out the form at [http://openwetware.org/wiki/OpenWetWare:How_to_join OpenWetWare:How to join]<br>
1. Create an OpenWetWare account: Fill out the form at [http://openwetware.org/wiki/OpenWetWare:How_to_join OpenWetWare:How to join]<br>
2. Edit your personal page: add content from your personal introduction Powerpoint slide to your page<br>
2. Edit your personal page: add content from your personal introduction Powerpoint slide to your page<br>
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3. Edit your team's wiki: Find your group's Wiki template in the Course Projects section. Be creative and have fun editing!<br><br>
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3. Edit your team's wiki: Find your group's Wiki template in the '''Course Projects''' section. There are further instructions there. Be creative and have fun editing!<br><br>
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NOTE TO THE OWW COMMUNITY
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Most of the materials for our course are shared via Blackboard at ASU. The key feature of this OWW wiki is the [[BME494:Projects | Course Projects]] section, where BME494 subgroups create their own theoretical synthetic biology project (al la iGEM). A couple of the in-house built tools we used to measure the performance of a GFP switch are featured in the [[BME494:Materials | Course Materials]] section. If you'd like to obtain more course materials, please contact the instructors (see [[BME494:People | People]]).
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Current revision


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BME494 Introduction to Synthetic Biology, Unit 2: How to Engineer Life, Techniques and Protocols
Learning Objectives: Students should leave this unit equipped with a theoretical understanding of the typical lab techniques used in synthetic biology projects. Students will understand how laboratories carry out their work: from basic design and DNA construct assembly to data collection. Emphasis will be on good lab/experimental controls and the collection of statistically valid measurements. Students will also understand how commonly used lab devices function and explore the recent efforts to simplify experiments and to lower costs.


GETTING STARTED

1. Create an OpenWetWare account: Fill out the form at OpenWetWare:How to join
2. Edit your personal page: add content from your personal introduction Powerpoint slide to your page
3. Edit your team's wiki: Find your group's Wiki template in the Course Projects section. There are further instructions there. Be creative and have fun editing!


NOTE TO THE OWW COMMUNITY
Most of the materials for our course are shared via Blackboard at ASU. The key feature of this OWW wiki is the Course Projects section, where BME494 subgroups create their own theoretical synthetic biology project (al la iGEM). A couple of the in-house built tools we used to measure the performance of a GFP switch are featured in the Course Materials section. If you'd like to obtain more course materials, please contact the instructors (see People).

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