Team:Sheffield/Notions

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<h1>NOTIONS OF RESPONSIBILITY</h1>
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<p>As another component of our policy and practices work, we set out to identify where the responsibility for the maintenance of the damaged drains lies. Do we, as young synthetic biologists, be addressing this? Or should this be the industries responsibility? Or even the consumers who may be pouring the fats, oils and greases down the drain?
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In order to answer this question, we set out to conduct semi-structured interviews (SBa_M0004) with representatives from the water industry, local restaurants, councillors and homeowners. We then used trend modelling (SBa_A0001) to identify key areas of crossover and difference between the opinions of those interviewed. Furthermore, we compared the information gained from the interview with the actual position of law recognised in this area.
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As well as understanding if synthetic biology should be the solution to this problem in particular, talking to industry experts greatly helped to shape our project further by understand where in the pipeline (no pun intended!) The Fatberglar would be best implemented. 
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    <a href="#" data-title="Manchester" data-description="Collaboration Meeting
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23rd July 2014
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The full report can be found <a href=""As another component of our policy and practices work, we set out to identify where the responsibility for the maintenance of the damaged drains lies. Do we, as young synthetic biologists, be addressing this? Or should this be the industries responsibility? Or even the consumers who may be pouring the fats, oils and greases down the drain?
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Sheffield: Sharan, Mustafa, Ben L and Erika
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Manchester: Catherine, James and Isobel
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In order to answer this question, we set out to conduct semi-structured interviews (SBa_M0004) with representatives from the water industry, local restaurants, councillors and homeowners. We then used trend modelling (SBa_A0001) to identify key areas of crossover and difference between the opinions of those interviewed. Furthermore, we compared the information gained from the interview with the actual position of law recognised in this area.
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As well as understanding if synthetic biology should be the solution to this problem in particular, talking to industry experts greatly helped to shape our project further by understand where in the pipeline (no pun intended!) The Fatberglar would be best implemented. 
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Conclusion
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The full report can be found here; the specific questions asked, as well as the necessary ethics and consent documentation we gained is also presented here.As another component of our policy and practices work, we set out to identify where the responsibility for the maintenance of the damaged drains lies. Do we, as young synthetic biologists, be addressing this? Or should this be the industries responsibility? Or even the consumers who may be pouring the fats, oils and greases down the drain?
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Very unclear and unhelpful; couldn’t tell if they were holding back on information or just didn’t know themselves
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- Unlikely to collaborate
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Wet labs and assays - very unclear, have emailed to ask for a clarification document
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In order to answer this question, we set out to conduct semi-structured interviews (SBa_M0004) with representatives from the water industry, local restaurants, councillors and homeowners. We then used trend modelling (SBa_A0001) to identify key areas of crossover and difference between the opinions of those interviewed. Furthermore, we compared the information gained from the interview with the actual position of law recognised in this area.
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Making an E. coli to absorb glucose
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Detects levels of CRP (I think)
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Riboswitch to respond to high glucose concentrations
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Constitutive promoter
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Wanted to collaborate on a potential lipid uptake system; they have no part for this and sounded as though they wanted us to give them one as we mentioned lipid uptake as a potential development in the future for reuse/energy - not a likely option as we have no time or need with our new product
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GFP used in the assays, checking riboswitch activity in response to glucose levels
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Modelling - biological modelling of effects on cell, not useful
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As well as understanding if synthetic biology should be the solution to this problem in particular, talking to industry experts greatly helped to shape our project further by understand where in the pipeline (no pun intended!) The Fatberglar would be best implemented. 
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HP - don’t really understand what they are doing, didn’t make sense as the ideas don’t gel; might be holding back?
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The full report can be found here; the specific questions asked, as well as the necessary ethics and consent documentation we gained is also presented here.
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Did outreach at an open day; didn’t really say what and how they are using this
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As another component of our policy and practices work, we set out to identify where the responsibility for the maintenance of the damaged drains lies. Do we, as young synthetic biologists, be addressing this? Or should this be the industries responsibility? Or even the consumers who may be pouring the fats, oils and greases down the drain?
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Impact report - interviewing professors and surgeons from med school, incorporating sociological theory, speaking to companies for product development (yoghurt/food implementation), analysing survey results - we flagged this as there was no ethics or consent, they are now making this online and will email the link
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Tracks - health/medicine, food, policy and practices
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In order to answer this question, we set out to conduct semi-structured interviews (SBa_M0004) with representatives from the water industry, local restaurants, councillors and homeowners. We then used trend modelling (SBa_A0001) to identify key areas of crossover and difference between the opinions of those interviewed. Furthermore, we compared the information gained from the interview with the actual position of law recognised in this area.  
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<img src="https://static.igem.org/mediawiki/2014/8/8f/SheffieldCollaboration1.jpg" width="200px" alt="img01"/>
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        <div class="caption"><h1>iGEM Manchester Skype Meeting Minutes</h1><p></p></div>
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                <a href="#" data-title="Valencia" data-description="Collaboration Meeting
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25rd July 2014
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Sheffield: Ben L
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Valencia_UPV: Jose, Lucia, Alba?
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Overall there was slight difficulties in communication, possibly due to language barrier but more likely due to glitchy skype. Agreed to continue further communication by email.
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As well as understanding if synthetic biology should be the solution to this problem in particular, talking to industry experts greatly helped to shape our project further by understand where in the pipeline (no pun intended!) The Fatberglar would be best implemented.
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Explanation of the sheffield project, mainly overview of science (BioBricks, proteins created) and product design type stuff - very brief
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Valencia explain their project: Creating plants which produce sexual pheromones to induce mating disruption in moth species, avoiding the damage caused by larvae.
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Talked about science collaboration: Valencia seemed to think we would create bacteria that would be secreting lipids (and not lipase), was suggested that they synthesise a lipid and we catabolise it, agreed this would be pointless
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Valencia did not know where they stood with regards to modelling
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HP Collaboration would potentially be more fruitful - Valencia making a survey to distribute (possibly to farmers?), talked about the possibility of exchanging our surveys, survey should be produced by the end of the week
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Valencia willing to collaborate on Laboratory Notation System, would create protocols for procedures in plant sciencey things.
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The full report can be found here; the specific questions asked, as well as the necessary ethics and consent documentation we gained is also presented <a href="https://static.igem.org/mediawiki/2014/b/b8/Sheffiledpdf1.pdf">here</a>; the specific questions asked, as well as the necessary ethics and consent documentation we gained is also presented here.
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    <img src="https://static.igem.org/mediawiki/2014/f/f8/SheffieldCollaboration2.png" width="220px" alt="img01"/>
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    <div class="caption"><h1>Valencia Skype Meeting Minutes</h1><p></p></div>
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Revision as of 02:45, 16 October 2014

NOTIONS OF RESPONSIBILITY

As another component of our policy and practices work, we set out to identify where the responsibility for the maintenance of the damaged drains lies. Do we, as young synthetic biologists, be addressing this? Or should this be the industries responsibility? Or even the consumers who may be pouring the fats, oils and greases down the drain? In order to answer this question, we set out to conduct semi-structured interviews (SBa_M0004) with representatives from the water industry, local restaurants, councillors and homeowners. We then used trend modelling (SBa_A0001) to identify key areas of crossover and difference between the opinions of those interviewed. Furthermore, we compared the information gained from the interview with the actual position of law recognised in this area. As well as understanding if synthetic biology should be the solution to this problem in particular, talking to industry experts greatly helped to shape our project further by understand where in the pipeline (no pun intended!) The Fatberglar would be best implemented. The full report can be found here; the specific questions asked, as well as the necessary ethics and consent documentation we gained is also presented here.

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