Difference between revisions of "Team:FAFU-CHINA/Safety"

Line 23: Line 23:
  
 
                 <img src='https://static.igem.org/mediawiki/2015/3/37/FAFU-CHINA_safety.png'><!-- 这里是图片，上面那个标题是说这个图的 -->
 
                 <img src='https://static.igem.org/mediawiki/2015/3/37/FAFU-CHINA_safety.png'><!-- 这里是图片，上面那个标题是说这个图的 -->
−
                 <div>How did we ensure the general lab safety?
+
                 <div>How did we ensure the general lab safety?</div>
−
(1) Did our members can make sure the safety?
+
                <div> (1) Did our members can make sure the safety? </div>
−
Our members were selected by a hard test. Therefore we had better basic knowledge of biology and we could pick up the regulation of the lab safety quickly.
+
                <div>Our members were selected by a hard test. Therefore we had better basic knowledge of biology and we could pick up the     regulation of the lab safety quickly. </div>
−
(2) Did we have the safety training?
+
                <div> (2) Did we have the safety training? </div>
−
Just before starting the experiments, everyone had to take a safety training course. From the course,，we have learned a complete understanding of experimental risks associated with synthetic biology.                   
+
                <div> Just before starting the experiments, everyone had to take a safety training course. From the course,，we have learned a complete understanding of experimental risks associated with synthetic biology. </div>                  
−
(2) How about the safety of our lab?
+
                <div> (2) How about the safety of our lab? </div> 
−
The design of laboratory, high security facilities and suitable personal safety precautions will ensure the lab safety.
+
                <div>The design of laboratory, high security facilities and suitable personal safety precautions will ensure the lab safety. </div> 
  
−
Do the biological materials used in our lab work pose any of the following risks?
+
                <div>Do the biological materials used in our lab work pose any of the following risks? </div> 
−
（1）Risks to the safety and health of team members or others working in the lab?  
+
                <div>（1）Risks to the safety and health of team members or others working in the lab? </div> 
−
All the biological materials used in our lab are safe to the workers. Moreover every species we worked with belongs to BL1.  
+
                <div>All the biological materials used in our lab are safe to the workers. Moreover every species we worked with belongs to BL1. </div> 
−
（2）Risks to the safety and health of the general public, if released by design or by accident?  
+
                <div>（2）Risks to the safety and health of the general public, if released by design or by accident? </div> 
−
Every species we worked with belongs to BL1. They are harmless to human.
+
                <div>Every species we worked with belongs to BL1. They are harmless to human. </div> 
−
（3）Risks to the environment, if released by design or by accident?  
+
                <div>（3）Risks to the environment, if released by design or by accident? </div> 
−
Every species we worked with belongs to BL1. They are harmless to the environment. In addition, we have designed a statistical system to ensure our genetically modified E. coli will not survive in the natural environment.
+
                <div>Every species we worked with belongs to BL1. They are harmless to the environment. In addition, we have designed a statistical system to ensure our genetically modified E. coli will not survive in the natural environment. </div> 
  
−
If our project moved from a small-scale lab study to become widely used as a commercial/industrial product, what risks might arise?
+
                <div>If our project moved from a small-scale lab study to become widely used as a commercial/industrial product, what risks might arise? </div> 
  
−
1.Risk to environment
+
                <div>1.Risk to environment</div> 
−
If our design works and is introduced into a commercial/industrial product, the modified E.coli does have possibilities to pollute the environment. However, our product will not exist in the enviroment
+
                <div>If our design works and is introduced into a commercial/industrial product, the modified E.coli does have possibilities to pollute the environment. However, our product will not exist in the environment.</div>
−
For a long time. Because we decide to add the E.coli into forage, which shelf life are only 3 days. So most of the forage is eaten by bees and the rest of them will be carefully handled with after 3 days. According to this, our product is safe for the environment.
+
                <div>For a long time. Because we decide to add the E.coli into forage, which shelf life are only 3 days. So most of the forage is eaten by bees and the rest of them will be carefully handled with after 3 days. According to this, our product is safe for the environment. </div> 
 +
                <div>2.Risk to human <div/>
 +
                <div>Honey is a kind of normal food for us. So the safety of it is excessively important. In the beginning,it confused us that coli itself is a potential pathogen. The possibility that coli would spread out and contaminate the honey to us may cause intrinsic infection and acute diarrhea. In consideration of this situation, firstly we decide to try to use Lethal gene to connect with the gene we changed.And we can use this method to prevent the safety risks. Secondly, coli originally exists in bees, so we will not worry that all of the coli enter the body.Therefore our product will be safe to human. <div/>
  
−
 
+
                  
−
2.Risk to human
+
−
Honey is a kind of normal food for us. So the safety of it is excessively important. In the beginning,it confused us that coli itself is a potential pathogen. The possibility that coli would spread out and contaminate the honey to us may cause intrinsic infection and acute diarrhea. In consideration of this situation, firstly we decide to try to use Lethal gene to connect with the gene we changed.And we can use this method to prevent the safety risks. Secondly, coli originally exists in bees, so we will not worry that all of the coli enter the body.
+
−
Therefore our product will be safe to human.
+
−
 
+
−
</div>
+
−
 
+
−
 
+
−
 
+
−
                 <div>There is an interesting phenomenon that many team members are our roommates or classmates because we didn’t have enough time to recruit from. Lu Changlong who is Dai’s roommates completes the whole experiments with Dai. And he often introduces advanced biology technology. He and Dai often do experiments without relax because our team members almost are freshmen. Lai Zhili joins iGEM team because of the publicity from Lu. </div>
+
 
                 <div>Lai owns strong abilities to solve various kinds of problems. Aside from experiments, he assumes presentation and outreach. Chen Liangdi has been finishing several designs such as poster and wiki. Meanwhile, thanks for Tong Tong, Cai Mucheng, Chen Zirui, Tang Yifan, Huang Tengzhou, Li Mengnan participation. They have been completing several tasks, such as publicity, interview, human practice and so on.</div>
 
                 <div>Lai owns strong abilities to solve various kinds of problems. Aside from experiments, he assumes presentation and outreach. Chen Liangdi has been finishing several designs such as poster and wiki. Meanwhile, thanks for Tong Tong, Cai Mucheng, Chen Zirui, Tang Yifan, Huang Tengzhou, Li Mengnan participation. They have been completing several tasks, such as publicity, interview, human practice and so on.</div>
 
 

Revision as of 07:51, 16 September 2015

谷歌Material Design侧边栏特效 - A5源码
Bio-safety is the prevention of large-scale loss of biological integrity, focusing both on ecology and human health. These prevention mechanisms include conduction of regular reviews of the bio-safety in laboratory settings, as well as strict guidelines to follow.
The chassis organisms we used for this project
How did we ensure the general lab safety?
(1) Did our members can make sure the safety?
Our members were selected by a hard test. Therefore we had better basic knowledge of biology and we could pick up the regulation of the lab safety quickly.
(2) Did we have the safety training?
Just before starting the experiments, everyone had to take a safety training course. From the course,，we have learned a complete understanding of experimental risks associated with synthetic biology.
(2) How about the safety of our lab?
The design of laboratory, high security facilities and suitable personal safety precautions will ensure the lab safety.
Do the biological materials used in our lab work pose any of the following risks?
（1）Risks to the safety and health of team members or others working in the lab?
All the biological materials used in our lab are safe to the workers. Moreover every species we worked with belongs to BL1.
（2）Risks to the safety and health of the general public, if released by design or by accident?
Every species we worked with belongs to BL1. They are harmless to human.
（3）Risks to the environment, if released by design or by accident?
Every species we worked with belongs to BL1. They are harmless to the environment. In addition, we have designed a statistical system to ensure our genetically modified E. coli will not survive in the natural environment.
If our project moved from a small-scale lab study to become widely used as a commercial/industrial product, what risks might arise?
1.Risk to environment
If our design works and is introduced into a commercial/industrial product, the modified E.coli does have possibilities to pollute the environment. However, our product will not exist in the environment.
For a long time. Because we decide to add the E.coli into forage, which shelf life are only 3 days. So most of the forage is eaten by bees and the rest of them will be carefully handled with after 3 days. According to this, our product is safe for the environment.
2.Risk to human
Honey is a kind of normal food for us. So the safety of it is excessively important. In the beginning,it confused us that coli itself is a potential pathogen. The possibility that coli would spread out and contaminate the honey to us may cause intrinsic infection and acute diarrhea. In consideration of this situation, firstly we decide to try to use Lethal gene to connect with the gene we changed.And we can use this method to prevent the safety risks. Secondly, coli originally exists in bees, so we will not worry that all of the coli enter the body.Therefore our product will be safe to human.
Lai owns strong abilities to solve various kinds of problems. Aside from experiments, he assumes presentation and outreach. Chen Liangdi has been finishing several designs such as poster and wiki. Meanwhile, thanks for Tong Tong, Cai Mucheng, Chen Zirui, Tang Yifan, Huang Tengzhou, Li Mengnan participation. They have been completing several tasks, such as publicity, interview, human practice and so on.

Communication Design

Communication design is a mixed discipline between design and information-development which is concerned with how media intermission such as printed, crafted, electronic media or presentations communicate with people.

A5源码

Communication Design

Communication design is a mixed discipline between design and information-development which is concerned with how media intermission such as printed, crafted, electronic media or presentations communicate with people.

Communication Design

Communication design is a mixed discipline between design and information-development which is concerned with how media intermission such as printed, crafted, electronic media or presentations communicate with people.

Communication Design

Communication Design

Communication design is a mixed discipline between design and information-development which is concerned with how media intermission such as printed, crafted, electronic media or presentations communicate with people.