Team:XJTLU-CHINA/Safety

XJTLU-CHINA

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  • Policy
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  • Mar - May
  • June
  • July
  • Aug - Sep
• Collaboration
  • with NYU-Shanghai
  • with BIT-China

XJTLU-CHINA

• Home
• Project
  • Map description
  • RNA thermo-meter
  • Chromopro-tein
  • Chromopro-tein testing
• Parts
  • Modularity
  • Part Detail
• Team
  • Team introduction
  • Attribution
• Modeling
  • Modeling
• Safety
  • Policy
  • Q & A
• Human Practice
  • Public speech for iGEM
  • iGEM teams work shop
  • Questionnaire for XJTLU-iGEM
  • LEGO
• Notebook
  • Protocols
  • Mar - May
  • June
  • July
  • Aug - Sep
• Collaboration
  • with NYU-Shanghai
  • with BIT-China

Saftey

Biosafety is probably the most controversial issue in synthetic biology field. Being responsible to others and ourselves, we have to take this seriously.

2015 XJTLU team took variety of measures to promote the safety in the lab. We reached an agreement in a discussion and drafted a lab policy. For our project, using low hazard strains minimizes the potential risks of our project.

Policy

(Sorry for only Chinese version provided.)

The policy not only includes the main clauses in safety guideline of laboratory but also add a few special requirements as well as tips. For instances, “having a good mood” is documented as the top one because keeping your mind clean, clear, positive and free is usually a good way to ensure the correctness of experiments and the safety. In order to guarantee the implementation of the policy, we chose one of our team members as a supervisor.

Q & A

Would any of your project ideas raise safety issues in terms of:

Researcher Safety

Escherichia coli, as an engineering bacterium is the cell line that we normally work with. As an engineering bacterium, it has been documented as a non-hazard microbe and extensively used for decades. The carcinogenic experiment reagents, such as Ethidium bromide the DNA dye, had been replaced by less harmful reagents before initiating the project. Moreover, we follow the rules and firmly believe that the safety is always priority to our project.

Public Safety

Our project is only a demonstrated project and is not involved in any direct contact between the bacteria and public. The key is the visual effect caused by the microbes instead of the products of bacteria or bacteria itself. i.e. the biothermomap may only use for non-commercial and non-profit purpose and the bacteria would not be spread out and used by other institutions, except in our lab.

Environmental Safety

No. Theoretically, after the demonstration of our project, our bacteria would be disposed of properly and immediately. No further investigations are required. Even if there are experimental bacteria accidentally enter natural environment, they are highly unlikely to pose a threat given the overloaded bacteria and the harmless nature of themselves.

Do any of the new BioBrick parts (or devices) that you made this year raise any safety issues?

No. we do not use any new BioBrick parts. All BioBrick parts are derived from the previous iGEM team or the literature and which all has been expressed in E. coli previously and no hazardous conclusion was drawn. The only difference is that integrating various protein genes into one construct forms a relatively complicated bacteria internal environment, which is inclined to weaken the cells.

Is there a local biosafety group, committee, or review board at your institution? If yes, what does your local biosafety group think about your project?

No. To be honest, there is NO any biosafety-related group, committee, or review board at our institution. This is probably a universal answer for Chinese biological institutions. We wouldn’t dare to affirm that Chinese government completely neglects the biosafety issue but can tell that the economic benefits always outweigh the costs on the biosafety in the view of a vast majority of proprietors. Fortunately, in our lab, there is a strict safety assessment procedure devised by the lab managers and which is fully capable of ensuring the safety of researcher. All in all, biosafety is an oversight that we normally have in China. We are obligatory on improving the understanding of the importance of biosafety and in order to change the situation in a large scale, we are hereby looking forward to the assistance of Chinese government.

Do you have any other ideas how to deal with safety issues that could be useful for future iGEM competitions? How could parts, devices and systems be made even safer through biosafety engineering?

An approach is to establish a risk assessment section in our Wiki page to allow diverse groups to comment and point out the potential risks. It cannot be denied that there is a possibility creating some sorts of superbugs unexpectedly. But most of the biohazards are foreseeable and predictable. Different groups may look at biosafety problems from completely different perspectives, which is conducive to discovering the risks on the early stage.