Team:Warsaw/Project
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- | <p> This year we had an ambitious goal to create a bacteria strain which could carry certain chosen genes into eucaryotic cells. For safety reasons, and also to keep the work more coherent, we divided our task into two separate steps:</p> | + | <p> This year we had an ambitious goal to create a bacteria strain which could carry certain chosen genes into eucaryotic cells. For safety reasons, and also to keep the work more coherent, we divided our task into two separate steps:</p><br /><br /> |
<p> | <p> | ||
- | The first one was creating an 'invasive' Bacillus subtilis strain. Bacillus is a non-pathogenic bacteria living peacefully in the soil. However, there are many bacteria species that have the ability to invade animal as well as human cells. We had an idea to create a plasmid for B. subtilis carrying listerolysin gene as to enable the bacteria to enter the eucaryotic cells just as Listeria monocytogenes from which the gene was taken does. L. monocytogenes is a dangerous pathogen; however, B. subtilis is a safe bacterium, which lyses after entering the eucaryotic cell; the LLO gene gives it only the opportunity to enter them. The plasmid also carries the GFP coding device which will help us to determine the success of our experiment. After the lysis of B. subtilis cells, GFP will be released and the measurement of its fluorescence will give us the idea of how the experiment worked out.</p> | + | The first one was creating an 'invasive' Bacillus subtilis strain. Bacillus is a non-pathogenic bacteria living peacefully in the soil. However, there are many bacteria species that have the ability to invade animal as well as human cells. We had an idea to create a plasmid for B. subtilis carrying listerolysin gene as to enable the bacteria to enter the eucaryotic cells just as Listeria monocytogenes from which the gene was taken does. L. monocytogenes is a dangerous pathogen; however, B. subtilis is a safe bacterium, which lyses after entering the eucaryotic cell; the LLO gene gives it only the opportunity to enter them. The plasmid also carries the GFP coding device which will help us to determine the success of our experiment. After the lysis of B. subtilis cells, GFP will be released and the measurement of its fluorescence will give us the idea of how the experiment worked out.</p><br /><br /> |
<p>The second step was creating a shuttle vector which would be capable of replication and gene expression inside the eucaryotic cells. The vector will carry RFP coding device, and it will be RFP flourescence measurement which will confirm the success of our experiment. However, due to safety reasons, we did not combine the two steps of our experiment. Each of the systems is tested separately, with all the safety precautions. In the future, when all the safety issues are resolved, these systems might be able to help a great deal in gene therapy. Delivering certain genes right into the malfunctioning cells would be a tremendous help in treatment of complicated diseases. </p><br clear="all" /> | <p>The second step was creating a shuttle vector which would be capable of replication and gene expression inside the eucaryotic cells. The vector will carry RFP coding device, and it will be RFP flourescence measurement which will confirm the success of our experiment. However, due to safety reasons, we did not combine the two steps of our experiment. Each of the systems is tested separately, with all the safety precautions. In the future, when all the safety issues are resolved, these systems might be able to help a great deal in gene therapy. Delivering certain genes right into the malfunctioning cells would be a tremendous help in treatment of complicated diseases. </p><br clear="all" /> |
Revision as of 14:01, 23 September 2012
This year we had an ambitious goal to create a bacteria strain which could carry certain chosen genes into eucaryotic cells. For safety reasons, and also to keep the work more coherent, we divided our task into two separate steps:
The first one was creating an 'invasive' Bacillus subtilis strain. Bacillus is a non-pathogenic bacteria living peacefully in the soil. However, there are many bacteria species that have the ability to invade animal as well as human cells. We had an idea to create a plasmid for B. subtilis carrying listerolysin gene as to enable the bacteria to enter the eucaryotic cells just as Listeria monocytogenes from which the gene was taken does. L. monocytogenes is a dangerous pathogen; however, B. subtilis is a safe bacterium, which lyses after entering the eucaryotic cell; the LLO gene gives it only the opportunity to enter them. The plasmid also carries the GFP coding device which will help us to determine the success of our experiment. After the lysis of B. subtilis cells, GFP will be released and the measurement of its fluorescence will give us the idea of how the experiment worked out.
The second step was creating a shuttle vector which would be capable of replication and gene expression inside the eucaryotic cells. The vector will carry RFP coding device, and it will be RFP flourescence measurement which will confirm the success of our experiment. However, due to safety reasons, we did not combine the two steps of our experiment. Each of the systems is tested separately, with all the safety precautions. In the future, when all the safety issues are resolved, these systems might be able to help a great deal in gene therapy. Delivering certain genes right into the malfunctioning cells would be a tremendous help in treatment of complicated diseases.
11. If the owner do not bring witnesses to identify the lost article, he is an evil-doer, he has traduced, and shall be put to death.
12. If the witnesses be not at hand, then shall the judge set a limit, at the expiration of six months. If his witnesses have not appeared within the six months, he is an evil-doer, and shall bear the fine of the pending case.
14. If any one steal the minor son of another, he shall be put to death.
15. If any one take a male or female slave of the court, or a male or female slave of a freed man, outside the city gates, he shall be put to death.
16. If any one receive into his house a runaway male or female slave of the court, or of a freedman, and does not bring it out at the public proclamation of the major domus, the master of the house shall be put to death.
17. If any one find runaway male or female slaves in the open country and bring them to their masters, the master of the slaves shall pay him two shekels of silver.
18. If the slave will not give the name of the master, the finder shall bring him to the palace; a further investigation must follow, and the slave shall be returned to his master.
19. If he hold the slaves in his house, and they are caught there, he shall be put to death.
20. If the slave that he caught run away from him, then shall he swear to the owners of the slave, and he is free of all blame.
21. If any one break a hole into a house (break in to steal), he shall be put to death before that hole and be buried.
22. If any one is committing a robbery and is caught, then he shall be put to death.
23. If the robber is not caught, then shall he who was robbed claim under oath the amount of his loss; then shall the community, and ... on whose ground and territory and in whose domain it was compensate him for the goods stolen.
24. If persons are stolen, then shall the community and ... pay one mina of silver to their relatives.
25. If fire break out in a house, and some one who comes to put it out cast his eye upon the property of the owner of the house, and take the property of the master of the house, he shall be thrown into that self-same fire.
26. If a chieftain or a man (common soldier), who has been ordered to go upon the king's highway for war does not go, but hires a mercenary, if he withholds the compensation, then shall this officer or man be put to death, and he who represented him shall take possession of his house.
27. If a chieftain or man be caught in the misfortune of the king (captured in battle), and if his fields and garden be given to another and he take possession, if he return and reaches his place, his field and garden shall be returned to him, he shall take it over again.
28. If a chieftain or a man be caught in the misfortune of a king, if his son is able to enter into possession, then the field and garden shall be given to him, he shall take over the fee of his father.
29. If his son is still young, and can not take possession, a third of the field and garden shall be given to his mother, and she shall bring him up.
30. If a chieftain or a man leave his house, garden, and field and hires it out, and some one else takes possession of his house, garden, and field and uses it for three years: if the first owner return and claims his house, garden, and field, it shall not be given to him, but he who has taken possession of it and used it shall continue to use it.