Difference between revisions of "Chassis/B.subtilis Strains"
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||[https://parts.igem.org/wiki/index.php/Chassis/B.subtilis_Strains/B.subtilis_chassis<font face=georgia color=#330033 size=4>''B. subtilis'' chassis characterisation</font>] | ||[https://parts.igem.org/wiki/index.php/Chassis/B.subtilis_Strains/B.subtilis_chassis<font face=georgia color=#330033 size=4>''B. subtilis'' chassis characterisation</font>] | ||
||[https://parts.igem.org/wiki/index.php/Chassis/B.subtilis_Strains/B.subtilis_parts<font face=georgia color=#330033 size=4>''B. subtilis'' specific parts</font>] | ||[https://parts.igem.org/wiki/index.php/Chassis/B.subtilis_Strains/B.subtilis_parts<font face=georgia color=#330033 size=4>''B. subtilis'' specific parts</font>] | ||
| − | ||[https://parts.igem.org/wiki/index.php/Chassis | + | ||[https://parts.igem.org/wiki/index.php/Chassis/B.subtilis_key_parts<font face=georgia color=#330033 size=4>Key Parts and Devices</font>] |
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Revision as of 00:53, 30 October 2008
Bacillus subtilis
| B.subtilis strains | B. subtilis chassis characterisation | B. subtilis specific parts | Key Parts and Devices |
Introduction
Benefits vs Challenges
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Single Membrane - B. subtilis is a gram-positive bacterium and contains only a single membrane. This makes B. subtilis an ideal chassis for secretion of organic molecules. | Peptidase activity - B. subtilis express both intracellular and extracellular exopeptidases and so there is a risk that expressed proteins may be cleaved up inside the cytoplasm or in the solution. |
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Availability of Potential Parts - B. subtilis is a highly studied organism, with a fully sequenced genome. As a result, B. subtilis provides many useful potential parts. | B. subtilis parts - Although many labs and iGEM teams have looked at B. subtilis as a potential chassis, there are relatively few working B. subtilis parts available in the Registry. This however is rapidly changing and soon there will be the basic parts required to make B. subtilis a highly viable chassis. |
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Natural Competency and Integration - B. subtilis has been noted for its ease and efficieny of transformation. In addition, integration of exogenous DNA into the chromosome has been well studied and provides an alternative to using traditional plasmids. | Vector Degradation - B. subtilis does not use all the same vectors as E. coli. One reason for this is that B. subtilis often recognises vectors grown in E. coli as foreign and digests them. Vectors and shuttle vectors are thus not reliable carriers of genetic information. |
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Sporulation: Transport - Under stress conditions, B. subtilis will form spores. These spores are highly resistant versions of single cells, able to withstand extreme temperatures and pH. These spores are capable of growing into new cells once favourable growing conditions are restored. Due to the resistance of spores, there is a great potential for manipulating them for transporting B. subtilis devices and constructs. | Sporulation - Under stress conditions, B. subtilis will form spores. These spores are highly resistant versions of single cells. While B. subtilis itself isn't pathogenic, its spores can be damaging if inhaled. They are also highly resistant to many conditions that are used to kill cells. |
| High Motility - B.subtilis is often referred to as a highly motile organism in comparison to other bacterium. | ||
| Non-pathogenicity - B. subtilis is a non-pathogenic organism that is commonly found in soil. As a result, B. subtilis has a biological harzardous level of 1 and offers a useful non-pathogenic chassis for synthetic biologists. | ||