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Removing extraneous reactions #30
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Another approach to handle this might be to link it to the idea of enabling core mechanisms as individual functions, which is being discussed in issue #25 (python version of toolbox). In MATLAB syntax, we could say something like
if we want to turn on support for processing of sigma factors (which could be left off by default). This would set some flags inside of the toolbox so that when reactions are created in the drivers, we turn on the reactions related to sigma factors. |
few other features to add as optional:
These can be added as part specific arguments. |
…ore and component files 1) Changed mRNA deg to use regular expressions to set up the degradation of RNA in all its bound forms 2) Added RBS Management as separate RBS files 3) Removed all antisense - attenuator capability (temporarily) 4) Removed a bunch of example files temporarily, will re-add with proper documentation and motivation 5) Changed TX and TL mechanics to be more generalizable in the sense of the consumption reaction model reduction work 6) Separated out core config files into extract and buffer files 7) Updated the plas_ptet and pBAD_ptet combinatorial promoter files to use regexp 8) Moved ATP degeneration parameters to cofig files. 9) removed sigma factors in anticipation of addign that back as an 'optional' capability as discussed in issues #25 and #30.
The commit 6d8338b removed sigma factors as a mechanism. To be re-added as an optional module as mentioned above. |
Remove a couple of unnecessary reactions that are present, or make them optional. For example, sigma 70 binding to RNAP does nothing for us modeling wise, unless we need to design a circuit with different sigma factors. Right now the forward rate is just a billion times that of the reverse rate, effectively removing sigma 70 as a species separate from RNAP.
One way to do this might be to make some of these unnecessary reactions optional. For example, the sigma 70 reactions only show up when other sigma factors are present.
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