Positive and negative feedback-endowed pathways show robustness against biological heterogeneity and stochastic fluctuations. Thomaseth, C., Jensch, A., Radde, N., Kuritz, K., Allgoewer, F., Radde N., t. = T. c. a. f. m. s., Kuritz, K., Allgoewer, F., & Radde N., t. = T. c. a. f. m. s. EMBO|EMBL Symposium on Cellular Heterogeneity, April, 2015.
bibtex   
@MISC{ist:thomaseth15a,
  author = {Thomaseth, C. and Jensch, A. and Radde, N.@ARTICLE{ist:thomaseth17a,
	
	 author = {Thomaseth, C. and Kuritz, K. and Allgoewer, F. and Radde
	N.},
	
	 title = {The circuit-breaking algorithm for monotone systems},
	
	 journal = {Mathematical Biosciences},
	
	 year = {2017},
	
	 volume = {284},
	
	 pages = {80-91}
	
	}
	
	@ARTICLE{ist:thomaseth17a,
	
	 author = {Thomaseth, C. and Kuritz, K. and Allgoewer, F. and Radde
	N.},
	
	 title = {The circuit-breaking algorithm for monotone systems},
	
	 journal = {Mathematical Biosciences},
	
	 year = {2017},
	
	 volume = {284},
	
	 pages = {80-91}
	
	}},
  title = {Positive and negative feedback-endowed pathways show robustness against
	biological heterogeneity and stochastic fluctuations},
  howpublished = {EMBO|EMBL Symposium on Cellular Heterogeneity},
  month = {April},
  year = {2015},
  pubtype = {poster}
}

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