Biotechnology Progress · 1993 · 21 citations · 6 references
EngineeringMicrobiologyBiomechanicsCell BiophysicsRheologyBacterial Cell StructureFracture MechanicsFracture ToughnessHigh-pressure ThermodynamicsHomogenization MethodsCell HomogenizationCell Wall Mechanical PropertiesHomogenization TheoryUnbiased Evaluation
A new model for high-pressure homogenization has been previously developed. A key model parameter, the mean effective cell strength, can be correlated with average cell length and peptidoglycan cross-linkage. In this article, we develop a correlation for mean effective strength based on a statistical thermodynamic approach to fracture. The final correlation provides an unbiased estimate. While it offers no numerical advantage over a previous empirical correlation, it is based on a modeling approach and an understanding of wall structure. The variable groups are therefore justifiable.
6
Statistical-thermodynamic approach to fracture
Robin L. B. Selinger, Zhen‐Gang Wang, William M. Gelbart et al. · Physical Review A · 1991 · 121 citations
Arrangement of glycan chains in the sacculus of Escherichia coli
R.W.H. Verwer, N. Nanninga, Wolfgang Keck et al. · Journal of Bacteriology · 1978 · 82 citations · Full text
Multilayered Distribution of Peptidoglycan in the Periplasmic Space of Escherichia coli
Mireille Leduc, Claude Fréhel, Edith Siegel et al. · Microbiology · 1989 · 51 citations