[PDF][PDF] Why microbes secrete molecules to modify their environment: the case of iron-chelating siderophores Supplementary Information
GE Leventhal, M Ackermann, KT Schiessl - rs.figshare.com
We numerically integrate the reaction-diffusion equations for the two cell case using FEniCS
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[PDF][PDF] Why microbes secrete molecules to modify their environment: the case of iron-chelating siderophores Supplementary Information
GE Leventhal, M Ackermann, KT Schiessl - pstorage-rs-4828782598.s3 …
We numerically integrate the reaction-diffusion equations for the two cell case using FEniCS
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[PDF][PDF] Why microbes secrete molecules to modify their environment: the case of iron-chelating siderophores Supplementary Information
GE Leventhal, M Ackermann, KT Schiessl - scholar.archive.org
We numerically integrate the reaction-diffusion equations for the two cell case using FEniCS
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[PDF][PDF] Why microbes secrete molecules to modify their environment: the case of iron-chelating siderophores Supplementary Information
GE Leventhal, M Ackermann, KT Schiessl - rs.figshare.com
We numerically integrate the reaction-diffusion equations for the two cell case using FEniCS
[1]. In order to solve the time dependent problem, we use a finite differences approximation …
[1]. In order to solve the time dependent problem, we use a finite differences approximation …